Search Results for: borg warner 12 automatic

Fiat 12 HP (1901)

Fiat 12 HP 1901 590x442 Fiat 12 HP (1901)

home Fiat 12 HP (1901) Manufacturer : Fiat
calendar Fiat 12 HP (1901) Productions : 1901
world Fiat 12 HP (1901) Source : netcarshow.com

Aston Martin DB5 James Bond Car – 1964


The DB5 is famous for being the first and most recognised cinematic James Bond car. It has been featured in several films, most notably Goldfinger, Thunderball, GoldenEye, Tomorrow Never Dies, and Casino Royale.
Aston Martin DB5 James Bond Car Specification :
Manufacturer : Aston Martin
Production : 1964
Class : Sports car
Body style(s) : 2-door coupé
Engine : 3995 cc Tadek Marek I6
Transmission : ZF 5-speed all-synchromesh manual or Borg Warner DG automatic
(changed to Borg-Warner Model 8 shortly before the DB6 replaced the DB5)
Length : 4.57 metres (179.9 in)
Width : 1.68 metres (66.1 in)

Aston Martin DB5 (1963)

home Aston Martin DB5 (1963) Manufacturer : Aston Martin
calendar Aston Martin DB5 (1963) Productions : July 1963 – September 1965
settings Aston Martin DB5 (1963) Engine : dohc I-6, 3995 cc, 282 bhp @ 5500 rpm, 288 lbs-ft @ 3850 rpm (Vantage option: 314bhp @ 5750 rpm)
config Aston Martin DB5 (1963) Transmission : 4-speed manual with optional overdrive, ZF 5-speed manual (standard from mid-1964), and optional Borg-Warner 3-speed automatic
world Aston Martin DB5 (1963) Source : netcarshow.com

Technical Specifications

* Suspension: Front: upper-and-lower A-arms, coil springs, anti-roll bar Rear: live axle, Watt linkage, trailing links, coil springs
* Brakes: Servo assisted front/rear discs
* Length: 15’0″
* Width: 5’6″
* Wheelbase: 8’2″
* Weight: 1466 kg
* Top Speed: 142 mph
* 0-60 mph: 7.1 sec.

* Price New: £4,175 (Aston Martin DB5), £4,490 (Convertible)
* Production
o 886 Standard
o 123 Convertibles
o 12 Shooting Brakes

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Aston Martin DB6 (1956)

home Aston Martin DB6 (1956) Manufacturer : Aston Martin
calendar Aston Martin DB6 (1956) Productions : 1956
settings Aston Martin DB6 (1956) Engine : dohc I-6, 3995 cc, 282 bhp @ 5500 rpm, 288 lbs-ft @ 3850 rpm (Vantage: 325 bhp @ 5750 rpm)
config Aston Martin DB6 (1956) Transmission : ZF 5-speed overdrive manual or Borg-Warner 3-speed automatic
world Aston Martin DB6 (1956) Source : netcarshow.com

The Aston Martin DB4 through the DB5, the new model was announced at the London Motor Show in October 1965. The most noticeable styling change on the Aston Martin DB6 was the spoiler – then called a Kamm tail – integrated into the tail of the car, which improved high speed stability. The split front and rear bumpers; a redesigned oil cooler opening in the front valance, a higher roof (136 cm) and longer wheelbase (258.5 cm), 9.5 cm more than the DB5, giving an overall length of 462 cm.

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Aston Martin DB6 Volante SWB (1966)

home Aston Martin DB6 Volante SWB (1966) Manufacturer : Aston Martin
calendar Aston Martin DB6 Volante SWB (1966) Productions : October 1965 – July 1969
settings Aston Martin DB6 Volante SWB (1966) Engine :  dohc I-6, 3995 cc, 282 bhp @ 5500 rpm, 288 lbs-ft @ 3850 rpm (Vantage: 325 bhp @ 5750 rpm)
config Aston Martin DB6 Volante SWB (1966) Transmission : ZF 5-speed overdrive manual or Borg-Warner 3-speed automatic
world Aston Martin DB6 Volante SWB (1966) Source : netcarshow.com

The Aston Martin DB6 Volante was the first Aston Martin to carry the name Volante – which means “flying” in Italian. It was in fact the last thirty-seven Aston Martin DB5 chassis that were used to build the short-chassis Volantes and were completed between October 1965 and October 1966.

Although clearly derived from the Aston Martin DB4 through the DB5, the new model was announced at the London Motor Show in October 1965. The most noticeable styling change on the Aston Martin DB6 was the spoiler – then called a Kamm tail – integrated into the tail of the car, which improved high speed stability. The split front and rear bumpers; a redesigned oil cooler opening in the front valance, a higher roof (136 cm) and longer wheelbase (258.5 cm), 9.5 cm more than the DB5, giving an overall length of 462 cm.

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1959 Aston Martin DBR4

home 1959 Aston Martin DBR4 Manufacturer : Aston Martin
calendar 1959 Aston Martin DBR4 Productions : October 1958 – June 1963
settings 1959 Aston Martin DBR4 Engine : all dohc I-6, 3670 cc, 240 bhp @ 5500 rpm, 240 lbs-ft @4250 rpm; Vantage: 266 bhp @5750 rpm
config 1959 Aston Martin DBR4 Transmission : 4-speed manual with optional overdrive or optional Borg-Warner 3-speed automatic
world 1959 Aston Martin DBR4 Source : netcarshow.com

Work on the DB4 started in 1956, at the same time as the DB Mark III. The key people involved in the development of the DB4 were general manager John Wyer, chassis designer Harold Beach, and engine designer Tadek Marek. Every major component in the DB4 was new. The four-seater body was design by Carrozzeria Touring of Milan, using their ‘Superleggera’ system by which alloy panels are fixed to a tubular frame built onto the very strong platform chassis.

The entirely new car was shown at the London Motor show in 1958, sharing a stand with the DB Mark III which was to continue in production for almost a year. The DB4 was the first production car to capable of 0-100-0 mph in under 30 sec. claiming to reach the 100 mph mark in 21 seconds. A very impressive car that put Aston Martin back in competition with other Mediterranean sports car manufacturers.

A four-seater convertible was announced at the London Motor Show in 1961.

1958 Aston Martin DB4

home 1958 Aston Martin DB4 Manufacturer : Aston Martin
calendar 1958 Aston Martin DB4 Productions : October 1958 – June 1963
settings 1958 Aston Martin DB4 Engine : all dohc I-6, 3670 cc, 240 bhp @ 5500 rpm, 240 lbs-ft @4250 rpm; Vantage: 266 bhp @5750 rpm
config 1958 Aston Martin DB4 Transmission : 4-speed manual with optional overdrive or optional Borg-Warner 3-speed automatic
world 1958 Aston Martin DB4 Source : netcarshow.com

Work on the Aston Martin DB4 started in 1956, at the same time as the Aston Martin DB Mark III. The key people involved in the development of the Aston Martin DB4 were general manager John Wyer, chassis designer Harold Beach, and engine designer Tadek Marek. Every major component in the Aston Martin DB4 was new. The four-seater body was design by Carrozzeria Touring of Milan, using their ‘Superleggera’ system by which alloy panels are fixed to a tubular frame built onto the very strong platform chassis.

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Aston Martin DB6 Volante (1965-1966)

home Aston Martin DB6 Volante (1965 1966) Manufacturer : Aston Martin
calendar Aston Martin DB6 Volante (1965 1966) Productions : 1965-1966
settings Aston Martin DB6 Volante (1965 1966) Engine : dohc I-6, 3995 cc, 282 bhp @ 5500 rpm, 288 lbs-ft @ 3850 rpm (Vantage: 325 bhp @ 5750 rpm)
config Aston Martin DB6 Volante (1965 1966) Transmission : ZF 5-speed overdrive manual or Borg-Warner 3-speed automatic
world Aston Martin DB6 Volante (1965 1966) Source : netcarshow.com

The Aston Martin DB6 Volante was the first Aston Martin to carry the name Volante – which means “flying” in Italian. It was in fact the last thirty-seven Aston Martin DB5 chassis that were used to build the short-chassis Aston Martin DB6 Volante SWB and were completed between October 1965 and October 1966.

Although clearly derived from the Aston Martin DB4 through the DB5, the new model was announced at the London Motor Show in October 1965. The most noticeable styling change on the Aston Martin DB6 was the spoiler – then called a Kamm tail – integrated into the tail of the car, which improved high speed stability. The split front and rear bumpers; a redesigned oil cooler opening in the front valance, a higher roof (136 cm) and longer wheelbase (258.5 cm), 9.5 cm more than the DB5, giving an overall length of 462 cm.

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Toyota Supra (1996)

home Toyota Supra (1996) Manufacturer : Toyota
calendar Toyota Supra (1996) Productions : 1996
settings Toyota Supra (1996) Engine : 320 horsepower at 5,600 rpm and 315 lb.-ft. of torque at 4,000 rpm
config Toyota Supra (1996) Transmission : five-speed manual and four-speed automatic transmission
world Toyota Supra (1996) Source : netcarshow.com

With performance equal or superior to many of the world’s most exotic sports cars, it would have been easy for Toyota engineers to forget that Supra is still a Toyota at heart. But because it is a Toyota, they were able to incorporate speed, style, quality, dependability and Toyota’s legendary reliability.

Supra is powered by a high-performance, twin-cam, in-line six-cylinder, 24-valve, electronically fuel-injected engine. In normally aspirated trim, it produces 220 horsepower at 5,800 rpm and a maximum of 210 lb./ft. of torque at 4,800 rpm. In addition to a specially tuned intake system, it incorporates split-exhaust manifolds for reduced engine back pressure, enhanced power output and greater fuel economy.

The normally-aspirated Supra is available with either a five-speed manual and four-speed automatic transmission.

Supra’s turbocharged engine produces 320 horsepower at 5,600 rpm and 315 lb.-ft. of torque at 4,000 rpm. Supra’s twin-sequential intercooled turbos provide quick response at low engine speeds and high-volume output at increased engine speeds. During low-speed operation, only one turbocharger operates, using less exhaust energy to improve response and torque from a standing start. In the middle-speed range, the second turbo comes to idle at a pre-set exhaust pressure for a smooth transition from the primary to the secondary turbocharger. Both turbos operate at full boost in the high-speed range.

Due to ever-increasing emission requirements, the Turbo’s six-speed manual transmission has been discontinued. The four-speed electronically controlled automatic has been developed to extract the maximum from this engine. The automatic’s control system adjusts shift timing, lock-up timing, hydraulic pressure for the clutch and brake, and engine torque in order to deliver virtually seamless shifts. In manual mode, selected by a console button, the transmission shifts quickly into each gear as it is selected. Shift times in manual mode are quicker than in fully-automatic mode.

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Toyota Cressida First Generation X30-X40 1978-1980

Toyota Cressida First Generation X30-X40 1978-1980

home Toyota Cressida First Generation X30 X40 1978 1980 Manufacturer : Toyota
calendar Toyota Cressida First Generation X30 X40 1978 1980 Productions : 1978-1980
settings Toyota Cressida First Generation X30 X40 1978 1980 Engine : 1.8 L 3T I4, 2.0 L 18RI4, 2.6 L 4M I6, 2.6 L 4M-E I6 EFI
config Toyota Cressida First Generation X30 X40 1978 1980 Transmission : automatic transmission and 5-speed manual
world Toyota Cressida First Generation X30 X40 1978 1980 Source : wikipedia.org
The first generation Cressida (designated X30 series) was available as a sedan(X30, X32), estate wagon (X35, X36) or hardtop coupe (X30, X31). In Japan, it was sold as both the Toyota Mark II and the more upmarket Cressida.
Depending on the market it was sold in, it had the 4M carbureted engine (MX32, MX36), the 18R engine (RX30, RX32, RX35) or 3T engine (TX30). The North American models started with the carbureted 4M engine (MX32) but in mid 1978 the fuel injected 4M-E replaced its carbureted counterpart – this was one of the first Toyotas in the US to use fuel injection. In 1979, the MSRP in the US was US$9,190. In New Zealand, where it was locally assembled and sold in a highly specified GL form, it had the 18R engine.

Toyota Cressida First Generation X30-X40 1978-1980

Standard features included air conditioning, automatic transmission (a 5-speed manual was available), power steering, rear seat armrests, AM/FM cassette stereo with amplifier, reclining front seats, and a rear window defroster. The automatic transmission was a four speed overdrive with an overdrive lockout. Power windows were optional. Soundproofing was extensive, and the Cressida was famous for being one of the quietest cars on the road at the time.
1977 Toyota Cressida Coupe
In the United Kingdom, the Cressida was available in both sedan and wagon bodystyles. The only engine available was the 18R and there was one trim level, badged De Luxe. Contrary to popular belief, it was not the same as DX specifications on other Toyota cars, but a more upmarket version of the DX trim level. The Toyota Carina sedan and wagon also sold in the United Kingdom at this time were also badged as De Luxe (but rebadged as DX from 1980 onwards).