Instruct: Given a question, retrieve relevant documents that can help answer the question.
Query: Did the Ford Pinto ever come in automatic transmission?
Offered with an inline-4 engine and bucket seats the Pinto's mechanical design was conventional, with unibody construction, a longitudinally mounted engine in front driving the rear wheels through either a manual or automatic transmission and live axle rear end. Suspension was by unequal-length control arms with front coil springs; the live rear axle was suspended on leaf springs. The rack and pinion steering had optional power assist, as did the brakes.[15]
All engines will be paired with a "TorqShift" 6-speed automatic transmission, with the gasoline engines featuring 2 transmissions: 5-speed manual transmission (Chassis Cab F-350 Mexico Market only), Ford's all-new "TorqShift-G" automatic transmission.
This fluid was first used in the following transmissions: 
In 1959, Ford released their own Type-A automatic transmission fluid specification (M2C33-A) and stopped using GM fluid specifications for their in-house transmissions. The Ford M2C33-A fluid had GM Type "A" Suffix "A" characteristics. Transmission fluid service life was fairly short, and frequent transmission oil changes were required.
In 1959, Ford released an updated automatic transmission fluid specification Type-B (M2C33-B). The Ford M2C33-B fluid had GM Type "A" Suffix "A" characteristics. As with the previous specification, transmission fluid service life was fairly short, and frequent transmission oil changes were required.
In February 2009, Ford confirmed its intent to sell the Bordeaux Automatic Transmission Plant for an undisclosed sum to a French company, HZ Holding France SAS, which owns a steel forging operation near Metz. Though the sale will be completed as early as April 2009, the plant will continue to provide transmissions for Ford until 2011 and employment levels at the plant are expected to remain unchanged. Up to and after the production of automatic transmissions for Ford at the Bordeaux plant, HZ Holding expects to invest as much as 200 million Euros in the plant for new industrial projects, including producing components for wind turbines. The 5R55N was built in Sharonville Ohio transmission plant. Not Bordeaux. Once the LS and T bird switched to the 5R55S it was the Bordeaux built transmission.
In 1948, Ford realized it was late in introducing a fully automatic transmission to its automobile lineup. Ford Engineering Vice President Harold Youngren, recently hired away from Borg-Warner, recommended that Ford license and build a transmission using a design he was working on at his previous employer. Ford and Borg-Warner signed a contract in 1948 which entered B-W into a supply agreement wherein they would build half of Ford's transmissions for five years, with the other half either being built by Ford or by a different supplier. Because of this agreement, Ford licensed the design themselves and broke ground immediately on an assembly plant to build the remaining transmissions. The new plant, called Fairfax Transmission Plant, was dedicated in 1950. The original Ford-O-Matic accomplished two things that Ford's two previous automatic transmissions failed to do. Through the use of an integrated torque converter and planetary gearset, Ford's automatic shifted smoothly without an interruption in torque from the engine. The other was the shifting pattern, revised from PNDLR to PRNDL, which served to reduce "shift shock" when changing gears and reduce "torque shock" when trying to rock a stuck car back and forth. The original Ford-O-Matic, while capable of three forward speeds, started out in second and shifted to third, with first only being used when selecting L on the gear shift column. However, if floored from a standing start, it would immediately shift from second to low then shift back to second and then third as the vehicle accelerated. The Ford-O-Matic was manufactured from 1951 until it was replaced by the C4 in 1964.
The Bordeaux Automatic Transmission Plant, in Blanquefort, France (in the Bordeaux metropolitan area) produces automatic transmissions for a variety of rear-wheel drive vehicles. The facility opened in 1973 and was shortly followed by an expansion, the Bordeaux Transaxle Plant, in 1976 to focus on automatic transmissions for front-wheel drive Fords. Bordeaux Automatic Transmission's first product was the C3 3-speed automatic transmission for the Ford Pinto. The C3 design was succeeded by the A4LD 4-speed automatic during the mid-1980s and was in turn succeeded by the 4R44 and 4R55 4-speed automatics during the mid-1990s. The Bordeaux Automatic Transmission Plant's current products are the 5R44 and 5R55 5-speed automatic transmissions.
MERCON is the trade name for a group of technical specifications of automatic transmission fluid created by Ford. The name is a registered trademark (later becoming a "brand") of Ford, which licenses the name and specifications to companies which manufacture the fluid and sell it under their own brand names. Not all Mercon fluids are licensed for reselling under another brand name. All licensed Mercon fluids must have a license number on the container. If no license number is found, the fluid may not be Ford approved and the fluid cannot be guaranteed to meet Ford specifications. Ford, like many automobile manufacturers, uses transmissions sourced from other suppliers or transmission manufacturers around the world; these transmissions are not manufactured by Ford. Many of these automatic transmissions use unique fluids that might not be shown on this page.
The 4F27E is an electronically controlled 4-speed automatic transmission, used by Ford and Mazda.
Ford's name for this transmission is 4F27E, Mazda's name for this transmission is FN4A-EL.
This dipstick for this transmission says "M V" on the dipstick handle in Mazda vehicles.
The transmission proved to be so trouble-prone that Ford recalled virtually every unit, and replaced them with standard manual transmissions. The only known unit to exist is in the possession of the Early Ford V8 Foundation Museum in Auburn, Indiana. While Ford gave up on semi-automatic transmissions after Liquimatic, Lincoln started using General Motors' Hydra-Matic in 1949, while Mercury got its own automatic, Merc-O-Matic, in 1951.
The Ford C3 transmission and its descendants are a family of light-duty longitudinal automatic transmissions built by the Ford Motor Company.
Although the FMX was phased out in the United States in 1979 in favor of Ford's then-revolutionary Automatic OverDrive (AOD) transmission, the FMX was sold for another four years for use in V8 Ford Falcons built in Australia. The FMX ceased production when Ford Australia phased out the V8 engine in 1983.In 1962, Ford began working on a new type of automatic transmission to emphasize fuel economy and driveability. The new transmission was built around the Ravigneaux planetary of the "X" transmissions. Where many transmissions had a fourth gear added as an afterthought, Ford's new transmission was designed with a fourth gear already integrated into the gearset. Because it was based on the X transmissions, its gear ratios from 1-3 were the same, with the fourth being .67:1. The transmission featured a split-torque application for third gear, as well as a lockup in the torque converter. The project was shelved with a design that initially lacked a dampener in the torque converter, but after the project was revisited, a dampener ultimately made its way into the final design before Job 1. The XT-LOD was initially abandoned in 1966, but revisited in 1974 as a result of rising gas prices. The transmission was introduced when Ford downsized its full size line for 1979. Initially called XT-LOD (Extension Lock-Up Overdrive), its name was changed when revisited in 1974 to FIOD (Ford Integrated Overdrive) and then to its final name in 1979, the Ford AOD transmission.
In 1966, Ford introduced the C6 automatic, which left them with three heavy-duty automatic transmissions and crowded conditions at Livonia Transmission plant. Ford decided to combine the best attributes of the MX and FX transmissions and ended up with an improved version of the "X" called "FMX." This transmission used the stronger MX-type rotating parts in the smaller FX style case. This cut down on both weight and the number of transmission components Ford needed to make. This transmission was manufactured at the Fairfax Transmission Plant, freeing up capacity at Livonia for the new C6. The FMX was manufactured from 1968 to 1979, when the Fairfax Transmission plant was closed.
ZF Friedrichshafen and BMW were responsible for introducing the first six-speed (the ZF 6HP26 in the 2002 BMW 7 Series (E65)). Mercedes-Benz's 7G-Tronic was the first seven-speed in 2003, with Toyota introducing an eight-speed in 2007 on the Lexus LS 460 which was equivalent in size to a six-speed . Derived from the 7G-Tronic, Mercedes-Benz unveiled a semi-automatic transmission with the torque converter replaced with a wet multi clutch called the AMG SPEEDSHIFT MCT. The 2014 Jeep Cherokee has the world's first nine-speed automatic transmission for a passenger vehicle to market. In 2017 Toyota unveiled the Lexus LC coupe with the world’s first ten-speed automatic transmission in a production car. General Motors and Ford followed soon after with their co-developed ten-speed automatic transmission for the Cadillac Escalade, Cadillac CT6, Chevrolet Camaro, Chevrolet Tahoe models for GM and the Ford Mustang, Ford F-150, Lincoln Navigator, Ford Ranger (T6) and Ford Everest models for Ford.
The standard engine on all other full-size Ford sedans and wagons was the 351 Windsor V8. The Country Squire however, came standard with the Cleveland 400M V8, while the 385-series 429 and 460 V8s were optional. With manual transmissions being dropped from the lineup, the C6 3-speed automatic transmission was now the only transmission option for full-size Fords. The 429 and 460 V8s were a common option due to the especially sluggish performance of the detuned 400 engine that was now struggling to drive the ever-increasing weight of a Country Squire.
Chrysler was the last of Detroit's Big Three automakers to introduce a fully automatic transmission, some 14 years after General Motors had introduced Oldsmobile's Hydramatic automatic transmission and nearly three years after Ford's Ford-O-Matic. Packard's Ultramatic debuted in 1949, and Studebaker's Automatic Drive was introduced in 1950. The PowerFlite was simple in its construction and operation, with fewer parts than competing transmissions. It was also quite durable, being used behind every Chrysler Corporation engine from the lowly Plymouth Six to the Imperial's Hemi V-8. Unlike most other automatic transmissions, PowerFlite did not feature a "Park" range, making it necessary to use the handbrake whenever the car was parked. All Chrysler products at the time had a parking brake independent from the vehicle's wheel brakes, a single brake drum mounted on the driveshaft, just behind the transmission. This had the (intended) effect of locking both rear wheels in the same way that the "Park" setting did in other transmissions.
In April 1974, the Center for Auto Safety petitioned the National Highway Traffic Safety Administration (NHTSA) to recall Ford Pintos to address fuel system design defects after reports from attorneys of three deaths and four serious injuries in rear-end collisions at moderate speeds.[81][82] The NHTSA found there was not enough evidence to warrant a defect investigation.[81][83] In August 1977, Dowie's "Pinto Madness" article was published, leveling a series of accusations against Ford, the Pinto and the NHTSA. These included that Ford knew the Pinto was a "firetrap," and said that Ford did not implement design changes because Ford's cost-benefit analysis document showed that paying out millions in damages in lawsuits was more profitable than the design changes.[84] The day after the article's release consumer advocate Ralph Nader and the author of the Mother Jones article held a news conference in Washington DC on the alleged dangers of the Pinto's design.[85] On the same day, Nader and the Center for Auto Safety re-submitted their petition to the NHTSA.[86]
Today, GM uses a simple naming scheme for their transmissions, with the "Hydra-Matic" name used on most automatics across all divisions.
*This transmission is part of a joint-venture between General Motors and Ford Motor Company to split development of two transmissions, a longitudinal 10-speed and transverse 9-speed. Ford led the design of the 10-speed transmission, as well as filing the design patents for said transmission. According to an official report by the SAE (Society of Automotive Engineers) the design of the 10-speed gearbox is essentially all Ford, while GM was responsible for designing the 9-speed 9T transverse automatic gearbox. As part of their joint-venture, Ford will let GM use the 10-speed transmission with rights to modify and manufacture it for their own applications. In-exchange for Ford's 10-speed transmission, General Motors will let Ford use its 9-speed transmission for front-wheel drive applications; Ford ultimately declined use of the 9T.
The Ford PowerShift is a six-speed dual clutch semi-automatic transmission produced by the Ford Motor Company. The Ford PowerShift gearboxes are built by Getrag Ford Transmissions, a joint-venture with Getrag. PowerShift improves fuel efficiency by as much as 10 percent when compared to a conventional automatic transmission.
The AOD (automatic overdrive) is a four-speed automatic transmission with overdrive. Introduced in 1980, it was Ford's first four-speed automatic overdrive transmission. The gearset design is based on the Ford "X" automatic transmissions used during the 1950s, 60s, and 70s. The AOD replaced many of Ford's older transmissions such as the C4, C5, and light duty applications of the FMX.
In 1950, 11 years after GM released the Hydra-Matic 4-speed automatic transmission and its special Hydra-Matic Automatic Transmission Fluid, Ford released their first fully automatic transmission; the 1951 Fordomatic 3-speed transmission. This new fully automatic transmission used the GM Type "A" automatic transmission fluid specification. Ford and hundreds of other resellers, became a licensed reseller of the GM Type "A" fluid with an Armor Qualification number. The Type "A" fluid was marketed under the Ford brand name. 
The engine was originally designed to replace the 2.0 L OHC Pinto engine, derivatives of which had powered most of Ford's four-cylinder rear-wheel drive cars since the early 1970s, and which was by that time lagging behind the competition in terms of power output, efficiency and refinement. Equipped with a newly designed twin-cam cylinder head but still only 8 valves, and a "square" 86x86mm bore and stroke, the new I4 was launched in the Ford Sierra and Scorpio, mated to either the also new all-synchromesh MT-75 5-speed manual transmission or the existing A4LD four-speed automatic. The engine received mixed reviews, being seen as an improvement over the Pinto, but not the leap forward one might have expected.
The Powerglide is a two-speed automatic transmission designed by General Motors. It was available primarily on Chevrolet from January 1950 through 1973, although some Pontiac models also used this automatic transmission after the fire at the Hydra-Matic factory in 1953. Powerglides were used extensively on Pontiacs produced for the Canadian market with Chevrolet powertrains. They were also used with Nova engines in the DJ-5A Jeeps produced 1968-1970 by Willys and widely used as delivery vehicles by the United States Post Office. When introduced on upper-level Chevrolet models in 1950, the Powerglide represented the first automatic transmission offered in a low-priced automobile; in contrast, Ford did not offer their automatic transmission until 1951, while Plymouth car buyers had to wait until 1954. The transmission was simple and very durable, which satisfied customers.
Upon release the Pinto was received with both positive and negative reviews. Road & Track faulted the suspension and standard drum brakes, calling the latter a "serious deficiency," but praised the proven 1.6L Kent engine, adapted from European Fords. The larger 2300 inline-4 found in the Chevrolet Vega was an innovative, brand new design using an aluminum alloy block and iron head, but needed more development work as initially released. Super Stock Magazine found the fit and finish to be "superior" and were impressed with the car overall.[15] Car and Driver found the Pinto, when equipped with the larger 2.0L engine and front disc brakes, to be a nimble and powerful commuter car with good visibility and sports-car feel.[44] A review of the 1974 Pinto with an automatic transmission by Car and Driver was not as favorable noting significant decreases in mileage and acceleration.[45]
The C3 was introduced as a lightweight 3-speed automatic for compact cars like the Ford Pinto. It was used with four cylinder and small V6 engines. The final appearance of this transmission was in the 1989 Merkur XR4Ti.
The C3 was modified into the A4LD four-speed by adding an overdrive gear, which the C3 lacked. This transmission was introduced in Europe on the 1985 Ford Scorpio and in North America with the 1985 Bronco II and Ranger, again with four- and six-cylinder engines only. It was replaced by the 4R44E and 4R55E in 1995.
Ford attempted to make the driving and operating experience as similar as possible to that experienced in an ICE vehicle with an automatic transmission. A selector operates similar to that for an automatic transmission with the following positions: