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(Redirected from Toyota Vista)
Toyota Camry | |
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Overview | |
Manufacturer | Toyota |
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Production | 1982–present |
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The Toyota Camry (/ˈkæmri/; Japanese: トヨタ・カムリ Toyota Kamuri) is an automobile sold internationally by the Japanese manufacturer Toyota since 1982, spanning multiple generations. Originally compact in size (narrow-body), later Camry models have grown to fit the mid-size classification (wide-body)—although the two sizes co-existed in the 1990s. Since the release of the wide-bodied versions, Camry has been extolled by Toyota as the firm's second 'world car' after the Corolla. In Japan, Camry is exclusive to Toyota Corolla Store retail dealerships. Narrow-body cars also spawned a rebadged sibling in Japan, the Toyota Vista (トヨタ・ビスタ)—also introduced in 1982 and sold at Toyota Vista Store locations. Diesel fuel versions have previously retailed at Toyota Diesel Store.
Between 1979 and 1982, the Camry nameplate was delegated to a four-door sedan model in Japan, known as the Celica Camry. When Camry became an independent model line in 1982 with the V10 series, Toyota made it available as a five-door liftback in addition to the sedan. The subsequent Camry V20 series, debuted in 1986 with a station wagon substituting the liftback body variant and Japan-only hardtop sedans making their debut. The company replaced the V20 in 1990 with the V30 sedan and hardtop, but this model series was exclusive to Japan. Automotive tax regulations in that country dictated the retention of a narrower body as utilized in previous Camry generations. However, overseas demand for a larger Camry resulted in the development of a wide-body XV10 sedan and station wagon that arrived in 1991. Japan also received the wider XV10 as the Toyota Scepter (トヨタ・セプター). The company then issued an XV10-bodied coupé in 1993 that was spun off in 1998 as an independent model line, titled Camry Solara.
When the Japanese market received a new narrow-body V40 series in 1994 to replace V30, the wide-body XV10 continued unchanged. Its replacement, the XV20, arrived in 1996—named Camry Gracia in Japan. It was not until the narrow V40 ended manufacture in 1998 that the Camry in Japan was to again mirror the cars sold internationally. Japanese sedans dropped the Gracia suffix in 1999, although it was retained by the wagon until its 2001 demise. From 1998, the Vista ended its Camry alignment, and instead branched into an independent model line with the V50 series for an extra generation before the nameplate was withdrawn in 2003. The next wide-body model, the XV30, came in 2001. Now sold only as a sedan, it now offered two different front- and rear-end design treatments. Japan and most global markets received one style; a separate, more conservative version covered markets in East and Southeast Asia. With the XV40 of 2006, the Camry-derived Aurion become the donor model for the more conservative Camry sold in this region. The subsequent XV50 series, sold from 2011 until 2019, has resulted in even more markets adopting the alternative body panels, such as Japan and Eastern Europe. The current generation is called the XV70.
When Toyota launched their luxury Lexus brand in 1989, it offered a close derivative of the Camry/Vista hardtop sedan as the Lexus ES. The relationship continues to this day, but over the generations, the ES—sold as the Toyota Windom in Japan from 1991 through to 2005—gravitated further away from its Camry brethren. Between 2000 and 2010 and since 2012, Daihatsu has offered a badge engineered Camry as the Daihatsu Altis (ダイハツ・アルティス) sold only in Japan. Badge engineering has also occurred in Australia with the Holden Apollo between 1989 and 1996. From 1993, Toyota Australia badged V6-engined versions as Camry Vienta, becoming Toyota Vienta in 1995 until the badge's departure in 2000. Between 2006-2017, the Toyota Aurion model from Australia was derived from the V6 Camry, but with revised front-end and rear-end styling treatment and a partially refurbished cabin.
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- 4Wide-body
- 5Sales
- 6References
Etymology[edit]
The name 'Camry' is an Anglicizedphonetic transcription of the Japanese word kanmuri (ja:冠, かんむり), meaning 'crown'.[1] This follows Toyota's naming tradition of using the crown name for primary models starting with the Toyota Crown (1955), continuing with the Toyota Corona (1957) and Corolla (1966); the Latin words for 'crown' and 'small crown', respectively.[2] Maintaining this theme was the Toyota Tiara (1960) named after the 'tiara' form of crown.[3] The Atara trim level name used on the Camry in Australia since 2011 means 'crown' in Hebrew.[4] The rebadged Camry variant for Japan, the Toyota Scepter (1991)—took its name from 'scepter', a royal accessory to a crown.
Timeline[edit]
Toyota Camry timeline, 1979–present | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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Class | 1980s | 1990s | 2000s | 2010s | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
9 | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | ||||||||||||||||||||||||||||||||||||||||||
Narrow-body | Celica Camry | Camry/Vista (V10) | Camry/Vista (V20) | Camry/Vista (V30) | Camry/Vista (V40) | Vista (V50) | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Wide-body | Camry/Scepter (XV10) | Camry (XV20) | Camry (XV30) | Camry (XV40) | Camry (XV50) | Camry (XV70) |
Narrow-body[edit]
Celica Camry (A40/A50; 1979–1982)[edit]
Celica Camry (A40/A50) | |
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Celica Camry XT Super Edition (Japan) |
Toyota Celica Camry (Japan)
The 'Camry' nameplate originated on a four-door sedan approximate to the Toyota Celica called the Celica Camry. Toyota designated this initial application of the Camry name as the A40/A50 series. Celica Camry made its sales debut in January 1980[5] at Toyota Corolla Store retail dealerships in Japan.[6] Production had earlier commenced in December 1979 at the Tsutsumi plant at Toyota, Aichi.[7] Despite the marketing position, Celica Camry shares few components with its namesake—but rather the Carina (A40/A50).[8] Toyota modified the Carina by elongating its front-end and incorporating styling cues such as the T-bar grille motif that resembled the Celica XX/Supra (A40). Strictly speaking, Celica Camry is not the first generation of Camry, but rather its predecessor.
Celica Camry utilizes the front-engine, rear-wheel-drive layout and in A40 guise, a standard four-link rigid axlesuspension system with gasolineinline-four engines displacing 1.6 liters for the 12T-U (TA41) and 1.8 liters with the 13T-U (TA46).[8] Initial model grades comprised: 1600 LT, 1600 XT, 1800 LT, 1800 XT,[9] and 1800 XT Super Edition. In August 1980, Toyota released high-end models with four-wheel independent suspension, denoted A50 (front MacPherson struts, rear semi-trailing arm setup; four-wheel disc brakes).[8][10][11] For the TA57 series 1800 SX, Toyota fitted the 1.8-liter 3T-EU engine.[10][11] Toyota designated the new 2.0-liter grades, the 21R-U powered 2000 SE and 18R-GEU-based 2000 GT as RA56 and RA55, respectively.[10][11]
V10 (1982–1986)[edit]
V10 | |
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Overview | |
Also called | Toyota Vista |
Production | March 1982 – July 1986 |
Model years | 1983–1986 |
Assembly | Japan: Toyota, Aichi (Tsutsumi plant) |
Body and chassis | |
Body style |
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Layout | Transverse front-engine, front-wheel-drive |
Powertrain | |
Engine |
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Transmission | |
Dimensions | |
Wheelbase | 2,600 mm (102.4 in) |
Length |
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Width | 1,690 mm (66.5 in) |
Height |
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Curb weight | 990–1,130 kg (2,180–2,490 lb) |
Toyota started production of the first generation series Camry in March 1982 at the Tsutsumi plant.[7] Designated the model code V10, when fitted with S-series gasoline engines it was known as the SV10, SV11, or SV12 depending on the exact version.[12] Likewise, the C-series diesel versions are identified by the CV10 and CV11 codes.[12] Released to the Japanese market on 24 March 1982, Toyota issued the V10 series as a four-door notchbacksedan retailing at the Toyota Corolla Store dealerships.[13] At the same time, a twinned model—the Toyota Vista—launched as a rebadged Camry sold at separate Toyota Vista Store locations.[14] Five-door liftback versions of the Vista came to the market in August 1982,[15] although outside of export markets the Camry remained exclusively a sedan. These cars served above the comparably sized Toyota Carina and Corona in the Toyota hierarchy. Unlike the preceding Celica Camry, exports were achieved with the first generation Camry to Australia, Europe, and North America.[16]
Camry ZX sedan (Japan; pre-facelift)
Camry ZX sedan (Japan; pre-facelift)
Camry GLi liftback (Australia; pre-facelift)
Camry GLi liftback (Australia; pre-facelift)
Vista liftback (Japan; facelift)
Vista VF-II sedan (Japan; facelift)
Camry LE liftback (US; facelift)
Development of the V10 series Camry and Vista began in August 1977 following the 1973 oil crisis and would later cover the 1979 crisis.[16][17] Automobile manufacturers were making the inexorable move to downsized, lighter, more fuel efficient cars with better aerodynamic performance.[18][19] The industry also began wide-scale switching from the rear-wheel-drive layout to the lighter and more compact front-wheel-drive in the interest of increased fuel economy.[20][21] With a development focus on exports, particularly to the US,[16] Toyota designed Camry to replace the Corona T130 in many overseas markets.[22] It needed to compete with the compact, front-drive Honda Accord sedan from Japan.[23] Via one-upmanship, Camry exceeded the Accord's wheelbase by 150 mm (5.9 in) and offered larger engines.[23] The design brief also established the compact front-wheel-drive X platform vehicles by General Motors in the US as competitors.[16][24] In light of this competition—and a first for Toyota—the V10 adopted front-wheel drive with the engine transversely mounted.[25] Between this layout that reduced the size of the engine compartment, the notchback sedan and liftback bodies with rear quarter windows, and the longer wheelbase of 2,600 mm (102.4 in)—the V10 series was considered spacious for its time and class.[16][26] Furthermore, by situating the fuel tank underneath the back seat, luggage space is increased.[27] The styling of the V10 followed the box-shaped trends characteristic of the early 1980s.[24]Wind tunnel testing led to the fitment of drag-reducing flush pillars, a flat roofline to reduce wind buffeting, and one-piece front bumper with air dam to direct air flow.[28]Drag coefficient is quoted at Cd=0.38 for the sedan and Cd=0.36 for the liftback.[28]
Coil spring independent suspension features by way of a MacPherson strut type with stabilizer and strut bar up front, and a MacPherson rear setup with parallel lower arms.[27] Steering uses a rack and pinion design; braking hardware is made up of front ventilated discs and rear drums with a double proportioning valve to suppress lock-up.[27] Innovatively, a sensor is fitted to detect worn-out brake pads, alerted by use of an audible chime.[27]
Powertrain design was reassessed for front-wheel-drive and this generated a foundation for which other models were developed.[16] The transaxle is connected inline with the engine, and to create a simple and compact structure, a single rail system that replaces the three shafts normally used for each gear range with a single shaft, was adopted. In addition, automatic transmission fluid was used for the lubricating oil in order to reduce friction.[16] Existing gasoline S- and diesel C-series engines were converted for use in transverse applications.[16] Initially, the V10 featured the 1.8-liter 1S-LU engine good for 100 PS (74 kW) and a five-speed manual transmission.[15][26] From July 1982, four-speed automatic with overdrive became available after starting manufacture the previous month.[15][26][29] The 2.0-liter 2S-ELU engine with 120 PS (88 kW) and four-speed automatic followed in August.[15][26] August 1983 saw the 1.8-liter 1C-TLturbocharged diesel offered (80 PS or 59 kW)[15][26] exclusive to Japanese dealerships called Toyota Diesel Store.[30] June 1984 introduced the twin-cam 2.0-liter 3S-GELU engine offered on higher trims with 140 or 160 PS (103 or 118 kW) depending on the version.[15][26][31][32] For lower trims, the 85 PS (63 kW) 'Ci' 1.8-liter 1S-iLU arrived.[12] The diesel was upgraded to the 2.0-liter 2C-TL specification in August 1985 (88 PS or 65 kW).[15][26]
Japanese trims levels initially comprised LT, XT, SE, and ZX for Camry sedan.[12][33] Lumiere and XE grades came to the market in June 1984, and the GLi TwinCam in May 1985.[33] Vista sedan and liftback specification levels were at first VC (sedan only), VL, VE, and VX.[12] The VF arrived in August 1982, and VR and VS models in June 1984 at the expense of the departing VE.[12] Special edition models comprised: VE Extra (December 1982), VL Extra (January 1983), VL Super Extra (January 1985), VF-II (April 1985 and April 1986), and VL Grand Extra (December 1985 and April 1986).[34]Wing mirrors became door-mounted as opposed to fender-mounted in May 1983.[34] Facelifted models arrived in June 1984[33] featuring a new grille, redesigned bumpers,[35] revised tail-lamps, updated dashboard, enlarged glovebox, and general trim alterations.[36]
The shift to smaller cars amid the oil crises doubled Japanese automobile market share from 10 to 20 percent in the United States between 1970 and 1980; thus, causing economic tensions between the two nations.[17][37] Toyota then began investigating the option of building a US production facility, following the announcements in January and April 1980 by Honda and Nissan, respectively, to manufacture automobiles locally.[17] As investigations proceeded, Toyota proposed entering a joint venture with Ford in May 1980 to produce a compact car.[17] Toyota advocated that its Camry be manufactured at a Ford factory and sold through the sales channels of both brands, but Ford deemed Camry to be in competition with a model it was developing, which became the Ford Tempo, leading to an impasse and then the cessation of negotiations in July 1981.[17] Increasing Japan–United States unease culminated with the Japanese government, at the urging of its US counterpart, imposing a voluntary cartel in May 1981 with a threshold for the export of motor vehicles to the US.[38] Toyota would eventually pursue circumvention; firstly by entering into venture by forming NUMMI with General Motors in 1984 to manufacture the Toyota Corolla,[39] and then by setting up its own facility at Georgetown, Kentucky in 1988 for the next generation Camry.[40]
Sales of the V10 Camry in the US began in March 1983 after exports commenced in January, and by 1985 it had sold 128,000 units.[16][41] Unlike other markets, federalized quad headlamps were fitted for the 1983 and 1984 model years. Buyers could specify sedan or liftback bodies with a five-speed manual transmission or extra-cost four-speed automatic paired to the 2.0-liter gasoline 2S-ELC motor rated at 92 hp (69 kW).[42] Toyota then offered DX (deluxe) and LE (luxury edition) trim levels,[43] the latter adding standard features such as body-colored bumpers, tachometer, tilt steering wheel, upgraded stereo, electric mirrors and variable intermittent windscreen wipers.[44] Updates for the 1984 model year included an overdrive lockout switch for the automatic transmission.[36] Also optional was the manual-only 1.8-liter 1C-TLC turbo diesel for the DX with 73 hp (54 kW), a special gauge cluster, and quieter exhaust system.[36] Changes for 1985 involved the facelift (now with one-piece headlamps), the transfer of the optional cruise control's switchgear from the dashboard to the wiper stalk, and wider LE-type tires for the DX trim (from 165 to 185 millimeters or 6.5 to 7.3 inches).[44] 1985 cars received gas-charged front shock absorbers and stiffer rear springs, an anti-theft alarm system was now optional on both grades, automatic became an option for the diesel, the DX added a standard tilt steering wheel, and the LE models offered an optional electronic instrument cluster.[36] For 1986, a replacement diesel engine, the automatic-only 2.0-liter 2C-TLC arrived for the DX and LE (79 hp or 59 kW), and the gasoline model increased power by around 3 hp (2 kW).[36] Other revisions for this model year were a revised powered brake system and new cloth seat and door trim for LEs.[36]
For Australia, the Camry range—based on the Vista front styling—was limited to a single-grade GLi liftback variant between April 1983 and April 1987.[35][45] Sold as an upmarket alternative to the locally produced Corona T140, the sole powertrain offered was the gasoline 2.0-liter 2S-EL engine with 77 kW (103 hp) coupled with the five-speed manual or four-speed automatic transmission.[35] Optional extras included powering steering, air conditioning, electric moonroof, power doors and windows, plus an upgraded stereo.[27] Facelifted models with more standard appointments arrived in August 1984, and the unleaded version from early 1986 reduced power output by 2 kW (3 hp).[35]
Europe and the United Kingdom received both body variants when released there in mid 1984—these were available in the gasoline GLi trim (1.8- 1S-L and 2.0-liter 2S-EL) or the GLD turbo diesel (1.8- 1C-TL in early models; later models upgraded to the 2.0-liter 2C-TL).
Powertrains (V10) | |||||
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Model | Fuel | Engine | Power | Torque | Transmission |
SV10 | Gasoline | 1.8 L I4 (1S-L, 1S-LU) | 74 kW (100 PS) (JP; 1S-LU) | 152 N⋅m (112 lb⋅ft) (JP; 1S-LU) | 5-speed manual (S51) 4-speed automatic (A140E) |
1.8 L I4 (1S-iLU) | 63 kW (85 PS) (JP) | 142 N⋅m (105 lb⋅ft) (JP) | |||
SV11 | 2.0 L I4 (2S-EL, 2S-ELC, 2S-ELU) | 88 kW (120 PS) (JP: 2S-ELU) 77 kW (103 hp) (AU; 2S-EL) 69 kW (92 hp) (NA; 2S-ELC) | 173 N⋅m (128 lb⋅ft) (JP; 2S-ELU) 162 N⋅m (119 lb⋅ft) (AU; 2S-EL) 160 N⋅m (118 lb⋅ft) (NA; 2S-ELC) | ||
SV12 | 2.0 L I4 (3S-GELU) | 103 or 118 kW (140 or 160 PS) (JP) | 172 or 186 N⋅m (127 or 137 lb⋅ft) (JP) | ||
CV10 | Diesel | 1.8 L I4-T (1C-TL, 1C-TLC) | 59 kW (80 PS) (JP; 1C-TL) 54 kW (73 hp) (NA: 1C-TLC) | 145 N⋅m (107 lb⋅ft) (JP; 1C-TL) 145 N⋅m (107 lb⋅ft) (NA; 1C-TLC) | 5-speed manual (S50) 4-speed automatic (A140L) |
CV11 | 2.0 L I4-T (2C-TL, 2C-TLC) | 65 kW (88 PS) (JP; 2C-TL) 59 kW (79 hp) (NA; 2C-TLC) | 177 N⋅m (131 lb⋅ft) (JP, 2C-TL) |
V20 (1986–1992)[edit]
V20 | |
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Overview | |
Also called |
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Production |
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Assembly |
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Designer | Seiichi Yamauchi (1984) |
Body and chassis | |
Body style |
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Layout | |
Powertrain | |
Engine |
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Transmission | |
Dimensions | |
Wheelbase | 2,600 mm (102.4 in) |
Length |
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Width | 1,695 mm (66.7 in) |
Height |
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Curb weight | 1,080–1,295 kg (2,381–2,855 lb) |
The second generation, V20 series Camry went on sale during August 1986 in Japan.[46] As with the previous series, there was again a parallel Vista model for the home market that Toyota released simultaneously.[47] V20 Camry and Vista sedans continued with the four-door sedan configuration.[46] For overseas markets, Toyota issued a station wagon for the first time.[48] The Vista also launched with a four-door pillared hardtop sedan with unique body panels all-round in lieu of the liftback offered with the previous car—a body extended to the Camry in August 1988.[46][47] To attain a sportier appearance with lower and wider proportions, Toyota reduced the height of the hardtop by 25 mm (1 in) over the sedan.[47] Not intended for export, this hardtop body with few changes would later form the basis of the upscale but hastily conceived Lexus ES 250 produced for North American customers[49][50][51][52] from June 1989 through to 1991.[7] Toyota rushed the ES 250 as a stopgap measure to flesh out the fledgling Lexus lineup so as not to launch the flagship LS 400 as a stand-alone model.[53]
Camry Prominent hardtop (Japan)
Camry ZX sedan (Japan; pre-facelift)
Camry CS sedan (Australia; pre-facelift)
Camry LE V6 sedan (US; pre-facelift)
Camry LE V6 sedan (US; facelift)
Lexus ES 250 (US; facelift)
Camry Spirit wagon (Australia; first facelift)
Camry Ultima sedan (Australia; second facelift)
The V20 Camry originated from a time at Toyota when considerable cost and attention to detail was engineered into its cars such as high-quality materials and build quality to transcend the competition.[54][55][56][57] Sedans retained the V10's rear quarter glass with styling less angular than before.[46][58][59] To appease export customers, styling lost some of its Japanese legacy in its transition to a more Americanized design, with a softer and sleeker silhouette.[60][61] Toyota designed the body with aerodynamics in mind, with performance of Cd=0.34 for the sedan.[61] V20 also features headlamps and a grille that are sculptured into a gently curved hood that partially conceal the windscreen wipers, wind splitters up the ends of the windscreen, near-flush glass, and a third door seal to close the gap between the body and window frames.[61][62] Body dimensions were largely unchanged from the previous model, including an identical wheelbase,[59] although length increases 100 mm (3.9 in).[47] Basic sub-skin hardware is also closely related, including the platform and the fully independent suspension with a strut and a coil spring at each corner and an anti-roll bar at each end.[55][61][63] Noise isolation is improved by mounting the rear suspension on a subframe akin to the Toyota Celica (T160) that had now switched to Camry-based mechanicals.[61][64][65] As before, the braking package encompasses ventilated discs up front, conventional drums in the rear, upgraded to rear discs in some cars.[61][66] The braking system has a tandem-type booster and diagonally divided hydraulic circuits.[66] Wagons receive a load-sensing proportioning valve that grants greater braking pressure when laden and prevents wheel lockup under light payloads.[67] Entry-level V20 wheel size increases from 13 to 14 inches.[59]
All engines now use fuel injection exclusively and were common to Camry and Vista. Entry-level customers were offered the carry-over 'Ci' 1.8-liter 1S-i (designated 1S-iLU in the V10) inline-four with five-speed manual or an automatic with four gears.[68][69] Stepping up from this were the new 3S-FE and GT high-performance 3S-GE (designated 3S-GELU for V10s) 2.0-liter twin-cam four-cylinder cars.[46][47] Turbo-diesel models were again limited to the 2C-T motor displacing 2.0 liters (labeled 2C-TL for V10s).[68][69] Transmission were either a five-speed manual or an electronically controlled automatic with four gears.[46][47] When launched in Japan, the V20 series Camry (sedan only) offered the following trim levels: LT, XT, XT Saloon, ZE, ZT, ZX, and GT.[68] For the Vista sedan, Toyota offered: VC, VL, VE, VR, and VX. Hardtop versions comprised: VE, VR, VX, and GT.[69] Flagship models of the Japanese specification Camry sedan, the Camry Prominent and Prominent G arrived in April 1987 with the 2.0-liter 1VZ-FEV6 engine, a protruding chrome grille, larger North American-type bumpers, wood grain interior highlights, an electric seat function, plus electronic instrument cluster.[46][68] Full-time four-wheel-drive became an option in October 1987 with select 3S-FE manual variants (VL Extra, VR); automatics equipped with an electronic front- and rear-wheel torque distribution optimizer followed in August 1988.[68][69][70] The Vista was not available with the V6, but in April 1987, the special edition Vista VL Extra sedan and hardtop arrived, followed by the Etoile in August and again in January 1989; limited edition Etoile V cars were offered in September 1989 and January 1990.[69][71] Toyota discontinued the Vista VC in December 1989 and released a special edition VX Limited in May 1989 and then again for January 1990.[70][71] When the Camry Prominent hardtop variant arrived in August 1988,[72] it offered base, G, and E-Type levels of trim alongside a new sedan-only Camry Lumière.[70] Also in August 1988, a diesel version of the Vista hardtop made its debut, and the 1.8-liter gasoline engine was upgraded to the twin-cam 4S-Fi specification.[68][69] Special editions for the Camry comprised: Lumière S sedan (January 1989), Prominent X hardtop (May 1989), Lumière G sedan (June 1989), and XT Saloon Special sedan (January 1990).[70] In 1988 the Japan market Camry became the first Toyota equipped with a driver airbag.[73]
North American market V20 series Camry sedan and wagons came to the market in late 1986 for the 1987 model year.[48][74]Toyota Motor Manufacturing Kentucky, the first wholly owned Toyota plant in the US, began producing the Camry in May 1988.[41] The country of manufacture can be found by looking at the first character of the VIN; a Camry manufactured in Japan has a VIN starting with 'J', a model made in the US starts with '4' and a model made in Australia starts with '6'. Three trim levels of the V20 Camry were made: the unbadged base model, the DX, and the LE. In 1991, anti-lock brakes became optional on the V6, LE, and station wagon models. The four-wheel-drive system dubbed All-Trac was introduced for 1988 and a 2.5-liter V6 engine was added as an option. The V6 was fuel-injected with 24 valves, and dual overhead camshafts.
Toyota Australia released the second generation Camry in April 1987.[45] Local manufacture of the V20 had begun earlier in February at its recently acquired Australian Motor Industries facility at Port Melbourne, Victoria as a replacement for the Corona T140 and the Camry before it. Four-cylinder engine production and panel-stamping was undertaken at Toyota's Altona, Victoria plant, all part of a model localization and factory upgrades investment totaling A$115 million.[65][75][76] In fact, it was the first Camry made outside Japan, and is notable for being the most localized Toyota Australia product thus far with a lead time of less than six months, the shortest yet between start of Japanese and Australian manufacture.[77] Higher levels of specification were fitted with the locally built 2.0-liter 3S-FE motor,[65] but the imported 1.8-liter 1S-i unit distinguished base SE and CS cars.[78] Both sedans and wagons were offered and either engine offered standard five-speed manual transmission, upgradeable to the four-speed automatic.[79] Features standard at the base level SE comprised: AM/FM radio, centre console storage compartment, remote fuel filler release, intermittent windscreen wipers, digital clock. CS cars added a tilt steering column to which the CS-X adds a key lock warning system. The CS driver's seat has front height adjustment; the CS-X's front and rear height adjustment. The CS gets a two speaker AM/FM radio cassette player; the CS-X a four-speaker system and automatic electric antenna, plus central locking, variable intermittent wipers and center rear arm rest. The sedan-only Ultima grade gains power windows, cruise control, automatic transmission as standard, velour trim, and a nine-stage graphic equalizer for the audio system.[65][80] A fleet-focused Executive pack based on the SE arrived in May 1988, adding automatic transmission, power steering, and air conditioning.[65][81] In June 1988, the 2.5-liter V6 was introduced, being an imported fully optioned model from Japan sold in limited numbers and distinguished from local four-cylinder cars by its unique bumpers and trim.[65][82] Coinciding with the August 1989 facelift,[45] the 2.0-liter 3S-FC engine with carburetor superseded the imported 1.8.[83] The updates brought minor adjustments inside and out, including improved suspension, steering, and headlights.[83] In May 1991, Toyota made the fuel-injected 3S-FE version standard upon the carbureted engine's deletion, and the CS trim level became CSi.[83][84] Coinciding with this change, power steering became standard fitment and Toyota Australia refreshed badging, including the attachment of the new corporate logo consisting of three overlapping ellipses to form the letter 'T'.[83] With the May 1991 update, the Ultima models gained a CD player, the first Australian-built car to offer this.[85] Towards the end of the series, special editions were released, starting with the Spirit of February 1991.[83] Then in September 1992, value-added CSi Limited and Olympic Spirit cars came onto the scene.[83] Australian production ended in late November 1992, in time for production of the XV10 to commence on 2 December.[86][87] The Used Car Safety Ratings, published in 2008 by the Monash University Accident Research Centre, found that V20 Camry models provide an 'average' (3/5 stars) level of occupant safety protection in the event of an accident.[88]
- Camry Executive sedan (Australia; pre-facelift)
- Camry Lumière sedan (Japan; facelift)
- Camry LE V6 sedan (US; facelift)
- Camry Spirit wagon (Australia; first facelift)
- Camry CSi Limited sedan (Australia; second facelift)
- Holden Apollo (JK, JL)
Holden Apollo (JK) SLE sedan
Holden Apollo (JL) SLX sedan
Holden Apollo (JK) SL sedan
Holden Apollo (JL) GS sedan
The Holden Apollo, a rebadged variant to the Toyota Camry, retailed in Australia alongside the facelifted Camry V20 series from August 1989.[89][90] Production had started in July.[76] This model sharing occurred due to the United Australian Automobile Industries (UAAI) joint venture between Toyota Australia and General Motors-Holden's starting in 1987 that resulted in model sharing between both automakers from August 1989.[91][92] Known as the JK series, the Apollo differentiated itself by way of a redesigned grille, rehashed tail lamps and other minor trim items.[92] This rebranding scheme was the result of the Button car plan, introduced in May 1984 to rationalise and make the Australian automotive industry more competitive on a global scale by means of reducing import tariffs.[93] Offered in sedan and wagon guises, Apollo replaced the Camira.[90]
Powertrains were verbatim of the Camry, with the 3S-FC for the entry-level SL, and higher-end SLX and SLE models graced with the 3S-FE engine.[90][94] An SLX option pack, known as the Executive was also available.[95] The SL opened up the Apollo range with remote exterior mirrors, intermittent windscreen wipers, heated rear screen demister, remote trunk release for sedans and fuel filler door, a two-speaker radio cassette player and tinted side and rear glass.[96] SLX variants were distinguished by their full wheel covers, as opposed to the SL model's steel wheels with centre caps.[97] The Executive variant was not a stand-alone model, but an option pack for the SLX, adding power steering and automatic transmission.[95] SLE equipment included the four-wheel disc brakes, variable intermittent windscreen wipers, a four-speaker stereo, body-coloured bumpers, dual odometers, automatic headlamp cut-off system, velour seat upholstery, centre back-seat armrest, power antenna, central locking with illuminated driver's door lock and front map lamps.[96][98] As per the Camry, in May 1991, the EFI version of the engine was made standard.[84]
In August 1991, there was a small Apollo facelift, given the designation JL, with an altered model range.[89][99] The SL and SLX continued, with the SLE now available only as a sedan. The Executive pack was now no longer offered, and a sports version, dubbed GS was introduced in both body variants. Equipment levels mostly mirrored the previous JK, although the SLX was now similar in specification to the discontinued Executive and the GS to the JK SLE, albeit without standard automatic transmission.[100] GS specification cars also added body stripes, red highlights, a tachometer and upgraded audio.[99] Appearance-wise, the JK and JL are very similar, with the JL's grille treated with bolder chrome highlighting and slightly altered tail lamps on sedans.[101] The XV10 Camry-based JM Apollo replaced the JL in March 1993.[89]
Powertrains (V20) | ||||||
---|---|---|---|---|---|---|
Model | Drive | Fuel | Engine | Power | Torque | Transmission |
SV20 | FWD | Gasoline | 1.8 L I4 (1S-i) | 63 kW (85 PS) (JP) 64 kW (86 hp) (AU) | 142 N⋅m (105 lb⋅ft) (JP) 145 N⋅m (107 lb⋅ft) (AU) | 5-speed manual 4-speed automatic (A140E) |
SV22 | 1.8 L I4 (4S-Fi) | 77 kW (105 PS) (JP) | 149 N⋅m (110 lb⋅ft) (JP) | 5-speed manual 4-speed automatic (A140E) | ||
2.0 L I4 (3S-FC) | 82 kW (110 hp) (AU) | 166 N⋅m (122 lb⋅ft) (AU) | 5-speed manual 4-speed automatic (A140E) | |||
SV21 | 2.0 L I4 (3S-GE) | 103 kW (140 PS) (JP) | 172 N⋅m (127 lb⋅ft) (JP) | 5-speed manual 4-speed automatic (A140E) | ||
2.0 L I4 (3S-FE) | 88 kW (120 PS) (JP) 88 kW (118 hp) (AU) 86 kW (115 hp) (NA) | 169 N⋅m (125 lb⋅ft) (JP) 171 N⋅m (126 lb⋅ft) (AU) | 5-speed manual (S51, S53) 4-speed automatic (A140E) | |||
SV25 | 4WD | 5-speed manual (E56F5) 4-speed automatic (A540H) | ||||
VZV20 | FWD | 2.0 L V6 (1VZ-FE) | 103 kW (140 PS) (JP) | 174 N⋅m (128 lb⋅ft) (JP) | 5-speed manual (E53) 4-speed automatic (A540E) | |
VZV21 | 2.5 L V6 (2VZ-FE) | 117 kW (157 hp) (AU) 114 kW (153 hp) (NA) | 215 N⋅m (159 lb⋅ft) (AU) | 5-speed manual (E52) 4-speed automatic (A540E) | ||
CV20 | Diesel | 2.0 L I4-T (2C-T) | 60 kW (82 PS) (JP) | 177 N⋅m (131 lb⋅ft) (JP) | 5-speed manual (S50) 4-speed automatic (A140L) |
V30 (1990–1994)[edit]
V30 | |
---|---|
Overview | |
Also called | Toyota Vista |
Production | July 1990 – June 1994 |
Assembly | Japan: Toyota, Aichi (Tsutsumi plant) |
Designer | Osamu Shikado (1988)[102] |
Body and chassis | |
Body style | |
Layout | |
Related | |
Powertrain | |
Engine |
|
Transmission | |
Dimensions | |
Wheelbase | 2,600 mm (102.4 in) |
Length |
|
Width | 1,695 mm (66.7 in) |
Height |
|
Curb weight | 1,180–1,360 kg (2,600–3,000 lb) |
Introduced exclusively to Japan in July 1990, the Camry V30 carried forward the four-door sedan and a differently styled hardtop sedan.[103] Like before, either shape could be had in a Vista branded variety with revised styling.[103] Both bodies would also form the basis of enlarged wide-body XV10 versions from September 1991, aimed primarily at international markets.[104][105] The V30 remained smaller than the XV10 to offer buyers a vehicle within the 'five-number' registration category concerning exterior dimensions and engine displacement for Japanese vehicle size regulations.[106] The rules required a body width under 1.7 m (5.6 ft), length under 4.7 m (15.4 ft), and engines at or below 2,000 cc.[107] Sedans in the wide-body format would sell overseas as the Camry XV10—identical to the smaller V30 in most respects except for the front- and rear-end styling grafted to an otherwise unchanged body and interior.[108] Hardtop sedans would engender the luxury Lexus ES 300 (XV10), which again would couple the existing side profile with rehashed front, rear, and interior designs.[109] The export-oriented ES 300 would sell as the Toyota Windom in Japan.[110]
Dimensions grew slightly with sedan body length extended to 4,600 mm (181.1 in), and for the Vista and Camry hardtops to 4,630 and 4,370 mm (182.3 and 172.0 in), respectively.[111][112] Penned by Osamu Shikado,[113] the V30's design is much rounder when compared to the V20 series.[103] Sedans purge the V20's six-window greenhouse for a four-part setup with integrated window sashes.[111] Up front, the sedan's curved headlamps converge with a slimline grille insert; hardtops get a thinner front assembly with narrower lights, and the C-pillar is raked more sharply.[103] Base cars gain full body-colour coding of peripheral exterior components.[111]
The four-wheel strut/coil suspension carried over from the V20, although as option on high-end front-drive trims, Toyota added a wheel-stroke-sensitive Toyota Electronic Modulated Suspension (TEMS) and speed sensitive four-wheel steering.[114]
The available powerplants were three twin-cam inline-four engines—the 1.8-liter 4S-FE, plus the 3S-FE and higher-performance 3S-GE 2.0-liter units.[114] Toyota also made available the 2.0-liter 2C-T turbo-diesel inline-four, and for the flagship Camry Prominent only, the 2.0-liter 1VZ-FE gasoline V6.[114]
An updated model appeared in July 1992.[111] The scope of changes ranged from a new, larger grille and a revised air conditioning unit. At the same time the ZX touring package appeared in place of GT, which Toyota discontinued in conjunction with its 3S-GE.[111]
- Camry sedan (pre-facelift)
- Camry sedan (pre-facelift)
- Camry sedan (facelift)
- Vista hardtop
V40 (1994–1998)[edit]
V40 | |
---|---|
Overview | |
Also called | Toyota Vista (V40) |
Production | 1994–1998 (JDM) |
Assembly | Japan: Toyota, Aichi (Tsutsumi plant) |
Body and chassis | |
Body style |
|
Layout | |
Powertrain | |
Engine |
|
Dimensions | |
Wheelbase | 2,650 mm (104.3 in) |
Length | 4,625 mm (182.1 in) |
Width | 1,695 mm (66.7 in) |
Height | 1,410–1,435 mm (55.5–56.5 in) |
The Camry V40 appeared in July 1994 exclusively for the Japanese market. The Toyota Vista twin continued on, although the Camry Prominent hardtop was no longer offered; only the Vista was available as a hardtop. As before in previous generations, the Camry was exclusive to Toyota Corolla Store, while the Vista was only available at Toyota Vista Store locations.
V40 continued to be built around the 4,700 mm (185.0 in) x 1,700 mm (66.9 in) length-width bracket, legacy of a Japanese taxation law. The car is 100 mm (3.9 in) taller than its predecessor.
Engines for the V40 were a 1.8-liter (4S-FE type) and 2.0-liter (3S-FE type), and a 2.2-liter turbodiesel (3C-T type). At launch only the 2.0-liter model was available in all-wheel drive mode, although afterwards the 2.2-liter turbodiesel could be optioned with this system.
Toyota updated the V40 in June 1996. In the update anti-lock brakes and dual air bags became standard equipment. After 1998, the Japanese market Camry and international Camry became in-line with each other, with the Vista taking over the V30 and V40 Camry roles.
- Camry sedan (pre-facelift)
- Camry 2.0 Lumière G (facelift)
- Vista hardtop (facelift)
- Vista hardtop (pre-facelift)
V50 (1998–2003)[edit]
V50 (Vista) | |
---|---|
Overview | |
Production | 1998–2003 |
Assembly | Japan: Toyota, Aichi (Tsutsumi plant) |
Body and chassis | |
Body style |
|
Layout | |
Platform | Toyota MC platform |
Powertrain | |
Engine | |
Dimensions | |
Wheelbase | 2,700 mm (110 in) |
Length | 4,670 mm (184 in) |
Width | 1,695 mm (66.7 in) |
Height | 1,505–1,515 mm (59.3–59.6 in) |
Curb weight | 1,310 kg (2,890 lb) |
Chronology | |
Successor | Toyota Avensis (T250) |
The V50 generation was not available as a Camry—only as a Vista—as a sedan, plus a station wagon called Vista Ardeo. 1.8 L and 2.0 L engines were available. The interior features a center instrument panel/navigation display.
Vista V50 is significant because it's one of the first fruits of Toyota's company-wide platform renewal efforts known as the MC. Studies for new front-wheel drive (FWD) platform and packaging layout began in 1993 and appeared on market in February 1997 in the Toyota Prius, but the Vista is the first mass-production, FWD Toyota with a new platform. Toyota claims this is the first true redesign and rethink of its FWD platforms since the 1982 Camry/Vista. With this platform, Toyota trades the rear MacPherson struts for a torsion beam axle setup. A double-wishbone setup is available for all-wheel drive. Toyota also flipped the engine orientation so that the intake manifold is in front, improving space efficiency.
Production for the Vista ended in September 2003, as Toyota prepared to rename the Vista dealers as the Netz dealership network. The move to simplify Toyota's dealership came in light of the pending Lexus launch in Japan, planned for August 2005. In April 2005 the process was complete and all Vista dealers became Netz dealers. In October 2003, the Vista was replaced by the second generation Avensis.
- Vista sedan (pre-facelift)
- Vista sedan (facelift)
- Vista Ardeo wagon (facelift)
Wide-body[edit]
XV10 (1991–1996)[edit]
XV10 | |
---|---|
Pre-facelift Camry sedan (Australia) | |
Overview | |
Also called | |
Production |
|
Model years | 1992–1996 |
Designer | Osamu Shikado (1988) |
Body and chassis | |
Body style |
Toyota replaced the compact V20 Camry with the Japanese market-only V30 series in 1990. However, international markets such as Australia and North America received a widened version of the V30, known as the XV10 series. While marginally larger than the V20, the V30 had to comply with Japanese dimension regulations, which restricted the car's width to 1,700 mm (67 in) and length to 4,700 mm (190 in) for a lower tax obligation. Particularly in the United States, this narrower model was seen as compromised, thus limiting its sales potential.[115] As a result, the 'wide-body' mid-size Camry (XV10) released to North America in 1991 was developed from early 1988 and the final design frozen later that year.[116] It was with the XV10 that Toyota upgraded the Camry's status to its second 'world car' after the Corolla, with exports starting from Australia to Southeast Asia.[105] Japan also received the wider XV10 model, although it was sold under the Toyota Scepter name there.[117][118] Toyota chose the name 'Scepter' as a reference to the Camry/Crown naming tradition, as a 'scepter' is a symbolic ornamental staff held by a ruling monarch, a prominent item of royal regalia.
A notable point of the 'Wide body' SXV10 Camry is the influence of engineering developed from the launch of Lexus and the LS400 , which came to market just a few years prior to its public debut. The kinship to Lexus models in engineering standards (such as CMM and GD&T development standards) and tolerances on the SXV10 is often perceived to be closer than any prior or latter iterations of the Camry. In an interview with Automotive News, Chris Hostetter, group vice president for Toyota NA, admitted that the 1992 Camry was considered by many company insiders to be more of a 'Lexus product' than most Toyota badge cars, going on to mention that it borrowed technologies such as hydraulically powered cooling fans directly developed from the ES300. [119] However, the Lexus standards of the SXV10 created a division in product development philosophies in the company. Also according to Automotive News, some company insiders considered it too upscale for its price point and the market segment it was set to compete within (mid-sized, mid-segment).
It was Robert McCurry in conjunction with Dave Illingworth and Jim Press, who, with great initial opposition from the Japanese executives, convinced the Japanese company that the 1992 Camry be re-designed, enlarged, and shaped to resemble a scaled-down LS400 with a more affordable FWD format, to help establish the reputation of Lexus, which at the time was still in its infancy and lacked brand heritage. The intensive platform and component sharing with the 1992 ES300 allowed Toyota to leverage costs better to allow the SXV10 Camry's high level of specification at a reasonable price. The 1992 Camry also took more resemblance to the LS400 in the sloped roofline, wide C pillar and framed windows, where as the ES300 featured a hardtop design with a upgraded/stiffened suspension. However, the LS400 and the SXV10 Camry featured no sharing of powertrain layout nor design. Many insiders of Toyota argued even after critical acclaim that the SXV10 Camry overlapped too greatly with Lexus, even though Chris Hostetter, current vice president of advanced technology research at Toyota, believed the model had to be developed to develop buyers who would become interested in Lexus.[120][121] This division as well as cost-cutting led to the Camry and Lexus line to become more distinctive, as the Camry became a more economical, affordable, spacious sedan typical of the segment.
The smaller V30 Camry varied in other areas besides the size. Although the underpinnings, doors and fenders, and overall basic design cues were common between the two cars, the smaller Camry sported harder, more angular front- and rear-end styling treatment, with the wide-body model presenting a more curvaceous silhouette. This was a departure from the V20 generation Camry which, although had many more rounded panels than the V10 series, was nevertheless generally slab-sided in shape. A two-door Camry coupé was added to compete with the Honda Accord coupé. However, the Camry Coupé was never popular and was dropped in 1996. A two-door Camry would not be reintroduced until 1999, with the Toyota Camry Solara.
The Japanese V30 model was replaced by the Camry V40 in 1994, however, this was also a Japan-only model. International markets instead retained the wider XV10 until it was replaced by the XV20 in 1996. The V40 and XV20 models were sold alongside one another in the Japanese market until 1998. At this time, the Vista V50 took the place of the V40, ending the period of separate Camrys for the Japanese and international markets.
The XV10, at its most basic level, offered a 2.2-liter 5S-FEfour-cylinder engine, up from 2.0 liters in the V20 and V30 Camrys. This unit produced 97 kW (130 hp) of power and 197 N⋅m (145 lb⋅ft) of torque, although the exact figures varied slightly depending on the market. Power and displacement increases were also received for the V6 engine. The 3.0-liter 3VZ-FE unit was rated at 138 kW (185 hp) and 264 N⋅m (195 lb⋅ft). An all-new aluminium 1MZ-FE V6 debuted in North American models from 1993 for the 1994 model year, with other markets retaining the 3VZ-FE V6. Power and torque rose to 140 kW (190 hp) and 275 N⋅m (203 lb⋅ft), respectively.[122]
In Australia, the V6 engine Camry was badged 'Camry Vienta' when launched in 1993, later becoming the Toyota Vienta in 1995.[123] In South Africa, the XV10 Camry was manufactured by Toyota SA in Durban from 1992 to 2001,[124] offering both the 2.2-liter and 3.0-liter engines, as well as a 2.0-liter engine derived from the Celica. Only a sedan configuration was available. These were also marketed and sold into Namibia, Botswana and Zimbabwe.
A variant of the UK market V6 model - detuned to run on 91 rather than 95 octane unleaded petrol - was launched in New Zealand in 1991. These Japanese-built models were replaced with an Australian-made line, with unique New Zealand specification, in 1993 at which point the 2.2-liter I4 was offered as well.
- Camry sedan (Australia; pre-facelift)
- Camry sedan (Australia; facelift)
- Camry sedan (Australia; facelift)
XV20 (1996–2002)[edit]
XV20 | |
---|---|
Pre-facelift Toyota Camry sedan | |
Overview | |
Also called | |
Production |
|
Model years | 1997–2001 |
Body and chassis | |
Body style | |
Powertrain | |
Engine |
|
In late 1991, development on the XV20 commenced after launch of the XV10 under the 415T program. Design work was frozen in early 1994 and later launched in the United States in September 1996 and Japan in December 1996. It continued as a sedan and station wagon (called the Camry Gracia in Japan), though the latter model was not sold in the United States. This generation was launched in the US for the 1997 model year.
In August 1999 for the 2000 model year, the sedan models received a mid-model upgrade to the front and rear fascias, but remained otherwise similar to the 1997 to 1999 models.
In the United States, the Camry SE was dropped and the base model was renamed the CE for the 1997 model year. Both the LE and the XLE trims were carried over from the previous series. All trim levels were available with either the 2.2-liter I4 or the 3.0-liter V6 engine except the Solara SLE, which was only available with the V6. TRD offered a supercharger kit for 1997 through to 2000 V6 models raising power to 247 hp (184 kW) and 242 lb⋅ft (328 N⋅m) of torque. A coupe was added in 1999, and then a convertible form in 2000. In contrast to the coupe from the XV10 generation Camrys, the new two-door cars were given a separate nameplate Camry Solara, or simply Solara. They were also a significant styling departure from the sedan. The Solara was available in SE and SLE trims, corresponding roughly to the sedan's LE and XLE trims.
Power was increased slightly to 133 hp (99 kW) SAE for the 5S-FE 2.2 L I4 and 192 hp (143 kW) SAE for the 1MZ-FE V6. Manual transmissions (model: S51) were only available on the CE trim level, LE V6, and any Solara model. Camrys and Solaras equipped with the 5S-FE 4 cylinder engine and appropriate trim package received the S51 manual transmission, while those equipped with the 1MZ-FE 6 cylinder engine received the E153 manual transmission.[125]
- Camry sedan (pre-facelift)
- Camry sedan (facelift)
- Camry sedan (facelift)
XV30 (2001–2006)[edit]
XV30 | |
---|---|
Pre-facelift Camry (regular) | |
Overview | |
Also called | Daihatsu Altis (Japan) |
Production | |
Model years | 2002–2006 |
Body and chassis | |
Body style | 4-door sedan |
Platform |
|
- Regular
Released in September 2001 for the 2002 model year,[126] Toyota released the Camry XV30 series as a larger sedan,[127] but without a station wagon for the first time.[128] The wagon's demise occurred due to its sales erosion to minivans and crossover SUVs.
Toyota redesigned this series from the ground up for the first time since the V30 and XV10.[129] Through efficiency gains such as increased computerization, and by having the XV30 ride on the K platform introduced with the Toyota Highlander (XU20) of 2000, Toyota expedited the XV30 production development stage to 26 months, down from 36 months with the XV20.[129] As a consequence, Toyota claimed the XV30 to have cost 30 percent less to design and develop than its predecessor.[130] XV30 also had increased parts content over the XV20, but did not cost any more to manufacture.[130]
Until the 2003 model year, the Camry Solara remained on the XV20 series chassis, and received only minor styling upgrades to the front and rear ends. However, the Solara did receive the same 2.4-liter 2AZ-FE I4 engine that was available on the Camry sedan. The US received three engine options, a 115 kW (154 hp) 2.4-liter inline-four, a 142 kW (190 hp) 3.0-liter V6, and a 157 kW (210 hp) 3.3-liter version of the same. The 3.3-liter was only available for the Camry's sportier 'SE' model.
- Camry (facelift)
- Camry (pre-facelift)
- Camry (facelift)
- Prestige
Compared to the international version with a less conservative design (styled by Hiroyuki Metsugi, approved 1999), the Asian 'prestige' Camry had a different distinctive design with more chrome, larger head lamps and tail lamps and a general greater emphasis on its width.
- Prestige Camry (Asia; pre-facelift)
- Prestige Camry (Asia; pre-facelift)
- Prestige Camry (Asia; facelift)
- Prestige Camry (Asia; facelift)
XV40 (2006–2012)[edit]
XV40 | |
---|---|
Pre-facelift Camry (regular) | |
Overview | |
Also called | Daihatsu Altis (Japan) |
Production | |
Model years | 2007–2011 |
Body and chassis | |
Body style | 4-door sedan |
Platform | Toyota K platform |
Related | Toyota Aurion (XV40) |
- Regular
This generation of Camry saw even greater differentiation between 'regular' model sold internationally (including Japan) and the 'prestige' Camry sold in the rest of Asia. The regular Camry, fitted with four-cylinder engines sold alongside the V6-engined prestige Camry in Oceania and the Middle East as the Toyota Aurion. Between 2006 and 2010, the regular Camry was also rebadged as the Daihatsu Altis model, which sold alongside the Camry in Japan. The Daihatsu differed only in badging, with no cosmetic changes.
The XV40 Camry was introduced at the 2006 North American International Auto Show alongside a hybrid version and went on sale in March 2006 for the 2007 model year.
Power comes from a choice of four and six-cylinder engines. The 2.4-liter 2AZ-FEI4 engine was carried over and produced 158 hp (118 kW). It came with a five-speed manual or five-speed automatic transmission. The 3.5-liter 2GR-FE V6 in contrast came with a new six-speed automatic and produced 268 hp (200 kW).[131]
The Camry was facelifted in 2009 for the 2010 model year with a redesigned fascia, taillights, and an all-new 2.5-liter 2AR-FE four-cylinder engine with a new six-speed automatic transmission. The 2.5-liter engine produces 169 hp (126 kW) for the base, LE, XLE models, and 179 hp (133 kW) for the SE. Power locks, stability control, and traction control were also made standard for 2010. A six speed manual transmission was available on the base model.[citation needed]
The XV40 series Camry is the first in which the Camry has been available as a gasoline/electric hybrid. The Camry Hybrid utilizes Toyota's second-generation Hybrid Synergy Drive (HSD) and a 2AZ-FXE four-cylinder with 110 kW (148 hp) in conjunction with a 30 kW (40 hp) electric motor for a combined output of 140 kW (188 hp).[132]
- Camry (pre-facelift)
- Camry (facelift)
- Camry (facelift)
- Camry Hybrid (facelift)
- Prestige
The Asian market Camry features different front and rear styling, plus a revised interior. In Asia, the Camry occupied a higher end of the market, priced just below entry-level German luxury models.[citation needed] The Asian Camry lineup includes a 3.5-liter V6 model and is sold as the Toyota Aurion (XV40) in Australia, competing against large Australian sedans like the Ford Falcon and Holden Commodore.
- Prestige Camry (pre-facelift)
- Prestige Camry (pre-facelift)
- Prestige Camry (facelift)
- Prestige Camry (facelift)
XV50 (2011–2019)[edit]
XV50 | |
---|---|
Pre-facelift Camry (regular) | |
Overview | |
Also called | Daihatsu Altis (Japan) |
Production |
|
Model years | 2012–2017 |
Body and chassis | |
Body style | 4-door sedan |
Platform | Toyota K platform |
- Regular
The XV50 Camry was produced from 21 August 2011, introduced on 23 August 2011, and began U.S. sales in September 2011.[133] The interior received a major restyling, while the exterior received all-new sheet metal and more angular styling.
The US Camry carried over three different engine choices from the previous model. Starting with a 2.5-liter four-cylinder hybrid model rated at 149 kW (200 hp), a 2.5-liter four-cylinder gasoline engine rated at 133 kW (178 hp) and 230 N⋅m (170 lb⋅ft), and a 3.5-liter V6 rated at 200 kW (268 hp) and 336 N⋅m (248 lb⋅ft). Power output has been increased mostly by switching to electro-hydraulic power steering. The trim levels include the L, LE, SE, XLE, SE V6, XLE V6, Hybrid LE, Hybrid XLE and for 2014 a Hybrid SE model. All models except for the hybrids are standard with six-speed automatic transmissions. No manual transmissions are offered. Hybrids are equipped with an eCVT transmission. The SE model gets paddle shifters, and a stiffer suspension. The new model has increased fuel economy due to lighter weight, a sleeker body, and low rolling-resistance tires.
A major facelift released to North America in April 2014 for the 2015 model year updated most of the exterior panels.[134]
The US-built Toyota Camry took the top spot in 2015 and 2016 as the most American-Made car with over 75 percent of its parts and manufacturing coming from the United States.[135]
- Camry Hybrid (pre-facelift)
- Camry Atara/SE (pre-facelift)
- Camry (pre-facelift)
- Camry (facelift)
- Camry Hybrid (facelift)
- Camry (facelift)
- Prestige
In this generation, the Camry line-up for the Japanese domestic market was reduced to being just a single variant (hybrid only). The Japanese market will now share the same Camry model as the Asian market 'prestige' Camry—a design also adopted by the Toyota Aurion (XV50), albeit with minor visual changes. The Brazilian market also carries the Prestige variant instead of the one sold in North America (only in the 3.5L V6 configuration). Prior to the XV50, the Japanese and Brazilian markets wide-body Camry were similar to the US models.[136][137] The 'prestige' Camry was discontinued in Southeast Asia and India in late 2018, but continued to be sold in Vietnam until April 2019.
- Prestige Camry Hybrid (pre-facelift)
- Prestige Camry (pre-facelift)
- Prestige Camry (pre-facelift)
- Prestige Camry (facelift)
- Prestige Camry Hybrid (facelift)
- Prestige Camry Hybrid (facelift)
XV70 (2017–present)[edit]
XV70 | |
---|---|
2019 Toyota Camry LE (United States) | |
Overview | |
Also called | Daihatsu Altis (Japan)[138] |
Production |
|
Model years | 2018–present |
Assembly |
|
Designer | Ian Cartabiano (Concept leader, Exterior SE/XSE, US-Specification: 2014, 2015)[140] Shin Okahara (regular exterior: 2014) Ken Kubota (Project chief designer) Toshimitsu Araki (interior design: 2014) Chinatsu Kato (colors & trim: 2015-16) |
Body and chassis | |
Body style | 4-door sedan |
Platform | TNGA: GA-K[141] |
Powertrain | |
Engine |
|
Transmission |
|
Dimensions | |
Wheelbase | 2,820 mm (111.2 in) |
Length | 4,880 mm (192.1 in) |
Width | 1,840 mm (72.4 in) |
Height | 1,450 mm (56.9 in) |
The latest Camry, which is the eighth-generation of the global Camry model,[144] and known as the XV70 was introduced at the January 2017 North American International Auto Show.[143] It was launched in Japan on 10 July 2017 and in Australia on 21 November 2017. North American production started in June 2017, and sales began in late July 2017.[145] Due to the need to equip Toyota Motor Manufacturing Kentucky with new equipment for Toyota New Global Architecture, a small portion of the initial North American production was sourced from the Tsutsumi plant in Japan. Once TMMK is completely retooled for the new Camry, North American production will come exclusively from TMMK. Australian models are now sourced from Japan as Toyota's Altona, Victoria plant has been closed, marking the end of local Toyota production dating back 55 years.[146]
The XV70 Camry was launched in Thailand on 29 October 2018.[147] It was also revealed for the Malaysian market on 1 November 2018,[148] and launched on 22 November 2018 at the Kuala Lumpur International Motor Show.[149] In the Philippines, it was launched on 10 December 2018.[150][151] It was also launched in Indonesia on 8 January 2019,[152][153][154] in Singapore on 10 January 2019 at the Singapore Motorshow,[155][156] in India and Brunei on 18 January 2019,[157][158][159] and in Vietnam on 23 April 2019.[160] It has been available in Western Europe since April 2019, replacing the Avensis.[161]
The XV70 Camry is built on Toyota New Global Architecture Platform, which is shared with the latest Toyota Prius hybrid liftback and Toyota C-HR crossover SUV.
Each trim level will feature a different front fascia to differentiate it from other Camry models.[162]
Trim levels for the North American Camry include L, LE, SE, XLE, XSE, XLE V6 and XSE V6, as well as LE, SE and XLE versions of the Camry Hybrid.[163]
Trim levels for the Australian Camry include Ascent, Ascent Sport, SX and SL, as well as Ascent, Ascent Sport and SL versions of the Camry Hybrid.[164]
Trim levels for the Thai market Camry include 2.0G, 2.5G, 2.5HV and 2.5HV Premium,[147] while the Malaysian Camry is only available in 2.5V trim.[148][149] Trim levels for the Philippine Camry include 2.5G and 2.5V.[150][151] Trim levels for the Indonesian Camry include 2.5G and 2.5V, as well as the Camry Hybrid.[152][153][154] Trim levels for the Vietnamese Camry include 2.0G and 2.5Q.[160] In Singapore, the Camry is offered in 2.0-litre and 2.5-litre engine options.[155][156] Only the Camry Hybrid is offered in India.[157][158] In Brunei, the Camry is only offered in 2.5-litre engine option.[159] For the Chinese market, trim levels consist of 2.0G, 2.0E, 2.0S, 2.5G, 2.5Q, 2.5S, 2.5HG and 2.5HQ. There are two engine choices available, the 6AR-FSE, the A25A and the A25B. Gearbox choices are a 6-speed automatic for 2.0-litre models, an 8-speed automatic for the 2.5G, Q and S and the CVT gearbox for the 2.5HG and 2.5HQ. Pricing is ranged between 179,800 and 279,800 yuan (26,570 to 41,360 USD).[165] In Germany, the Camry Hybrid is offered in Business Edition and Executive trim levels. In the United Kingdom, the Camry Hybrid is offered in Design and Excel trim levels.
Engine choices include a base 2.5 L inline four-cylinder (I4) that now produces 151 kW (203 hp) in base form (155 kW (208 hp) when equipped with the optional quad exhaust), the same 2.5 L inline four-cylinder (I4) engine with an electric motor (Hybrid) that produces 155 kW (208 hp), or the top-of-the-line 3.5 L V6 that produces 224 kW (301 hp).[166] In some markets the old 2.5 L 2AR-FE engine is carried over from the previous generation which produces 133 kW (178 hp).
The only major component that is shared with the previous-generation is the Toyota emblem on the front grille and rear trunk lid.[166]
The Camry would be the first Toyota vehicle to introduce the Entune 3.0 System, which, powered by Linux, will be an 'Open-Source' operating system (OS), providing for developers to develop different applications that will work with the new infotainment system.[167]
Transmission choices include a simulated six-speed sequential shift automatic (CVT) for Hybrid models, six-speed automatic for the 2.5L 2AR-FE engine or an eight-speed automatic for other I4 and V6 powered Camrys.[167]
As with all Toyota vehicles, Toyota Safety Sense will come as standard equipment on all Camry models, bringing standard a pre-collision system with pedestrian detection, a full-speed radar cruise control, lane departure warning with steering assist, and automatic high beam assist. Optional safety features will include active blind spot monitoring with rear cross-traffic alert, intelligent clearance sonar, and rear cross-traffic braking.[167]
- Camry Ascent (Australia)
- Camry SX (Australia)
- Camry SX (Australia)
- Camry Hybrid with TRD bodykit (Japan)
- Interior (Brunei)
- Daihatsu Altis (Japan)
Sales[edit]
Competing with mainstream and more affordable models in Western markets, for other export markets in Asia and Latin America, the Camry is seen as a luxury car where it sells strongly (and serves as Toyota's flagship vehicle along with the Land Cruiser). In the United States, except for 2001, the Camry was the best-selling passenger car from 1997 to 2016.[168][169] The Camry also sells well in Australia where it has been the best selling medium car since 1993,[170] and more recently in the Middle East and Eastern Europe. Up until 2004, small numbers had been exported to Western Europe.[171] Despite international success, and early success in Japan, the later wide-body models have been a low-volume model in its home market. However, since the introduction of the XV50 Camry in 2011, sales of the wide-body models in Japan have resurged, thanks, in large part, to the inclusion of Toyota's Hybrid Synergy Drive system.
Country | 1980 | 1981 | 1982 | 1983 | 1984 | 1985 | 1986 | 1987 | 1988 | 1989 |
---|---|---|---|---|---|---|---|---|---|---|
US | 52,651 | 93,725 | 128,143 | 151,767 | 186,623 | 225,322 | 255,252 | |||
1990 | 1991 | 1992 | 1993 | 1994 | 1995 | 1996 | 1997 | 1998 | 1999 | |
US | 283,042 | 262,531 | 284,751 | 297,836 | 319,718 | 326,632 | 357,359 | 394,397 | 427,308 | 445,696 |
2000 | 2001 | 2002 | 2003 | 2004 | 2005 | 2006 | 2007 | 2008 | 2009 | |
Canada | 15,524[172] | |||||||||
US | 422,961[173] | 388,512 | 434,145[174] | 413,296 | 426,990[175] | 431,703 | 448,445[176] | 473,108 | 436,617[177] | 356,824[178] |
2010 | 2011 | 2012 | 2013 | 2014 | 2015 | 2016 | 2017 | 2018 | 2019 | |
Australia | 25,014[179] | 19,169[179] | 27,230[180] | 24,860[181] | 22,044[182] | 27,654 | 26,485 | 23,620 | ||
Canada | 12,251 | 12,334[183] | 14,765[184] | 15,113[185] | 16,805[186] | 15,683[186] | 14,574[187] | 14,588[187] | ||
Thailand | 6,847[188] | 8,087[189] | 5,909 [190] | 4,505 [191] | 4,589[citation needed] | |||||
US | 327,804[192] | 308,510[193] | 404,886[194] | 408,484[195] | 428,606[196] | 429,355[197] | 388,618 [198] | 387,081 [199] | 343,439[200] |
Hybrid sales[edit]
Calendar Year | US |
---|---|
2006 | 31,341[201] |
2007 | 54,477[201] |
2008 | 46,272[201] |
2009 | 22,887[201] |
2010 | 14,587[201] |
2011 | 9,241[201] |
2012 | 45,656[201] |
2013 | 44,448[201] |
2014 | 39,515[201] |
2015 | 30,640[201] |
2016 | 22,227[201] |
2017 | 20,985[201] |
References[edit]
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Since then many Toyota models have taken up the 'Crown' theme. 'Corona,' for example, is Latin for crown. 'Corolla' is Latin for small crown.
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the oil crisis of 1973–4 when the Middle East oil producers precipitated an artificial shortage of oil world-wide which in turn increased prices dramatically. This caused a swift reaction in Europe and Japan, not as quickly reflected in the US, to 'downsize' the product and make, smaller, cheaper and more fuel-efficient cars. The laws of aerodynamics ensured that gradually, many of them began to assume similar shapes to reduce drag factors to a minimum.
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(help) - ^Policy Options for Reducing Energy Use and Greenhouse Gas Emissions from U.S. Transportation. Washington, D.C.: Transportation Research Board. 2011. p. 54. ISBN978-0-30916-742-0.
FWD vehicles were rare in 1975, but their numbers grew rapidly in the early 1980s.
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(help) - ^Hsu, Ben (2013). Classic Japanese Performance Cars. North Branch, Minnesota: CarTech. p. 60. ISBN978-1-93470-988-7.
Due to declining sales, the T130 was the final Corona model offered in the United States. After 1983, Toyota found a new car to replace the Corona, opting for a front-wheel drive layout. You may even have heard of it. It was called the Camry.
- ^ abJames, Wanda (2005). Driving from Japan: Japanese Cars in America. Jefferson, North Carolina: McFarland & Company. p. 64. ISBN978-078641-734-6.
The [1982] Camry was produced to replace the aging Corona and to compete with the Honda Accord, which had a three-year head start on the market. To regain some of that share, the Camry was designed to 'one-up' the Accord with a longer wheelbase of 102.4 inches (almost 6 inches longer than the Accord), as well as a more powerful 2.0-liter, 92-horsepower engine to pass Accord's 86-horsepower, 1.8-liter engine.
- ^ abNiedermeyer, Paul (16 April 2010). 'Curbside Classic: 1986 Toyota Camry'. The Truth About Cars. Retrieved 15 January 2014.Cite web requires
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(help) - ^Toyota: a history of the first 50 years. Toyota, Aichi: Toyota Motor Corporation. 1988. p. 263. OCLC25202245.
The Camry's drivetrain was based on a new design that was appropriate for Toyota's first FF car with a transverse-mounted engine. [...] When the Camry was marketed in March 1982, auto enthusiasts hailed it as the first of a new generation of FF cars.
- ^ abcdefg'2nd Camry sedan'. Toyota Motor Corporation. 2012. Retrieved 15 January 2014.Cite web requires
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(help) - ^ abcdeDavis, Pedr (March 1984). 'From project car towards perfect car'. Modern Motor. Sydney: 77–79.
But by putting the fuel tank under the back seat, Toyota has increased luggage space'; 'MacPherson struts and stabilizer bars are fitted front and rear. Variable ratio rack and pinion steering in standard'; 'The orthodox brake set-up has ventilated discs at the front and drums at the rear. They work well and have a double proportioning valve which, during a couple of simulated emergency stops, kept premature lock-up at bay. An interesting innovation is that sensors ping out an audible warning when the pad thickness gets to the point where you should start worrying.'; '[...] the Camry has plenty of standard equipment, even if you don't pay extra for the optional powering steering, air conditioning, electric sunshine roof, power doors and windows or a fancy sound system.'; 'Suspension: Front: Independent by MacPherson struts with coil springs and anti-roll bar; Rear: Independent by struts with two parallel links and trailing arm per side, coil springs and anti-roll bar.
- ^ abDole, Charles E. (28 July 1983). 'Toyota making fresh assault on US compact-car market with Camry'. The Christian Science Monitor. Retrieved 16 January 2014.
- ^'Kinuura Plant'. Toyota Motor Corporation. 2012. Retrieved 19 February 2014.Cite web requires
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(help) - ^Minow, Neil; Monks, Robert A. G. (2008). Corporate Governance(PDF) (4 ed.). Chichester: John Wiley & Sons. pp. 412–450. ISBN978-1-40517-106-9.
- ^Denzau, Arthur T. (1988). 'The Japanese automobile cartel: made in the U.S.A'. Regulation. Washington, D.C. OCLC18272863.
- ^Kiley, David (2 April 2010). 'Goodbye, NUMMI: How a Plant Changed the Culture of Car-Making'. Popular Mechanics. New York City. Retrieved 19 February 2014.
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Other Lexus models will follow, though not the V6 four-door hardtop version of the Camry, the ES250, sold in the US.
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(help) - ^Baruth, Jack (4 June 2010). 'Capsule Review: 1990 Lexus ES250'. The Truth About Cars. Retrieved 24 February 2014.Cite web requires
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(help) - ^Dawson, Chester (2011). Lexus: The Relentless Pursuit(eBook) (2 ed.). John Wiley & Sons. ISBN978-0-47082-807-6.
In September 1991, the [...] ES 250, which had been assembled from the Toyota Camry parts bin, finally bowed out. [...] From the start, Toyota Motor had viewed the first generation ES 250 [...] mostly as a place holder to make the brand seem bigger than just the flagship LS 400.
- ^Niedermeyer, Paul (24 August 2013). 'Curbside Classic Review: 1990 Toyota Camry LE V6 – Dripping With Fat'. Curbside Classics. Retrieved 16 February 2014.Cite web requires
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(help) - ^Taylor, Rich (May 1987). 'Daily Drivers'. Popular Mechanics. New York City. 164 (5): 74.
Like all Toyotas, construction quality of the Camry is perfect.
- ^Smith, Graham (29 January 2009). 'Used car review Toyota Camry 1987–1993'. Herald Sun. Retrieved 14 February 2014.
- ^ abcDole, Charles E. (16 March 1987). 'Camry: most 'trouble free' car in the US has lots going for it'. The Christian Science Monitor. Retrieved 14 February 2014.
- ^Grey, Jim (16 March 2013). 'CC Capsule: 1988 Toyota Camry DX – Somehow, Beige Is Appropriate'. Curbside Classics. Retrieved 16 February 2014.Cite web requires
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(help) - ^ abcdefSt. Antoine, Arthur (June 1987). '1987 Toyota Camry'. Car and Driver. Retrieved 14 February 2014.
- ^McCarthy (1987), p. 39. 'The wagon shares with the sedan a very smooth nose which is remarkably rounded in plain view, and meritorious attention to detail including near-flush windows, wind splitters up the ends of the windscreen and an extra (third) door seal to close the gap between the body and window frames.'
- ^'Trends in the Static Stability Factor of Passenger Cars, Light Trucks, and Vans'(PDF). National Highway Traffic Safety Administration. June 2005. Retrieved 16 February 2014.Cite web requires
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(help) - ^McCarthy (1987), p. 40. 'The decision to use the Celica's strut rear suspension in the Camry needs no justification on the grounds of excellent rear-end roadholding and ride.'
- ^ abcdef'Toyota Camry (SV21 Camry)'. GoAuto. Retrieved 16 February 2014.
- ^ abMcCarthy (1987), p. 40. 'The brake system has a tandem type booster and diagonally divided hydraulic circuits. Front discs are standard on all models but the SE and CS only have rear drums whereas the CS-X and Ultima get rear discs with an integral drum handbrake.'
- ^McCarthy (1987), p. 40. 'Toyota gets a merit mark for including a load-sensing proportioning valve on all Camry wagons. [...] When the body and suspension move apart (with light load) the LSPV lever tips down and the valves inside the device restrict the hydraulic pressure available to the rear brakes, so reducing tendency to wheel lockup. Conversely, when the wagon is heavily laden and the distance between floor and suspension is decreased, the lever moves up and the internal valves open to admit more pressure to the rear brakes.'
- ^ abcdef'1987 Toyota Camry brochure (Japan)' (in Japanese). Toyota Motor Corporation. 1987. Retrieved 16 February 2014.Cite web requires
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(help) - ^Taylor, Rich (December 1986). 'Wonder Wagons'. Popular Mechanics. New York City. 163 (12): 61.
- ^McCarthy (1987), p. 37–38. 'the new Camry [...] replaces not only the old Camry but the Corona as well [... and] began taking shape four years ago. The Australian Camry's development program accounted for a total investment of $115 million, easily a record for a locally made Toyota. Part of the investment went to a major upgrading of AMI Toyota's manufacturing and assembly plant in Port Melbourne, and to re-tooling of the Altona panel-stamping and engine-building facility.'
- ^ ab'Overview of Overseas Production Affiliates: Oceania'. Toyota Motor Corporation. 2012. Retrieved 11 July 2014.Cite web requires
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(help) - ^McCarthy (1987), p. 38. 'The Australian engineering and product planning team was involved with the new Camry from the start of the clay model stage through to the public release. So the locals had more say and more influence on the Camry than any Toyota ever launched here. The launch itself was significant because local production started less than six months behind the car's release in Japan. That's the shortest ever lead time for a locally made Toyota. It has also meant that Australia is the first country outside Japan to produce what Toyota describes as its latest world car.'
- ^McCarthy (1987), p. 39–40. 'The 1.8-litre engine available in the SE and CS [... is the] fully imported '1S-Ci' engine [... that] claims 64 kW [...] and 145 Nm'.
- ^Morely, David (6 March 2006). 'Toyota Camry SV21'. Drive. Archived from the original on 23 February 2014. Retrieved 20 February 2014.Cite uses deprecated parameter
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(help) - ^McCarthy (1987), p. 40. 'The basic Camry line-up comprises seven models: four sedans (SE, CS, CSX and Ultima), three wagons (SE, CS, CSX). [... The SE] features include [...] AM/FM radio, centre console, remote fuel filler release, intermittent and mist wiper functions, digital clock and a trip meter. [...] The CS [...] has tilt steering column to which the CSX adds a key lock warning system. The CS driver's cushion has front height adjustment; the CSX's front and rear height adjustment. The CS gets a two speaker AM/FM radio cassette; the CSX a four-speaker system and automatic electric antenna. Not to forget other goodies, including central locking, variable intermittent wiper and centre rear arm rest. The Ultima goes all-out luxury with a list that extends to power windows, cruise control, automatic transmission as standard, velour trim, and a nine-stage graphics equaliser for the audio system.
- ^Scott, Phil, ed. (March 1988). 'Toyota'. Wheels. Sydney: 93.
An Executive version of the Camry will be unveiled at the Melbourne motor show this month. Power steering and air conditioning will be standard
. - ^Stahl, Michael (July 1988). 'Camry's Surprise Package'. Wheels. Sydney: 12.
'Toyota's new V6-engined Camry: It's fully imported [... and] will be available in fairly limited numbers'.
- ^ abcdef'Toyota Camry (SV22 Camry)'. GoAuto. Retrieved 20 February 2014.
- ^ abBebbington (1998), p. 127. 'The EFI version of the two-litre twin-cam engine was made standard across the board, with the carburettored unit being deleted. (This actually occurred in May 1991, late in the JK Apollo's production run.)'
- ^'Twin Power'. The Canberra Times. 31 May 1991. p. 15. Retrieved 7 September 2016.
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- ^Tuckey, Bill (1999). Commodore Lion King: Celebrating 21 Years. Middle Park, Victoria: Quil Visual Communications. p. 168. ISBN0-646-38231-4.
On Friday 11 December 1987 at 2.30 pm came the announcement: 'Holden's Motor Company Ltd, AMI Toyota Ltd and Toyota Manufacturing Australia Ltd, are joining forces to create Australia's largest automotive group.' [...] The press statement outlined plans to co-ordinate design, engineering and product sharing strategies while keeping marketing operations and dealer networks totally separate, and the decision was described as consistent with the Government's 'Button Plan' for forced rationalisation of the industry. [...] The join venture organisation was to be called United Australian Automobile Industries or UAAI.
- ^ abBebbington (1998), p. 125. 'Holden's joint venture operation with Toyota began in 1987 and produced several shared models. The first of these was released in August 1989 as the Holden JK Apollo. Replacing the Camira, it was a rebadged Toyota Camry (SV21/22) with some minor differences in styling, mainly in grille and tail-light areas.'
- ^Wright, John (1998). Heart of the Lion: The 50 Year History of Australia's Holden. Crows Nest, New South Wales: Allen & Unwin. pp. 277–278. ISBN1-86448-744-5.
In May of 1984, the Minister for Industry in the HawkeLabor Government, Senator John Button, unveiled the federal government's new plan for the industry. It quickly became known as the 'Button Plan'. This blueprint was [...] to make the local industry more internationally competitive. [...] But its major thrusts were to lower tariffs and to reduce the number of different models manufactured locally from thirteen to six, shared between three production groups.
- ^Bebbington (1998), p. 125–126. 'The Apollo [had a ...] multi-valve two-litre engine and five-speed manual transmission (or optional four-speed overdrive automatic). The engine had a two-barrel carburettor standard for all models except SLE, and an EFI system for the SLE only.'
- ^ abBebbington (1998), p. 125. 'The JK Apollo model lineup was [...] a four-door sedan and a wagon available in SL, SLX, SLE trim levels, with Executive variants of the SLX also offered. Power steering and automatic transmission were standard fitment on Executives and SLEs.'
- ^ abBebbington (1998), p. 125. 'Minor features: remote exterior mirrors (electric on SLE), intermittent windscreen wipers (variable on SLE), heated rear screen demister, remote boot release (sedans), [...] remote fuel filler door release, AM/FM electronic tuner/cassette (with four speakers on SLE), tinted side and rear window glass.'
- ^Bebbington (1998), p. 127. 'All models had specific wheel covers except for SLs, which had small centre caps.'
- ^Bebbington (1998), p. 125–126. 'SLE additional equipment included: electronic fuel injection, four-wheel disc brakes, body-coloured bumpers, twin trip meters in speedo, headlight auto cut off system, velour trim, rear seat centre armrest, power antenna, power door locks (central locking), front map lights, illuminated driver's door locks.'
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- ^Bebbington (1998), p. 127–128. 'The model range consisted of the SL, SLX and GS, all available in sedan or wagon guise, and the top-of-the-line SLE, in sedan form only. The Executive variants had gone and the GS models were introduced to give the Apollo a sporty flavour to its lineup. [...] equipment levels were similar to those of the previous JK series. The SLX's equipment levels were similar to that of the JK Executive, while the new GS's was close to JK SLE specification, without the automatic transmission. [...] Power steering was now fitted as standard equipment to all models except the SL.'
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ES300 shares the Toyota Camry platform and drivetrain, which in this application is the same as Toyota will introduce as an all-new model in September. While all but identical mechanically, the two cars look entirely different.
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In August of [1992], import and sales of a new station wagon manufactured by Toyota in Georgetown, KY, commenced. The car, called the Scepter, was the first U.S.-built vehicle Toyota will import for sale in Japan. It is a right hand-drive version of the Camry wagon, which was introduced to the U.S. in April 1992.
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Bibliography[edit]
- Bebbington, Terry (1998). 50 Years of Holden. Hornsby, New South Wales: Clockwork Media. ISBN0-947216-59-6.
- McCarthy, Mike (May 1987). 'Camry: quietly classy'. Wheels. Sydney.
- Scott, Phil, ed. (August 1990). 'New Camry, minus width'. Wheels. Sydney.
External links[edit]
Wikimedia Commons has media related to Toyota Camry. |
« previous — Toyota road cars timeline, 1985–present | ||||||||||||||||||||||||||||||||||
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Type | 1980s | 1990s | 2000s | 2010s | ||||||||||||||||||||||||||||||
Calendar year | 5 | 6 | 7 | 8 | 9 | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 |
Subcompact car | Starlet P70 | Starlet P80 | Vitz XP10 | Vitz XP90 | Vitz XP130 | |||||||||||||||||||||||||||||
Starlet P90 | Yaris XP150 | |||||||||||||||||||||||||||||||||
Tercel, Corolla II, Corsa L20 | Tercel, Corolla II, Corsa L30 | Tercel, Corolla II, Corsa L40 | Tercel, Corolla II, Corsa L50 | Platz XP10 | Belta XP90 | Vios XP150 | ||||||||||||||||||||||||||||
Sprinter Carib L20 | FunCargo XP20 | Ractis XP100 | Ractis Verso-S XP120 | |||||||||||||||||||||||||||||||
bB XP30 | bB QNC2x | |||||||||||||||||||||||||||||||||
Corolla Spacio E110 | Corolla Spacio E121 | Corolla Rumion E150 | ||||||||||||||||||||||||||||||||
ist XP60 | ist XP110 | |||||||||||||||||||||||||||||||||
iQ AJ10 | ||||||||||||||||||||||||||||||||||
Aygo AB10 | Aygo AB40 | |||||||||||||||||||||||||||||||||
Subcompact SUV | Cami J100 | Rush J200 | C-HR AX10 | |||||||||||||||||||||||||||||||
Compact car | Corolla, Sprinter E80 | Corolla, Sprinter E90 | Corolla, Sprinter E100 | Corolla, Sprinter E110 | Corolla E120/130 | Corolla Axio E140 | Corolla Axio E160 | |||||||||||||||||||||||||||
Allex E120 | Auris E150 | Auris E180 | ||||||||||||||||||||||||||||||||
Corolla FX E80 | Corolla FX E90 | Corolla FX E100 | Corolla RunX E120 | |||||||||||||||||||||||||||||||
Cynos L40 | Cynos L50 | |||||||||||||||||||||||||||||||||
Nadia XM10 | Opa XT10 | |||||||||||||||||||||||||||||||||
Compact luxury car | Altezza XE10 | Blade E150 | ||||||||||||||||||||||||||||||||
Progrès XG10 | ||||||||||||||||||||||||||||||||||
Brevis XG10 | ||||||||||||||||||||||||||||||||||
Compact wagon | Corolla Van (wagon) E70 | Corolla Van (wagon) E90 | Corolla Van (wagon) E100 | |||||||||||||||||||||||||||||||
Corolla Fielder E120 | Corolla Fielder E140 | Corolla Fielder E160 | ||||||||||||||||||||||||||||||||
Sprinter Carib E90 | Sprinter Carib E110 | Voltz E130 | ||||||||||||||||||||||||||||||||
Altezza Gita XE10 | ||||||||||||||||||||||||||||||||||
Carina Surf T150 | Carina Surf T170 | Caldina T190 | Caldina T210 | Caldina T240 | ||||||||||||||||||||||||||||||
Mid-size car | Corona T150 | Corona T170 | Corona T190 | Corona T210 | Premio T240 | Premio T260 | ||||||||||||||||||||||||||||
Corona EXIV T180 | Corona EXIV T200 | |||||||||||||||||||||||||||||||||
Avensis T220 | Avensis T250 | Avensis T270 | ||||||||||||||||||||||||||||||||
Camry, Vista V10 | Camry, Vista V20 | Camry, Vista V30 | Camry, Vista V40 | Camry, Vista V50 | ||||||||||||||||||||||||||||||
Scepter, Camry XV10 | Camry XV20 | Camry XV30 | Camry XV40 | Camry XV50 | Camry XV70 | |||||||||||||||||||||||||||||
Windom XV10 | Windom XV20 | Windom XV30 | ||||||||||||||||||||||||||||||||
Aristo S147 | Aristo S160 | |||||||||||||||||||||||||||||||||
Mark II, Cressida, Chaser, Cresta X70 | Mark II, Cressida, Chaser, Cresta X80 | Mark II, Chaser, Cresta X90 | Mark II, Chaser, Cresta X100 | Mark II, Verossa X110 | Mark X X120 | Mark X X130 | ||||||||||||||||||||||||||||
Mid-size wagon | Mark II Wagon X70 | Mark II Qualis XV20 | Mark II Blit X110 | Mark X Zio AA10 | ||||||||||||||||||||||||||||||
Camry Gracia XV20 | ||||||||||||||||||||||||||||||||||
Full-size car | Avalon XX10 | Avalon XX20 | Avalon XX30 | Avalon XX40 | ||||||||||||||||||||||||||||||
Crown S120 | Crown S130 | Crown S130/S140 | Crown S150 | Crown S170 | Crown S180 | Crown S200 | Crown S210 | |||||||||||||||||||||||||||
Celsior XF10 | Celsior XF20 | Celsior XF30 | ||||||||||||||||||||||||||||||||
Hybrid car | Prius XW10 | Prius XW11 | Prius XW20 | Prius XW30 | Prius XW50 | |||||||||||||||||||||||||||||
Limousine | Century G40 | Century G50 | Century G60 | |||||||||||||||||||||||||||||||
Sport compact car | Celica A60 | Celica T160 | Celica T180 | Celica T200 | Celica T230 | |||||||||||||||||||||||||||||
Curren T200 | ||||||||||||||||||||||||||||||||||
Carina A60 | Cavalier | |||||||||||||||||||||||||||||||||
Carina T150 | Carina T170 | Carina T190 | Carina T210 | Allion T240 | Allion T260 | |||||||||||||||||||||||||||||
Carina ED T160 | Carina ED T180 | Carina ED T200 | ||||||||||||||||||||||||||||||||
Sports car | Soarer Z10 | Soarer Z20 | Soarer Z30 | Soarer Z40 | ||||||||||||||||||||||||||||||
Celica Supra A60 | Supra A70 | Supra A80 | ||||||||||||||||||||||||||||||||
86 ZN6 | ||||||||||||||||||||||||||||||||||
Roadster | MR2 W10/11 | MR2 W20 | MR-S W30 | |||||||||||||||||||||||||||||||
Limited edition | Toyota Sera XY10 | Toyota Classic N80 | Toyota Origin XG10 |
« previous — Toyota road car timeline, North American market, 1980–2009 (model years) — next » | |||||||||||||||||||||||||||||||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Type | 1980s | 1990s | 2000s | ||||||||||||||||||||||||||||||||||||||
Model year | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | |||||||||||
Subcompact | Tercel | Tercel | Tercel | Tercel | Tercel | Echo | Yaris Sedan | ||||||||||||||||||||||||||||||||||
Tercel 4WD Wagon | Yaris Liftback | ||||||||||||||||||||||||||||||||||||||||
Starlet | Corolla FX | ||||||||||||||||||||||||||||||||||||||||
Corolla | Corolla | Corolla | Prius | ||||||||||||||||||||||||||||||||||||||
Compact | Corolla | Corolla | Corolla | Corolla | |||||||||||||||||||||||||||||||||||||
Matrix | Matrix | ||||||||||||||||||||||||||||||||||||||||
Corona | Camry | Camry | Prius | ||||||||||||||||||||||||||||||||||||||
Mid-size | Cressida | Cressida | Cressida | Cressida | Camry Solara | Camry Solara | |||||||||||||||||||||||||||||||||||
Camry | Camry | Camry | Camry | ||||||||||||||||||||||||||||||||||||||
Avalon | Avalon | Avalon | |||||||||||||||||||||||||||||||||||||||
Sport compact | Corolla SR5/GT-S | Corolla SR5/GT-S | Paseo | Paseo | Paseo(C) | ||||||||||||||||||||||||||||||||||||
Celica | Celica | Celica | Celica | Celica | Celica | ||||||||||||||||||||||||||||||||||||
Sports car | Celica Supra | Celica Supra | |||||||||||||||||||||||||||||||||||||||
Supra | Supra | ||||||||||||||||||||||||||||||||||||||||
MR2 | MR2 | MR2 Spyder | |||||||||||||||||||||||||||||||||||||||
Legend/Notes |
|
« previous — Toyota road car timeline, North American market, 2010–present (model years) | |||||||||||||||||||||||||||||||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Type | 2010s | 2020s | |||||||||||||||||||||||||||||||||||||||
Model year | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 0 | ||||||||||||||||||||||||||||||
Subcompact | Yaris Sedan | Yaris Sedán(M) | Yaris Sedán(M) | ||||||||||||||||||||||||||||||||||||||
Yaris HB(M) | |||||||||||||||||||||||||||||||||||||||||
Yaris Liftback | Yaris Liftback | Yaris Liftback(C) | Yaris Hatchback(C+US) | ||||||||||||||||||||||||||||||||||||||
Yaris iA/R/Sedan | |||||||||||||||||||||||||||||||||||||||||
Prius c | |||||||||||||||||||||||||||||||||||||||||
Compact | Corolla | Corolla | Corolla | ||||||||||||||||||||||||||||||||||||||
Matrix | Corolla iM | Corolla Hatch | |||||||||||||||||||||||||||||||||||||||
Prius | Prius | ||||||||||||||||||||||||||||||||||||||||
Prius Plug-in Hybrid | Prius Prime | ||||||||||||||||||||||||||||||||||||||||
Mid-size | Prius v | ||||||||||||||||||||||||||||||||||||||||
Camry | Camry | Camry | |||||||||||||||||||||||||||||||||||||||
Mirai(C+US) | |||||||||||||||||||||||||||||||||||||||||
Avalon | Avalon | Avalon | |||||||||||||||||||||||||||||||||||||||
Sports car | 86 | ||||||||||||||||||||||||||||||||||||||||
Supra | |||||||||||||||||||||||||||||||||||||||||
Legend/Notes |
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Retrieved from 'https://en.wikipedia.org/w/index.php?title=Toyota_Camry&oldid=914017509'
Toyota S engine | |
---|---|
Overview | |
Manufacturer | Toyota Motor Corporation |
Production | 1980–2007 |
Layout | |
Configuration | Inline-four engine |
Chronology | |
Successor | Toyota AZ engine Toyota AR engine |
The Toyota S Series engines are a family of straight-4engines with displacement from 1.8 L to 2.2 L produced by Toyota Motor Corporation from January 1980 to August 2007. The series has cast iron engine blocks and alloy cylinder heads.
- 21S
- 32S
- 43S
- 4.33S-GE
- 4.43S-GTE
- 65S
Table of S-block engines[edit]
Code | Years | Bore | Stroke | Compr. | Displ. | Power | Torque | Notes |
---|---|---|---|---|---|---|---|---|
1S[1] | 1982–1988 | 80.5 mm | 90.0 mm | 9:1 | 1,832 cc | 90 PS (66 kW; 89 hp) at 5,200/5,400 rpm | 142 N⋅m (105 lbf⋅ft) at 3,400 rpm | Camry (SV10 export) |
1S-L[2] | Unknown | 80.5 mm | 90.0 mm | 9:1 | 1,832 cc | 68 kW (92 PS; 91 hp) at 5,200 rpm | 142 N⋅m (105 lbf⋅ft) at 3,400 rpm | Corona (ST150) (New Zealand, Latin America) |
1S-U 1S-LU | 1982–1986 | 80.5 mm | 90.0 mm | 9:1 | 1,832 cc | 100 PS (74 kW; 99 hp) at 5,400 rpm | 152 N⋅m (112 lbf⋅ft) at 3,400 rpm |
|
1S-iLU[3] | 1983–1986 | 80.5 mm | 90.0 mm | 9:1 | 1,832 cc | 105 PS (77 kW; 104 hp) at 5,400 rpm | 157–160 N⋅m (116–118 lbf⋅ft) at 2,800-3,000 rpm |
|
1S-iL | 1986 | 80.5 mm | 90.0 mm | 9:1 | 1,832 cc | 90 PS (66 kW; 89 hp) at 5,200 rpm | 142 N⋅m (105 lbf⋅ft) at 3,400 rpm | EU |
1S-E | 1984–1987 | 80.5 mm | 90.0 mm | Unknown | 1,832 cc | Unknown | Unknown | Cressida/MKII/Chaser (SX60) |
1S-ELU[3] | 1983–1986 | 80.5 mm | 90.0 mm | 9:1 | 1,832 cc | 115 PS (85 kW; 113 hp) at 5,400 rpm | 164 N⋅m (121 lbf⋅ft) at 4,000 rpm | Corona FF (ST150) |
1S-EL | 1986 | 80.5 mm | 90.0 mm | 9:1 | 1,832 cc | 100 PS (74 kW; 99 hp) at 5,200 rpm | 154 N⋅m (114 lbf⋅ft) at 4,000 rpm | EU |
2S | 1984–??? | 84.0 mm | 90.0 mm | Unknown | 1,995 cc | Unknown | Unknown | |
2S-C | 1983–1985 | 84.0 mm | 90.0 mm | 8.7:1 | 1,995 cc | 73 kW (99 PS; 98 hp) at 5,200 rpm | 157 N⋅m (116 lbf⋅ft) at 3,200 rpm | Corona (ST141) (Australia) Celica (SA6x) (not US) |
2S-E | 1982–1987 | 84.0 mm | 90.0 mm | 8.7:1 | 1,995 cc | 92 hp (69 kW; 93 PS) at 4,200 rpm | 153 N⋅m (113 lbf⋅ft) at 2,400 rpm | |
2S-E | 1986 | 84.0 mm | 90.0 mm | 8.7:1 | 1,995 cc | 97 hp (72 kW; 98 PS) | Unknown | US (but not Canadian) Camrys; The extra power is related to new timing, which is now electronically controlled. |
2S-E | 1986 | 84.0 mm | 90.0 mm | 9:1 | 1,995 cc | 107 PS (79 kW; 106 hp) | Unknown | Carina II ST151 |
2S-ELU | 1986 | 84.0 mm | 90.0 mm | 8.7:1 | 1,995 cc | 120 PS (88 kW; 118 hp) at 5,400 rpm | 173 N⋅m (128 lbf⋅ft) at 4,000 rpm | Camry/Vista (SV10) |
2S-EL | 1984–1986 | 84.0 mm | 90.0 mm | 9:1 | 1,995 cc | 107 PS (79 kW; 106 hp) at 5,200 rpm | 166–173 N⋅m (122–128 lbf⋅ft) at 4,000 rpm | Camry (SV11), EU Toyota Corona (ST151), NZ |
2S-ELU | 1986 | 84.0 mm | 90.0 mm | 9:1 | 1,995 cc | 98 hp (73 kW; 99 PS) at 5,400 rpm | 160 N⋅m (120 lbf⋅ft) at 4,000 rpm | US |
2S-E | 1986 | 84.0 mm | 90.0 mm | 8.7:1 | 1,995 cc | 100 PS (74 kW; 99 hp) at 5,400 rpm | 161 N⋅m (119 lbf⋅ft) at 4,000 rpm | Camry SV11 |
3S-FC[4] | 1987–1991 | 86.0 mm | 86.0 mm | 9.8:1 | 1,998 cc | 115 PS (85 kW; 113 hp) at 5,600 rpm 82 kW (111 PS; 110 hp) at 5,600 rpm (Aus) | 166 N⋅m (122 lbf⋅ft) at 3,200 rpm | Catalyzed Camry (SV21) Holden Apollo (JK/JL) |
3S-FE | 1987–1990 | 86.0 mm | 86.0 mm | 9.8:1 | 1,998 cc | 90 kW (122 PS; 121 hp) at 5,600 rpm | 169 N⋅m (125 lbf⋅ft) at 4,400 rpm | Celica GT (US), Celica ZR (Japan, ST162) |
3S-FE | 1987–1994 | 86.0 mm | 86.0 mm | 9.8:1 | 1,998 cc | 115 PS (85 kW; 113 hp) at 5,600 rpm | 162 N⋅m (119 lbf⋅ft) at 4,400 rpm | Equipped with catalytic converter |
3S-FE | 1995–1998 | 86.0 mm | 86.0 mm | 9.8:1 | 1,998 cc | 130 PS (96 kW; 128 hp) at 6,000 rpm | 178 N⋅m (131 lbf⋅ft) at 4,400 rpm | Refined valve timing and ECU settings, introduced with Carina E (ST190) model |
3S-FE | 1998–2000 | 86.0 mm | 86.0 mm | 9.8:1 | 1,998 cc | 94 kW (128 PS; 126 hp) at 6,000 rpm | 178 N⋅m (131 lbf⋅ft) at 4,400 rpm | Slightly less power with better torque characteristics. Stricter pollution control. Introduced with the new Avensis (ST220) model |
3S-FSE | 2001–2003(?) | 86.0 mm | 86.0 mm | 9.8:1 | 1,998 cc | 110 kW (150 PS; 148 hp) at 6,000 rpm | 192 N⋅m (142 lbf⋅ft) at 4,000 rpm | D-4 (Direct injection), VVT-i (only available in EU/Japan markets?) |
3S-GE | 1985–1989 | 86.0 mm | 86.0 mm | 9.2:1 | 1,998 cc | 103 kW (140 PS; 138 hp) at 6,200 rpm | 175 N⋅m (129 lbf⋅ft) at 4,800 rpm | Celica 2.0 GT-i 16, GT-R, GT-S (ST162) |
3S-GE | 1989–1993 | 86.0 mm | 86.0 mm | 10.0:1 | 1,998 cc | 115 kW (156 PS; 154 hp) at 6,600 rpm | 186 N⋅m (137 lbf⋅ft) at 4,800 rpm | Celica 2.0 GT-i 16, GT-R (ST182/ST183), MR2 (SW20) |
3S-GE | 1994–1998 | 86.0 mm | 86.0 mm | 10.3:1 | 1,998 cc | 132 kW (179 PS; 177 hp) at 7,000 rpm | 192 N⋅m (142 lbf⋅ft) at 4,800 rpm | Celica GT, SS-II (ST202), MR2 (SW20) |
3S-GE | 1997–1998 | 86.0 mm | 86.0 mm | 11.0:1 | 1,998 cc | 147 kW (200 PS; 197 hp) at 7,000 rpm | 210 N⋅m (155 lbf⋅ft) at 6,000 rpm | Celica (ST202), MR2 (SW20) |
3S-GE | 1997–1998 | 86.0 mm | 86.0 mm | 10.5:1 | 1,998 cc | 140 kW (190 PS; 188 hp) at 7,000 rpm | 210 N⋅m (155 lbf⋅ft) at 6,000 rpm | RAV4 (SXA10), Caldina (ST210) |
3S-GE | 1997–2005 | 86.0 mm | 86.0 mm | 11.5:1 | 1,998 cc | 156 kW (212 PS; 209 hp) at 7,500 rpm | 220 N⋅m (162 lbf⋅ft) | Altezza, Caldina GT |
3S-GT (503E) | 1987–199? | 89.0 mm | 86.0 mm | 7.0:1 | 2,140 cc | 560 PS (412 kW; 552 hp) at 8,500 rpm | 639 N⋅m (471 lb⋅ft) at 5,500 rpm | 87C, 88C, Eagle HF89, Eagle Mk III |
503E | 1987–1989 | 89.0 mm | 86.0 mm | 7.0:1 | 2,140 cc | 680 PS (500 kW; 671 hp) at 8,500 rpm | 639 N⋅m (471 lb⋅ft) at 5,500 rpm | 87C, 88C (Le Mans setup with CT26R turbocharger) |
503E | 1995–1996 | 89.0 mm | 86.0 mm | 7.0:1 | 2,140 cc | 680 PS (500 kW; 671 hp) at 8,500 rpm | Unknown | Supra GT JZA80 (Le Mans setup, Garrett turbocharger with 55.9 mm restrictor) |
503E | 1997 | 86.0 mm | 86.0 mm | 7.0:1 | 1,998 cc | 480 PS (353 kW; 473 hp) at 6,800 rpm | 639 N⋅m (471 lb⋅ft) at 4,500 rpm | Supra GT JZA80 (JGTC setup with 45.3 mm restrictor) |
3S-GTE | 1986–1989 | 86.0 mm | 86.0 mm | 8.5:1 | 1,998 cc | 185 PS (136 kW; 182 hp) at 6,000 rpm | 250 N⋅m (184 lbf⋅ft) at 3,600 rpm | Celica GT-Four (ST165) |
3S-GTE | 1990–1993 | 86.0 mm | 86.0 mm | 8.8:1 | 1,998 cc | 224 PS (165 kW; 221 hp) at 6,000 rpm | 304 N⋅m (224 lbf⋅ft) at 3,200 rpm | Celica GT-Four (ST185), MR2 (SW20) |
3S-GTE | 1994–1999 | 86.0 mm | 86.0 mm | 8.5:1 | 1,998 cc | 245 PS (180 kW; 242 hp) at 6,000 rpm | 304 N⋅m (224 lbf⋅ft) at 4,000 rpm | Celica GT-Four (ST205), MR2 (SW20) |
3S-GTE | 1999–2007 | 86.0 mm | 86.0 mm | 9.0:1 | 1,998 cc | 260 PS (191 kW; 256 hp) at 6,200 rpm | 324 N⋅m (239 lbf⋅ft) at 4,400 rpm | Caldina GT-T (ST215w), Caldina GT-Four (ST246w) |
4S-Fi | 1987–1991 | 82.5 mm | 86.0 mm | 9.3:1 | 1,838 cc | 105 PS (77 kW; 104 hp) at 5,600 rpm | 149 N⋅m (110 lbf⋅ft) at 2,800 rpm | Single point fuel injection |
4S-FE[5] | 1989–1998 | 82.5 mm | 86.0 mm | 9.5:1 | 1,838 cc | 115 PS (85 kW; 113 hp) at 5,600 rpm | 157 N⋅m (116 lbf⋅ft) at 4,400 rpm | Corona (ST170) |
4S-FE | 1995–1998 | 82.5 mm | 86.0 mm | 9.5:1 | 1,838 cc | 125 PS (92 kW; 123 hp) at 6,000 rpm | 162 N⋅m (119 lbf⋅ft) at 4,600 rpm | MKII/Chaser (SX80) Vista Etoile (SV30) |
5S-FE | 1990–1992 | 87.0 mm | 91.0 mm | 9.5:1 | 2,164 cc | 132 PS (97 kW; 130 hp) at 5,400 rpm | 197 N⋅m (145 lb⋅ft) at 4,400 rpm | Celica ST184 (5th Gen) Australia, MR2 (SW21), Toyota Camry |
5S-FE | 1993–2001 | 87.0 mm | 91.0 mm | 9.5:1 | 2,164 cc | 137 PS (101 kW; 135 hp) at 5,400 rpm | 197 N⋅m (145 lb⋅ft) at 4,400 rpm | Celica ST204 (6th Gen) Australia, MR2 (SW21), Toyota Camry |
5S-FE | 1997–1999 | 87.0 mm | 91.0 mm | Unknown | 2,164 cc | 135 PS (99 kW; 133 hp) at 5,200 rpm | 199 N⋅m (147 lb⋅ft) at 4,400 rpm | Camry (4th Gen) U.S spec 1st semester styling |
5S-FE | 2000–2001 | 87.0 mm | 91.0 mm | Unknown | 2,164 cc | 138 PS (101 kW; 136 hp) at 5,200 rpm | 203 N⋅m (150 lb⋅ft) at 4,400 rpm | Camry (4th Gen) U.S spec 2nd semester styling |
1S[edit]
The 1.8 L (1,832 cc) 1S is the first version of the S-series engine. It is a member of Toyota's Lasre engine family (Lightweight Advanced Super Response Engine). Bore and stroke are 80.5 x 90.0 mm. The engine was first seen in 1981, and was fitted to a wide range of Toyotas, in both RWD and FWD applications.
1S (1S-U)[edit]
Original 1S engine, designed for longitudinal, rear-wheel-drive applications. Designated 1S-U with Japanese emissions controls.
- Production: July 1981 — unknown
- Displacement: 1832 cc
- Mounting: longitudinal
- Type: SOHC 8-valve
- Bore/stroke: 80.5 × 89.9 mm
- Compression ratio: 9.1
- Outputs:
- 100 PS (74 kW) at 5,400 rpm / 152 N⋅m (112 lb⋅ft) at 3,400 rpm
- Applications:
1S-L (1S-LU)[edit]
Adaption of the 1S engine, designed for transverse, front-wheel-drive applications. Designated 1S-LU with Japanese emissions controls.
- Production: March 1982 — unknown
- Displacement: 1832 cc
- Mounting: transverse
- Type: SOHC 8-valve
- Bore/stroke: 80.5 × 89.9 mm
- Compression ratio: 9.1
- Outputs:
- 100 PS (74 kW) at 5,400 rpm / 152 N⋅m (112 lb⋅ft) at 3,400 rpm
- Applications:
1S-iL (1S-iLU; 1S-i)[edit]
Adaption of the 1S-L engine, with added central injection (Ci). Designated 1S-iLU with Japanese emissions controls.
Later versions renamed 1S-i. Sometimes labelled 1S-Ci in marketing material.
- Production: June 1984 — unknown
- Displacement: 1832 cc
- Mounting: transverse
- Type: SOHC 8-valve, central injection
- Bore/stroke: 80.5 × 89.9 mm
- Compression ratio: 9.1
- Outputs:
- 85 PS (63 kW) at 5,200 rpm / 142 N⋅m (105 lb⋅ft) at 3,000 rpm
- 105 PS (77 kW) at 5,400 rpm / 157 N⋅m (116 lb⋅ft) at 3,000 rpm
- 105 PS (77 kW) at 5,400 rpm / 160 N⋅m (118 lb⋅ft) at 3,000 rpm
- Applications:
1S-EL (1S-ELU; 1S-E)[edit]
Adaption of the 1S-L engine, with added multiport fuel injection. Designated 1S-ELU with Japanese emissions controls.
Later versions renamed 1S-E.
- Production: unknown
- Displacement: 1832 cc
- Mounting: transverse
- Type: SOHC 8-valve, multiport fuel injection
- Bore/stroke: 80.5 × 89.9 mm
- Compression ratio: 9.1
- Outputs:
- 115 PS (85 kW) at 5,400 rpm / 164 N⋅m (121 lb⋅ft) at 4000 rpm
- Applications:
2S[edit]
The 2S is a 2.0 L (1,995 cc) four-cylinder engine with an iron block and an alloy head. Bore and stroke are 84.0 x 90.0 mm.[1] This was to be the last of the S engine family not to be equipped with twincams.
2S-E, 2S-EL, 2S-ELU, 2S-ELC[edit]
The 2S-E is the same as the 2S except it uses EFI. This particular engine was used in the Camry and in the Celica ST161. It was fitted with hydraulic lash adjusters.
The 2S-EL, 2S-ELU and 2S-ELC are the same as the 2S-E except they are transversely mounted (as fitted to the V10 Camry). The 2S-ELU has Japanese emission controls and the 2S-ELC has US emission controls.
3S[edit]
The 3S is a 2.0 L (1,998 cc) inline-four engine with an iron block and an alloy head. Similar to the 2S engine, the bore was increased to 86.0 mm and the stroke was reduced to 86.0 mm,[6] allowing for the fitment of larger valves and enabling higher power outputs.[7] First introduced in May 1984,[8] the 3S remained in production until 2007.
3S-FC[edit]
Two-barrel carburettor version of the 3S-FE. This engine is found in lower-specification variants of the 1986–1992 Toyota Camry and its Holden Apollo twin (SL and SLX versions). Power is 82 kW (111 PS) at 5,600 rpm, with max torque of 166 N⋅m (122 lb⋅ft) at 3,200 rpm.[4]
3S-FE[edit]
The Toyota 3S-FE is a 16-valve 2.0 L twin camshaft, single cam gear engine built by Toyota from 1986 to 2000. European version produces 128 PS (94 kW)(126 hp) at 5,600 rpm and 179 Nm (132 ft-lbs) at 4,400 rpm.[9] It is commonly used in the Camry 1987–1992 model, the Celica T160/T180/T200, Carina 1987–1992, Carina 1988–2001, Caldina 1992–2002, Carina ED 1990–1992 and E 1993–1998 models, Corona T170/T190 as well as Avensis 1997–2000 models and RAV4, 1994–2000 and Picnic/Ipsum 1996–2002. The 3S-FE was also used in some MR2 Mk2 cars due to its torque band being suitable for the automatic models. The 3S-FE is fitted with EFI. The 3S-FE engine is fitted with cast aluminum internals, whereas the 3S-GE/GELU engines have forged internals.[8]
3SFSE was a direct injection engine with Toyota D4 system. A cam driven high pressure fuel pump is at the #4 end of the head. This engine was only released in Japan (some imported to Russia etc.), and used in Camry (Windom).
3S-GE[edit]
The Toyota 3S-GE (originally titled 3S-GELU in transversely-mounted applications with Japanese emission controls), is an in-line 4 cylinder engine in the S engine family, manufactured by Toyota and designed in conjunction with Yamaha. While the block is iron, the cylinder head is made of aluminium alloy. The pent-roofcombustion chambers are complemented by a cross-flow intake and exhaust layout.[8] The spark plug is located in the center of the combustion chamber. The firing order is 1-3-4-2, with cylinder number 1 adjacent to the timing belt. The 3S-GE was designed to be light, the first iteration 3S-GELU weighing in at a low 143 kg (315 lb).[7]
The forged crankshaft,[8] located within the crankcase, rotates on five aluminium alloy bearings and is balanced by eight weights. Oil holes are located in the middle of the crankshaft to provide oil to the connecting rods, bearing, pistons and other moving components. The intake manifold has four independent ports and benefits from inertia build up to improve engine torque at low and medium speeds.
A single timing belt drives the intake and exhaust camshaft. The cam journals are supported on five points between the valve lifters of each cylinder and on the front of the cylinder head, and are lubricated by an oiler port located in the middle of the camshaft.
The pistons are made from an aluminium alloy, designed to withstand high temperatures. An indentation is incorporated into the piston head to prevent the pistons from hitting the valves, should the timing belt break (this is not true of the later BEAMS - an acronym which stands for Breakthrough Engine with Advanced Mechanism System - motors). This is commonly referred to as a 'non-interference' engine. Piston pins holding the pistons in place are locked by snap rings. The 'Outer Shim Type System' allows for the replacement of the shims without the need to remove the camshaft. To adjust the valve clearance, adjust the shims above the valve lifters.
The first compression ring and the oil ring are made of steel, the second compression ring is made of cast iron. Compression rings 1 and 2 prevent exhaust leakage from the combustion chamber while the oil ring works to clear oil off the cylinder walls, preventing excessive oil from entering the combustion chamber. An oil pan baffle is used to ensure that there is sufficient oil available in the oil pan.
There are five generations of the 3S-GE, which were used in the Toyota Celica, MR2, Caldina, RAV4, and Altezza. All 3S-GE engines had a displacement of 2.0 L (1,998 cc). Additionally, the turbocharged 3S-GTE engines are based on the 3S-GE platform.
Generation 1[edit]
The first-generation 3S-GE was produced from May 1984[8] to 1989, arriving in both North American versions, as well as In Japan as a second variation. The North American engine was slightly less powerful, producing around 135 bhp (101 kW). This engine was the only 3S-GE to come to North America, in the Celica GT-S (ST162). Among other things, the Japanese market version sported a more aggressive ECU and lacked the EGR valve system, pushing the output to somewhere around 160 PS (118 kW) at 6,400 rpm and 19.0 kg⋅m (186 N⋅m) of torque. The engine was originally available in particular in the Toyota Camry/Vista Twin Cam 2000 (3S-GELU for V10s, 3S-GE for V20s)[8] and Toyota Corona *T150 (limited chassis version - ST162 with 3S-GELU).
Generation 2[edit]
The second generation was produced from 1990 to 1993, receiving a slight boost in output to 165 PS (121 kW), 156 PS (115 kW) in European markets. Peak torque went to 19.5 kg⋅m (191 N⋅m). It also proved to be a slightly more reliable engine. The second generation also did away with the T-VIS system, which was replaced by the ACIS (Acoustic Control Induction System), proving to be much more efficient. T-VIS was, however, retained on the second-generation 3S-GTE, the turbocharged counterpart.
Generation 3[edit]
The third-generation 3S-GE was produced from 1994 to 1999. Power output for the Japanese market was increased to 180 PS (132 kW; 178 hp) as the compression ratio was increased to 10.3:1, while motors for other markets received a minor revision in 1996 for emissions (EGR) which reduced power output slightly to 170 PS (125 kW; 168 hp) at 7,000 rpm. Torque remains the same for both at 19.5 kg⋅m (191 N⋅m).
Generation 4[edit]
The fourth-generation 3S-GE, also known as the 'Red Top BEAMS' 3S-GE began production in 1997. BEAMS is an acronym which stands for Breakthrough Engine with Advanced Mechanism System.
The first version was equipped with VVT-i and produced 200 PS (147 kW; 197 hp) at 7,000 rpm when coupled to a manual transmission. The automatic version produced 190 PS (140 kW; 187 bhp) at 7000 rpm; this is believed to be an ECU restriction implemented by Toyota due to gearbox limitations. It was available in a few models sold only in Japan: the MR2 G and G-Limited, the Celica ST202 SS-II and SS-III and the Caldina.
The second version generation 4 3S-GE, the 'Grey Top BEAMS' 3S-GE, was an available engine option in the RAV4 and second-generation Caldina Active Sports GT in Japan. Even though the valve cover on this engine is black, it is referred to as the 'Grey Top', taking its name from the grey intake plenum colouring. This naming is as such to differentiate it from the fifth-generation Dual-VVTi 'Black Top' in the Altezza. Power output is 180 PS (132 kW; 178 hp) at 6,600 rpm in the RAV4 and 190 PS (140 kW; 187 hp) in the Caldina GT. The mechanical differences between the Red Top and Grey Top is the headers and the ECU. Wiring is identical.
Casting provisions exist in the heads for Exhaust VVT solenoid, and RWD water gallery is open, behind the alternator mount. Rear oil drain at the back of the head is in a different position.
Gen 4 also runs a manual throttle body.
This engine was used in some TTE WRC Corollas (modified for Turbo).
Generation 5[edit]
BEAMS 3S-GE 5th-generation engine ('Black Top')
In 1998, the fifth and final version of the 3S-GE was released, found only in the Japanese-delivered Altezza RS200. The 'Black Top' as it came to be referred to as, was fitted with a dual VVT-i system that adjusted timing on both intake and exhaust camshafts and came in two different spec levels dependent on which transmission it was coupled to.
Gen 5 uses electronic controlled throttle with cable (semi-drive by wire), so no idle speed controller is required. A returnless fuel rail is also used.
The MT version that came equipped with the J160 6-speed manual transmission featured larger diameter titanium intake valves measuring 35mm, larger exhaust valves measuring 29.5mm also made from titanium, a larger 33mm bucket and a compression ratio of 11.5:1. It made 210 PS (154 kW; 207 hp) at 7,600 rpm and 22.0 kg⋅m (216 N⋅m) at 6,400 rpm.
Compared to the MT version, the 5-speed AT version came equipped with the A650E 5Super ECT (with manual shift mode) automatic transmission and had a lower compression ratio of 11.1:1, a less aggressive cam profile, smaller steel-alloy valves and smaller 31mm buckets. This engine made 200 PS (147 kW; 197 hp) at 7,000 rpm and 22.0 kg⋅m (216 N⋅m) at a considerably lower 4,800 rpm. Externally, the AT model can be identified by differences in the wiring loom and the lack of an acoustic blanket on the intake plenum.
Specifications[edit]
3S-GE Specifications | ||||||
---|---|---|---|---|---|---|
Gen 1 | Gen 2 | Gen 3 | Gen 4 | Gen 5 AT | Gen 5 MT | |
Capacity | 1,998 cc (2.0 L) | |||||
Bore x Stroke | 86 mm (3.39 in) x 86 mm (3.39 in) | |||||
Variable Performance Mechanism | T-VIS | ACIS | VVT-i | Dual VVT-i | ||
Compression Ratio | 9.2:1 | 10:1 | 10.3:1 | 11.1:1 | 11.1:1 | 11.5:1 |
Valve Material | Steel-Alloy | Titanium | ||||
Intake Valve Diameter | 33.5 mm (1.32 in) | 34.5 mm (1.36 in) | 34.5 mm (1.36 in) | 35 mm (1.38 in) | ||
Exhaust Valve Diameter | 29.0 mm (1.14 in) | 29.5 mm (1.16 in) | 29.5 mm (1.16 in) | 29.5 mm (1.16 in) | ||
Included Valve Angle | 25 ° | 22.5 ° |
3S-GTE[edit]
Toyota 3S-GTE engine in a Celica ST165.
The 3S-GTE is an in-line 4-cylinder 1,998 cc (2.0 L; 121.9 cu in) engine from Toyota, based on the 3S-GE with the addition of under piston oil squirters and a reduced compression ratio to accommodate the addition of a turbocharger.
There are four generations of this engine, which started manufacture in 1986 and was built until 2007. The turbochargers used in the 3S-GTE engines are Toyota designs and use an internal wastegate design. Depending on where the engine was intended to be sold the exhaust turbine is either ceramic (Japan) or steel (US and Australia). It was fitted to the MR2(North America and Japan only. There is no official MR2 for the European market with this engine.), Toyota Celica GT-Four, and the Caldina GT-T and GT-Four.
Generation | Year | Model | Power | Torque |
---|---|---|---|---|
1 | 1986–1989 | Celica ST165 |
|
|
2 | 1990–1993 |
|
|
|
3 | 1994–1999 |
|
| |
4 | 1997–2001 | Caldina ST215 (GT-T) | 260 PS (191 kW; 256 hp) @ 6200 rpm | 324 N⋅m (239 lbf⋅ft) @ 4400 rpm |
4.5 | 2002–2007 | Caldina ST246 (GT-Four) | 260 PS (191 kW; 256 hp) @ 6200 rpm | 324 N⋅m (239 lbf⋅ft) @ 4400 rpm |
Its cylinders are numbered 1-2-3-4, cylinder number 1 is beside the timing belt. The Dual Over Head Cam (DOHC) 16-valve cylinder head designed by Yamaha is made of aluminum alloy. The pent-roof combustion chambers are complemented by a cross flow intake and exhaust layout. Spark plugs are located in the middle of the combustion chambers. A distributor based system is used to fire the cylinders in a 1-3-4-2 order.
The crankshaft, located within the crankcase, rotates on five aluminum alloy bearings and is balanced by eight weights. Oil holes are located in the middle of the crankshaft to provide oil to the connecting rods, bearing, pistons and various other components.
A single timing belt drives the intake and exhaust camshaft along with the oil and water pumps. The cam journal is supported on 5 points between the valve lifters of each cylinder and on the front of the cylinder head. The cam journals are lubricated by oiler port located in the middle of the camshaft. To adjust the valve clearance in the first two generations, a shim over bucket system is employed. In the following generations a shim under bucket system is used.
The pistons are made from an aluminum alloy designed to withstand high temperatures. An indentation is incorporated into the pistons to prevent the pistons from hitting the valves if the timing belt breaks. Piston pins holding the pistons in place are locked by snap rings.
The first compression ring and the oil ring is made of steel, the second compression ring is made of cast iron. Compression ring 1 and 2, prevents gas leakages from the combustion chamber while the oil ring works to clear oil off the cylinder walls, preventing any excessive oil from entering the combustion chamber.
First Generation[edit]
The first-generation Toyota CT26 utilized a single entry turbine housing and a single wastegate port design. It was fitted to the first generation Toyota Celica GT-Four (ST165). The intake charge was cooled by a water-to-air intercooler and the intake manifold design is Toyota's T-VIS. It has 8 independent ports and benefits from the inertia build up to improve engine torque at low and medium speeds by closing 4 ports below a certain RPM and throttle position to increase air speed and maximize fuel atomization and opening all 8 at higher engine loads for better air volume. Air metering is through an air flow meter and there is no factory BPV/BOV in this generation. Fuel delivery is through 430 cc injectors while air is fed through a 55 mm (2.2 in) throttle body and 7.15 mm (0.281 in) intake and exhaust valve lift. Compression ratio is 8.5:1 and produces 182–190 hp (136–142 kW; 185–193 PS) and 190 lb⋅ft (258 N⋅m) with a factory 8-9 psi of boost. Fuel cut is at 12 psi.[10]
![Nadia Nadia](http://www.fixya.com/uploads/images/3_18_2017_5_00_45_pm.jpg)
Second Generation[edit]
A second-generation 3S-GTE
The second-generation Toyota CT26 used a twin entry turbine housing with dual wastegate ports. It was fitted to the second generation Toyota Celica GT-Four (ST185) as well as the Toyota MR2 Turbo (SW20). The intake charge is cooled by an air-to-air intercooler either top-mounted in the Celica or side-mounted in the MR2. The rally homologation Celica (known as GT-Four RC in Japan, Group A Rallye in Australia, or Carlos Sainz Limited Edition in Europe) used a top-mounted water-to-air intercooler and is distinguished by a hood vent rather than a hood scoop as found in the non-homologation ST185s. This generation retains the T-VIS intake manifold and the Air Flow Meter. A factory BPV is included in the SW20 MR2 Turbo but not on the Celicas. Compression ratio is 8.8:1 and produces 200–232 hp (149–173 kW; 203–235 PS) and 200–224 lb⋅ft (271–304 N⋅m). This generation retains the injector size and throttle body size from the previous generation. However, boost is increased to 10-11 psi in the ST185 and MR2 while it is increased to 16 psi in the ST185RC.[11] Intake and exhaust valve lift is significantly increased to 8.2 mm (0.32 in).
Third Generation[edit]
The third-generation engine uses the (enthusiast-dubbed) Toyota CT20b turbo, which was of the same design as the second-generation but with a slightly improved turbine housing and larger compressor wheel. A factory BPV is installed on all applications. The intake charge is cooled by a water-to-air top-mounted intercooler similar in shape to the ST185RC WTA. One can tell the difference as the ST205 WTA is black while the ST185 WTA is silver with a black centre. This generation does away with T-VIS and uses a normal 4 runner intake with the same port shape and size as the NA engine (but with larger injector holes for side feed). The Air Flow Meter is also removed in favor of a MAP sensing system (prior generations used a MAP sensor only for the purpose of the factory boost gauge and determining overboost fuel cut). Various increases included injector size (540 cc), boost (13 psi), overboost fuel cut limit (18 psi), intake cam lift (8.7 mm [0.34 in]), throttle body size (60 mm [2.4 in]), and a 10 mm (0.39 in) increase in exhaust ports. Exhaust valve lift is retained at 8.2 mm (0.32 in).[10] In late 1997, the block casting was revised with added support around the head to prevent block cracking problems.[11] The CT20b turbo found in this generation is backwards compatible with the second generation motors, however not the first generation. Further improvements include a factory oil catch can. Compression is reduced down to 8.5:1 however power is improved to 245–255 PS (180–188 kW; 242–252 hp) and 304 N⋅m (224 lbf⋅ft).
Fourth Generation[edit]
The fourth-generation engine uses a proprietary CT15B turbocharger. This generation was used in the Toyota Caldina GT-T AWD Wagon (ST215). The exhaust housing is actually cast into the cylinder exhaust manifold, rather than the normal practice of a separate turbine housing after the cylinder exhaust manifold. Due to this, the CT15 is backwards compatible with the third-generation 3S-GTE cylinder head only, not either the first or second generation. Intake charge was cooled by an air-to-air top-mounted intercooler fed through a new side-feed intake manifold. This generation utilizes a coil-on-plug ignition system and 550 cc injectors. Boost remains at 13-14 psi, however overboost fuel cut is increased to 21 psi. Compression is increased to 9:1 and produces 260 PS (191 kW; 256 hp) and 324 N⋅m (239 lbf⋅ft).
Fifth Generation[edit]
The fifth-generation engine uses the same turbo as the fourth generation model. This generation was used in the Toyota Caldina GT-T AWD Wagon (ST246). There are only minor differences to this engine compared to the previous version and due to only limited markets receiving the ST246, very little is known and very few are aware of the engine. Differences include longer of the injectors to be closer to the intake ports. The intake manifold returns to a center-feed type fed by an air-to-air top-mounted intercooler. This intercooler is slightly smaller than the previous generation and is oriented slightly different than any of the previous generations. It is tilted more towards the front of the car. The coil-on-plug ignition is different in this generation and it is not compatible with the ST215 ECU. The valve cover is different as for the first time in the 3S-GTE series as the oil filler hole is on top of the exhaust camshaft instead of the intake. Other differences include the first time that there is no oil cooler in this generation as well as OBD2 diagnostics. Despite the downsize in various components of this generation, power is retained at 260 PS (191 kW; 256 hp) and 324 N⋅m (239 lbf⋅ft).[12]
Specifications[edit]
Gen 1 | Gen 2 | Gen 3 | Gen 4 | Gen 4.5 | |
---|---|---|---|---|---|
Capacity | 1,998 cc (2.0 L; 121.9 cu in) | ||||
Bore x Stroke | 86 mm × 86 mm (3.39 in × 3.39 in) | ||||
Variable Performance Mechanism | T-VIS | Traditional | |||
Ignition | Distributor | Coil-on-Plug | |||
Compression Ratio | 8.5:1 | 8.8:1 | 8.5:1 | 9.0:1 | 9.0:1 |
Valve Material | Steel-Alloy | Heat-Treated Steel with Nitride | |||
Intake Valve Diameter | 33.5 mm (1.32 in) | ||||
Exhaust Valve Diameter | 29.0 mm (1.14 in) | ||||
Intake Valve Lift | 7.15 mm (0.281 in) | 8.2 mm (0.32 in) | 8.7 mm (0.34 in) | 8.75 mm (0.344 in) | 8.4 mm (0.33 in) |
Exhaust Valve Lift | 7.15 mm (0.281 in) | 8.2 mm (0.32 in) | 8.2 mm (0.32 in) | ||
Injector Size | Top-Feed 430 cc | Side-Feed 430 cc | Side-Feed 540 cc | Top-Feed 540 cc | Extended length Top-Feed 540 cc |
Turbo (All Single Turbo) | Single-Entry CT26 | Dual-Entry CT26 | Dual-Entry 'CT20b' | Cast-in-manifold Single-Entry CT15B | |
Intercooler | WTA TMIC | ATA TMIC/SMIC (ST185RC - WTA) | WTA TMIC/SMIC | ATA TMIC | |
Factory Boost | 8–9 psi (0.55–0.62 bar) | 10–11 psi (0.69–0.76 bar) | 13 psi (0.90 bar) | ||
Fuel Cut | 12 psi (0.83 bar); ST185RC - 16 psi (1.1 bar) | 18 psi (1.2 bar) | 21 psi (1.4 bar) |
503E relation[edit]
The 503E was used to power a number of Toyota Sports cars, including the Toyota 88CGroup C entry and the All American Racers-built Eagle HF89/HF90 and Eagle MkIII IMSA Grand Touring Prototypes. - It was hand-built by Toyota Racing Development in Torrance, California and produced up to 800 horsepower. The 3SGTE was later based on its design. They are similar engines, though not identical.
4S[edit]
The 4S is a 1.8 L (1,838 cc), a narrower bore version of the 3S (82.5 x 86.0 mm). This was essentially a multi-valve, twin cam replacement for the 1.8-litre 1S series, with parallel differences as those between the 2S and 3S. There were both 4S-Fi (central point fuel injection) and 4S-FE (multi-point fuel injection) versions.
5S[edit]
The 5S engine was essentially the same basic design as the 3S, but features a slightly increased bore and an increased stroke (87.1 x 90.9 mm). The total displacement was thus increased to 2.2 L (2,164 cc). It was used in the fifth- and sixth-generation Celica, the second-generation MR2, the third- and fourth-generation Camry, as well as the first-generation Camry Solara. Like the 3S, the 5S is of a non-interference design to prevent the pistons from striking the valves in case of a timing belt failure.
5S-FE[edit]
A 5S-FE Engine in a 1998 Toyota Celica GT
The 5S-FE was available in several variations each being distinguished by valve cover design. The first generation, introduced in the 1990–92 Celica GT/GT-S and MR2, had a power rating of 130 hp and 144 lbs-ft/torque. The second generation was introduced in 1993 with the fifth generation (ST184) Celica, and continued through the sixth generation (ST204) Celica. The second generation was also used in the MR2 (SW21) and Camry/Scepter (XV10) series and had a power output of 135 hp and 145 lbs-ft/torque. It had slightly less aggressive cams, no cold start injector, a knock sensor, and more aggressive tuning to give it slightly more power. In states that had adopted California emission standards the 5S-FE was rated at 130 hp and 145 lbs-ft/torque due mainly to emission equipment used to meet those emission regulations. The third generation was the last 5S-FE engine produced and was used in the 1997–01 Camry XV20 and 1999–01 Camry Solara; however, from 1996 onward, the engine received a crank angle sensor instead of a cam angle sensor for a smoother idle. From 1997 to 1999 the engine produced 133 hp at 5,200 rpm and 147 lbs-ft/torque at 4,400 rpm. From 2000 to 2001, the engine received modest improvements to increase power output to 136 hp at 5,200 rpm and 150 lbs-ft/torque at 4,400 rpm. The 5S-FE was replaced in all applications by the 2.4 L 2AZ-FE.
California specification 1994-1996 5S-FEs in the Celica and Camry used air-assisted, 250 cc injectors, and sequential fuel injection for reduced emissions over the grouped (2+2) firing scheme. The 1994-1995 MR2 did not receive this change, nor did Camrys/Celicas in federal emissions states.[citation needed]
Camry 5S-FEs have a counter-rotating balance shaft assembly to reduce noise, vibration, and harshness. They reduce the 2nd order vibrations common to 4-cylinder engines by spinning at double the crankshaft speed. The 1994-1999 Celica and 1991-1995 MR2 5S-FEs lack these balance shafts, so any 5S-FE engine with balance shafts likely came from a Camry.[citation needed]
In 1997, for the fourth generation Camry, the 5S-FE was updated for the last time. This engine received a direct ignition system with external camshaft and crankshaft sensors. This system used a waste-spark design, and the coils had integrated igniters. The engine did not use a typical coil-on-plug design, but rather two coil+igniter assemblies mounted near cylinder four, and provided spark via normal high-tension cords (spark plug wires). This change means that the 1997-01 Camry 5S-FE has a blocked off distributor mounting hole and could be used with older 5S-FEs without swapping cylinder heads.[citation needed]
The 1997-99 Camry 5S-FE continued with the air-assisted, 250 cc injectors. The Camry 5S-FE also had a factory 4-to-1 exhaust design - in Federal form, it had no pre-catalyst, although the California version did replace the collector design of the Federal version with a warm-up pre-catalyst for reduced cold start emissions.[citation needed]
For 2000 Toyota removed the air-assisted injectors and moved to superfine atomization (~50 micrometers), 12-hole, 235 cc injectors made by Denso. They are of a different design, and required a change in the cylinder head casting.[citation needed]
For 2001 Toyota started fitting factory MLS (multi-layer steel) head gaskets and other metal gaskets layered with Viton to engines, including the 5S-FE. MLS head gaskets require cylinder head and cylinder block resurfacing on older engines to ensure proper sealing; consequently, the MLS head gasket did not supersede the old composite head gasket.[citation needed]
The 1994-99 Celica 5S-FE was not updated with these changes, and continued to use a distributor and the older electronic control system and injectors. Any used engine marked as a 1997-01 Camry 5S-FE with a distributor is a Celica 5S-FE or older Camry 5S-FE.[citation needed]
The 5S-FE has a 9.5:1 compression ratio.
5S-FE engine in a 1994 Camry LE.
Year | Power | Torque |
---|---|---|
1990–92 | 130 bhp (97 kW) at 5,400 rpm | 144 lb⋅ft (195 N⋅m) at 4,400 rpm |
1993–96 | 135 bhp (101 kW) at 5,400 rpm | 145 lb⋅ft (197 N⋅m) at 4,400 rpm |
1997–99 | 133 bhp (99 kW) at 5,400 rpm | 147 lb⋅ft (199 N⋅m) at 4,400 rpm |
2000–01 | 136 bhp (101 kW) at 5,400 rpm | 150 lb⋅ft (203 N⋅m) at 4,400 rpm |
Models with this engine:
- ST204 (US Generation 6 Celica GT)
- ST184 (US Generation 5 Celica GT, GT-S and SX. Australian Generation 5 Celica SX)
- SW21 (US Generation 2 MR2 N/A)
- SXV10 (Camry 1992–96)
- SXV20 (Camry 1997–01)
5S-FNE[edit]
Essentially a CNG version of the 5S-FE. This engine was fitted to the XV20 Camry in California to fleet customers in 1999.[13]
See also[edit]
Wikimedia Commons has media related to Toyota S engines. |
References[edit]
- ^ abBüschi, Hans-Ulrich, ed. (March 10, 1983). 'Automobil Revue '83'. 78. Berne, Switzerland: Hallwag, AG: 526. ISBN3-444-06065-3.Cite journal requires
|journal=
(help) - ^Corona (brochure), New Zealand: Toyota New Zealand Limited, May 1986, p. 11, SB004
- ^ abYamaguchi, Jack K. (1985). Lösch, Annamaria (ed.). Lucrative Contraction. World Cars 1985. Pelham, NY: The Automobile Club of Italy/Herald Books. pp. 391, 393, 395. ISBN0-910714-17-7.
- ^ abMastrostefano, Raffaele, ed. (1990). Quattroruote: Tutte le Auto del Mondo 1990 (in Italian). Milano: Editoriale Domus S.p.A. p. 337.
- ^Tutte le Auto del Mondo 1990, p. 1033
- ^Yamaguchi, Jack K. (1985). Lösch, Annamaria (ed.). Lucrative Contraction. World Cars 1985. Pelham, NY: The Automobile Club of Italy/Herald Books. p. 52. ISBN0-910714-17-7.
- ^ abAll About the Toyota Twin Cam (2nd ed.). Tokyo, Japan: Toyota Motor Company. 1984. p. 17.
- ^ abcdefAll About the Toyota Twin Cam (2nd ed.). Tokyo, Japan: Toyota Motor Company. 1984. p. 16.
- ^Tekniikan Maailma magazine (in Finnish) (#13). 1989.Missing or empty
|title=
(help) - ^ abcdDoig, Richard. '3S-GTE Comparison Table'. Retrieved 2016-02-24.Cite web requires
|website=
(help) - ^ abc'Toyota 3S-GTE Engine'. JDM Spec Engines. Retrieved 2016-02-24.
- ^http://www.en.japanclassic.ru/booklets/112-toyota-caldina-2005-zzt241-azt241.html
- ^Johnson, Erik (November 2008). 'Toyota Camry CNG Hybrid Concept - Auto Shows'. Car and Driver. Hachette Filipacchi Media. Retrieved 2010-06-15.
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