แสดงบทความที่มีป้ายกำกับ Ford Motor Company แสดงบทความทั้งหมด
แสดงบทความที่มีป้ายกำกับ Ford Motor Company แสดงบทความทั้งหมด

วันอังคารที่ 12 พฤศจิกายน พ.ศ. 2556

>>Fordson tractor

Fordson tractor


Fordson Series
Fordson model F - side.jpg
Monument to Fordson model F
The Czech Republic
Overview
ManufacturerHenry Ford & Son, Inc
Ford Motor Company
Production1917—1964
AssemblyUnited States (1917—1928)
Cork, Ireland (1919—1932)
Dagenham, UK (1933—1964)
Body and chassis
ClassTractor
Fordson logo
Fordson tractor attached to a circular saw
Fordson was a brand name used on a range of mass-produced general-purpose tractors manufactured by Henry Ford & Son, Inc, from 1917 until 1920 when it was merged into the Ford Motor Company, which used the name until 1964. American engineer, inventor, and businessman Henry Ford built experimental tractors from automobile components during the early 20th century, and launched a prototype known as the Model B in August 1915. He formed Henry Ford and Son in 1910 in Dearborn, Michigan, taking his young son Edsel Ford as a partner, which was later incorporated on July 27, 1917.


Fordson Model F
The first Fordson Model F was completed in 1916 and was the first small, lightweight, mass-produced, affordable tractor in the world, making it possible for the average farmer to own a tractor for the first time. Thus Henry Ford and colleagues had done again, for the tractor, what they had recently done for the automobile with the Ford Model T. The Fordson tractor went into mass production in 1917 and debuted for sale on October 8, 1917, for $750. The original Fordson used a 20 horsepower, four-cylinder vaporising oil engine, a three-speed spur gear transmission (the three forward speeds ranged from approximately 2¼ to 6¼ mph), and a worm gear reduction set in the differential.

Success and economic recession
Despite several early design flaws and reliability issues such as engine failure and unbearable heat, the Fordson established a firm foothold on U.S. farms, with more than seventy percent market share in earlier years. By mid-1918, more than 6,000 Fordson tractors were in use in Britain, Canada, and the United States. Annual production reached 36,781 in 1921 and 99,101 in 1926. By 1925, Ford had built its 500,000th Fordson tractor. Ford was the only automotive firm to sell cars, trucks, and tractors simultaneously from 1917 to 1928, during which time 552,799 Fordson tractors were built at the Dearborn, Michigan factory. An economic recession and plummeting farm income depressed the market in 1925.

Production in Ireland and England
Ford Motor Company ended its U.S. tractor production on February 14, 1928 and transferred manufacture to Cork, Ireland in 1929 and later Dagenham, Essex, England. The Fordson brand was used on several other models manufactured in England including the 9N, 8N and later the Major, Dexta, Power Major, Super Major, and Super Dexta until 1964. Afterwards, the Fordson brand name was discontinued and replaced with the Ford marque. Ford continued to manufacture and sell tractors until it sold the division to Fiat in 1991.


History

Early development

American engineer, inventor and businessman Henry Ford grew up on a small farm outside Detroit, Michigan in the late 19th century. As his interest in automobiles grew, he also expressed a desire to "lift the burden of farming from flesh and blood and place it on steel and motors." In the early 20th century, he began to build experimental tractors from automobile components. Four years after founding the Ford Motor Company in 1903, Ford finished his first experimental tractor in 1907 on Woodward Avenue in Detroit, referring to it as the "Automobile Plow". Approximately 600 gasoline-powered tractors were in use on American farms in 1908. Fordson tractor design was headed by Eugene Farkas and József Galamb, both involved in the design of the successful Ford Model T automobile.
Henry Ford introduced a newly designed tractor known as the Model B in August 1915 at a plowing demonstration in Fremont, Nebraska. It used a 16 horsepower, two-cylinder, horizontally opposed engine, a spur gear transmission and three wheels - two front drivers and one rear steerer. The Model B was never produced, but did gain enough publicity to let the world know Ford was interested in developing a tractor. Knowing there was demand for a Ford-built tractor, a group of entrepreneurs in Minneapolis organized The Ford Tractor Company. The company did build and sell some tractors, but anticipated a settlement with Henry Ford for permission to use his name. However, Ford did not give permission and formed his own separate company called Henry Ford and Son in 1910 in Dearborn, Michigan, taking his young son Edsel as a partner.

F Series

An early Fordson discing a field inPrincess Anne County, VA in 1925.
The Fordson Model F was completed in 1916 and was the first lightweight, mass-produced tractor in the world, making it possible for the average farmer to own a tractor for the first time.Ford incorporated his private company, Henry Ford and Son, Inc, to mass-produce the tractor on July 27, 1917. At a hurriedly built factory in Dearborn, Michigan, he used the same assembly line techniques he used to mass-produce the Ford Model T. It took thirty hours and forty minutes to convert the raw materials into the 4,000 parts used for the tractor assembly. The Fordson sold for US$750; each cost $567.14 to manufacture (including labor, materials and overhead), leaving a profit of $182.86.
It used a 20 hp (15 kW), four-cylinder vaporising oil engine, a three-speed spur gear transmission (the three forward speeds ranged from approximately 2¼ to 6¼ mph), and a worm gear reduction set in the differential. Brakes were not provided on early Fordsons as high-ratio worm sets generally transmitted rotation in one direction only, from the worm element to the gear element, because of the high power loss through friction. To stop the tractor, the driver depressed the clutch. Ford engineer Eugene Farkas successfully made the engine, transmission and rear axle a stressed member of the frame. By eliminating the need for a heavy separate frame, costs were reduced and manufacturing was simplified. The Fordson succeeded in being cheaper to maintain than horses, as the Ford Model T had previously done. A government test concluded that farmers spent $.95 per acre plowing with a Fordson compared to feeding eight horses for a year and paying two drivers, which cost $1.46 per acre.

Reliability

An early Fordson harvesting beets during the early 1940s.
The Fordson Model F was not without flaws it shared with other brands. These problems included lack of weight, which allowed wheel slippage in some conditions, and the habit of rearing over backwards if the plow encountered an obstruction.
Ford began shipping Fordson tractors to Ford Motor Company Limited in Britain in 1917 to meet an order from the British government for 5,000. Between the time the order was accepted and when production started, Ford overhauled the design to solve several problems. The car-type radiator was enlarged to 11 US gal (9.2 imp gal; 42 L) capacity to cure overheating problems. The additional weight also helped hold the front down.In early Fordsons, the worm drive was located at the top under the driver's seat. During heavy operation the heat became unbearable to the operator. The worm drive was relocated to solve this problem and also allowed larger rear wheels which improved traction. Several changes were also made to simplify manufacture. The Fordson used the Model T coil magneto system; and water and oil pumps were eliminated in favor of the simpler thermosiphon cooling and splash lubrication.
Despite design and assembly improvements, Fordsons still required a high level of maintenance. A farmer near Atlanta in 1921 listed the cost of his Fordson repairs for the year as $1,246. He recorded problems in his diary, noting difficulty starting the engine, a broken wheel, engine failure and the rear end bursting throughout January, totaling costs of $1,301 for 620 hours of work.A Colorado farmer telephoned his dealer three times a day to complain about his Fordson. The most dangerous feature would occur when a towed and powered implement became immoveable: the stoppage of the powered implement would cause a reaction through the transmission that would flip the tractor over backwards, sometimes killing the driver. This condition was introduced when the worm drive was relocated below the main drive pinion, relieving the driver from the heat it generated but also causing a torque on the tractor that lightened the load on the front wheels. One Indiana farmer believed the Fordson to be so dangerous that it should have been banned by law. The Eastern Implement Dealer claimed that Fordsons killed 36 drivers in 1918. Pipp's Weekly further claimed that Fordsons had killed 136 men up to August 1922. Ford spokesmen maintained the accidents resulted from inexperienced drivers, saying any tractor could be dangerous if improperly handled. Satisfied customers praised the Fordson, saying it made farm work easier and performed ideally in orchards and truck farms.
The "Hoyt-Clagwell" tractor on the TV sitcom Green Acres was a Fordson Model F. It was known to randomly 'explode' followed by one or both of the rear wheels falling off.

Production

A 1917 Fordson Model F tractor
A 1936 Fordson Model N tractor
Ford established a policy in 1919 to loan Fordson tractors to educational institutions with vocational training programmes. Agricultural colleges could use a Fordson for six months and then exchange it for a new one. Under this arrangement, forty-two tractors were loaned to such universities as Cornell, Idaho, Michigan, Maryland and Prairie View State Normal in Texas. Others went to the orphanage at Nacoochee Institute in Georgia, the Berry School at Rome, Georgia and Camp Dix at Hutchinson, Kansas.Ford signed a contract for a large consignment of Fordson tractors to the Soviet Union in 1919, which soon became the largest customer of the company. From 1921 until 1927, the Soviet Union purchased over 25,000 Fordsons. In 1924, the Leningrad plant "Red Putilovite" (Красный Путиловец) started the production of Fordson-Putilovets tractors (Фордзон-путиловец). These inexpensive and robust tractors (both American and Soviet models) became the major enticement for Soviet peasants towards collectivisation and were often seen on Soviet posters and paintings during the era.
By mid-1918, more than 6,000 Fordson tractors were in use in Britain, Canada, and the United States.After World War I ended, production began in Cork, Ireland, in parallel with U.S. production.Fordson tractors quickly shaped the U.S. tractor market, and held over seventy percent of the market in earlier years.Henry Ford bought out all the minority shareholders of Ford Motor Company in 1919, and then consolidated ownership in the Ford family: fifty-five percent in his name, forty-two percent in son Edsel's name and the remaining three percent in wife Clara's name. He merged Henry Ford & Son into the Ford Motor Company in 1920. Annual production reached 36,781 in 1921 and reached 99,101 in 1926. The Fordson established a firm foothold on U.S. farms and by 1925, Ford had built its 500,000th Fordson tractor. Total production figures reached 650,000 by May 1927.
A severe economic recession and plummeting farm income depressed the market in 1925. Ford Motor Company ended its U.S. tractor production and sales on February 14, 1928 and transferred manufacture to Cork in 1929 and later Dagenham, Essex, England.Fordson tractors continued to be sold in the United States, where George and Eber Sherman became the leading importers of English-built Fordsons. Ford was the only automotive firm to sell cars, trucks and tractors simultaneously from 1917 to 1928, during which time 552,799 Fordson tractors were built at the Dearborn, Michigan factory.
After Fordson production was transferred to Cork in 1928, exports to the US were limited to 1,500 a month which restricted sales at Ford dealerships.The original Fordson Model F tractor was eventually outsold by International Harvester, which offered a more efficient alternative and subsequently became market leader. Competition from International Harvester and General Motors forced Ford to reduce the price of the Model F from $750 to $395. To compensate for the lower price, the company had to cut costs and strive for larger volume production.

Fordson Model N Standard

The Fordson Model N replaced the Fordson Model F. Production of the Model N started in Cork in 1927. Production of the Fordson Model N was transferred from Cork to Dagenham in 1933. The Model N featured a 27 HP engine, standard rear fenders (mudguards), a higher voltage ignition system, and optional pneumatic tires. In 1935 power take-off (PTO) was available as an option on the Model N.


N Series

9N

Ford-Ferguson Model 9N
Development of new Fordson tractors remained mostly inactive for little over ten years after the end of its U.S. production in 1928, although Ford did experiment with a number of unsuccessful designs during the 1930s. Ford's attention became consumed mostly by the development and introduction of his company's first V8 engine, which was introduced by Ford on March 31, 1932 and installed into Ford Model A body cars.Ten months later, he introduced a new 1933 Model B body to surround the engine. These projects were nearly all consuming, leaving Ford little or no time for tractor development.
After U.S. Fordson production ceased in 1928, Irish-built and later English-built Fordsons were imported to the U.S. This arrangement ended in 1939 with the introduction of the line of "Ford" tractors made in the U.S. for domestic sales.
In Ireland, businessman Harry Ferguson had designed a tractor incorporating a hydraulic three-point hitch. Eber Sherman, importer of Fordsons from Ireland to the US and a friend of both Ford and Ferguson, arranged to have Ferguson demonstrate his tractor for Henry Ford. In October 1938 the Ferguson tractor was put through a demonstration before Ford and his engineers. It was light in weight relative to its power, which impressed Ford. Ferguson's successful tractor demonstration led to a handshake agreement with Ford in 1938, whereby Ford would manufacture tractors using the Ferguson three-point hitch system.
Ford Motor Company invested $12 million in tooling to finance Ferguson's new distribution company. The investment resulted in the production of the Ford-Ferguson 9N tractor which was introduced on June 29, 1939. It sold for $585 including rubber tires, power take-off, Ferguson hydraulics, an electric starter, generator, and battery; lights were optional. Ford's 9N further improved the cantankerous Model F by updating the ignition with a distributor and coil. An innovative system of tire mounts for the rear wheels and versatile axle mounts for the fronts enabled farmers to accommodate any width row-crop work they needed. The 9N weighed 2340 pounds and had 13 drawbar horsepower, which could pull a two-bottom plow. It was designed to be safe, quiet and easy to operate. Ford once said "Our competition is the horse."; the 9N was intended for farmers who were not mechanically minded.
An immediate success, the 9N's configuration became an industry standard, which was followed by other tractor manufacturers for fifteen years. Henry Ford passed leadership of his company to grandson Henry Ford II in 1945. By 1946, the younger Ford discovered that, despite its success, the Model N lost Ford Motor Company over $25 million in six years.He reacted by forming Dearborn Motors in November 1946, which took over tractor distribution from Ferguson. Ford informed Ferguson that after July 1947 they would no longer supply tractors to his company.Ferguson sued Henry Ford II, Dearborn Motors and Ford Motor Company and others for $251 million in damages on the basis of patent infringements and conspiracy to monopolize the farm tractor business.Ford Motor Company claimed the patents had already expired by the time of Dearborn Motors' incorporation. Approximately 750,000 9Ns were built, and it was estimated in 2001 that nearly half of these were still in regular use.
Harry Ferguson had understood that the handshake agreement had included the manufacture of the 9N in Britain. World War II intervened and prevented this, although one explanation was that Ford UK was uninterested in the plan.

2N and 8N

Ford 8N tractor
1947 Fordson Stegamajor
Fordson Major E1
In 1942 Ford introduced the 2N model tractor. This was surprising because so much steel was being used to manufacture products for U.S. and allied troops during World War II. In 1947 the very popular 8N tractor was introduced. More than 500,000 8Ns were sold in America between 1947 and 1952. The 8N was replaced with the 1953 "Golden Jubilee" tractor.

E27N

The Fordson E27N Major was based on the Fordson N, and made in England from 1945, having the same engine and transmission as the Model N, but in a new casing which allowed for a PTO and a hydraulic lift unit manufactured by either Smiths or Varley. The differential however was of completely new design. For the first time Fordson owners could purchase a tractor from the dealer fully equipped with 3PL, PTO, full electrics and an adjustable-width front axle, allowing the tractor to work row-crops. Available in many different versions, one such as the crawler conversion made by County, and the half-tracked version by Roadless. from 1948 onwards the Perkins P6(TA) could be ordered fitted from the factory, giving the tractor a 45 hp power unit, and improving on the design that was let down by the under-powered petrol/TVO engine. In E27N was a popular Machine with Australian farmers, setting the way for large sales of the New Major (E1A).

E1A

Post-war shortages delayed the development of an entirely new tractor. In 1953, the E1A "New Major" entered production with an all new diesel engine. The 4D engine was designed and manufactured in UK at Dagenham and was available as diesel,gasoline, or kerosene. The tractor had a modified version of the E27N transmission. The driver sat significantly lower, which led to the E27N being nicknamed the 'High Major'. In 1958, - the Power Major - was introduced with 51.8 hp and an improved transmission and 'live-drive' hydraulics,and then in 1960 the final version, the Super Major came out with a weight transfer system and differential lock. The Super Major was produced until 1964. These tractors were exported to the US - the first since 1939 - badged as Fords.

Dexta

Meanwhile, a smaller new three-cylinder version which was named the Dexta had been launched to compete with the success of the Massey Ferguson 35, of which it shared the basic engine, gearbox and differential casings as well as many other parts. Both tractors featured the Perkins A3 engine, with a few differences. The engine was at 144 cubic inches in early Dextas, whereas later machines and all MF 35's had the 152 cid version. The two tractors also had different injector systems and many further differences despite their common platform. The gasoline version of the Dexta basically had the same Standard engine as the Ferguson TEA and FE 35, one difference being that the starter was relocated to the right side on the Dexta. Unlike the Ferguson, the gasoline Dexta had the same gearbox castings as the diesel version.
After 1964, the Fordson name was dropped and all Ford tractors were simply badged as Fords in both the UK and the US.

Variants

In 1926, Fordson demonstrated a Model F converted into a snowmobile, which they dubbed the "Snow-Motor". The tractor used bullet-shaped screws instead of wheels to move across the snow. They were used (unsuccessfully) by Richard Byrd's first Antarctic Expedition.

Later models

After 1964, all tractors made by the company worldwide carried the Ford name. In 1986, Ford expanded its tractor business when it purchased the Sperry-New Holland skid-steer loader and hay baler, hay tools and implement company from Sperry Corporation and formed Ford-New Holland which bought out Versatile tractors in 1988. In 1991 Ford sold its tractor division to Fiat with the agreement that they must stop using the Ford name by 2000. In 1999, Fiat removed all Ford identification from their blue tractors and renamed them "New Holland" tractors.

Machine operation
The early Fordson tractor engines were difficult to start. In cold weather it was a chore to start because the oil congealed on the cylinder walls and on the clutch plates. It had to be hand cranked repeatedly with great effort. Strong men took turns cranking between intervals when individual ignition coils were adjusted. Sometimes farmers would build a fire under the tractor to warm up the crankcase and gear boxes to make it crank easier. The tractor, when in use, was fueled by kerosene, but gasoline was required to start it. Once started, the trial was not over. To get it in motion, the gears had to be shifted and the clutch would not disengage fully from the engine to allow gear change. Once the gear change was accomplished by ramming the hand lever into position, and listening to the grating noise, the tractor would start forward immediately (there had better be clear space ahead). The clutch pedal had to be ridden for a while until the oil warmed up and the clutch released.
The Fordson could pull discs and plows that would require at least four mules to pull, and it could work all day long, provided the radiator was continually filled, the fuel replenished, and the water in the air filter tank changed. The carburetor air was filtered by bubbling it through a water tank. On dry days, mud would build up in the water tank after a few of hours of operation. The mud would then have to be flushed out and the tank refilled.

Rail Conversions
In an effort to displace both horses and steam from remote logging railways (bush trams), several enterprising inventors took the Fordson tractor and made modifications to allow them to run on rails. Extra bogies (wheel sets) were added behind and in front of some versions and acted as log bogies, whilst increasing traction on the light rail lines, without increasing weight. Dunedin company Trails Ltd used the Fordson F as a base, adding a reverser, so the tractor could operate either way at the same speeds, and a powered bogie to act as a powered log bogie. Wellington company Nattrass advanced this design, and both companies sales spelt the end to horse-operated bush trams in New Zealand. Nattrass also enjoyed sales in Australia. The last locomoitve built by A & G Price, noted steam and diesel locomotive builder was completed in 1970, and used a Fordon Major E1 as a base.



วันศุกร์ที่ 18 ตุลาคม พ.ศ. 2556

>>Ford 5000

Ford 5000




Ford 5000
Ford5000.jpg
Typeagricultural
ManufacturerFord
Production1964-1979
Length141.6 inches
Width68.5 inches
Height63.5 inches (steering wheel) 86.4 inches (exhaust)
Weight5,865 lbs. (operating weight) 9,700 lbs. (ballasted weight)
Propulsionwheels
The Ford 5000 was a blue and white tractor in production from 1964 by the Ford Motor Company. It was a mid-range tractor, suitable for European farms. The North American version was slightly different and was named the Ford Major.

Europe
The tractor was released in mainland Europe in 1964, and sold moderately. As time went on, there were more Ford 5000s being sold and could be compared to the New Holland TM series which was in production from 1997-2004.

Great Britain
The tractor sold exceptionally well in Great Britain. The tractor replaced the long-running Fordson Major which was a worldwide hit. It sold especially well because it slotted into the mid-sized range, which catered for almost every British farmer. It sold so well it was in the top ten best-selling list of tractors sold in Great Britain until 2005.
The Ford 5000 was used by E. Doe to build the uprated version of the Doe Triple D in 1964. The Doe tractor was 2 Tractors fixed together at a central pivot, with the front axles removed to form an articulated tractor with twice the power and 4-wd. This new version was called the Doe 130, as it was rated at 130 hp from the 2 F5000 units. Following its launch at the Smithfield show in December 1964, they sold 73 units in 1965.

Ireland
In Ireland, Ford tractors, lorries and cars sold very very well because at the time, Ford had a factory in Cork. Selling the Fordson Major and Ford 4000 was of no problem and selling the Ford 5000 was even easier. Like Great Britain, it was launched in the mid-sized range, which, like Great Britain,was the main market for Irish farmers. It sold very well and is the third best-selling tractor in the history of Ireland. According to a 2004 tractor survey, there were more than 200 Ford 5000s being in everyday use in every province.

Changes
After its launch in 1964 the Ford 5000 and the other models in the range stayed in production until 1968 when they were upgraded into the Ford Force series. Some modifications were done to the engine and other components which resulted in more horsepower for the Ford 5000, rated at 75 HP. Also some modifications to the sheet metal were done to give it a more modern appearance. In 1971 a few minor changes were done to the engine and a factory fitted safety cab could be ordered from that moment on. In 1975, Ford retired the Ford 5000 and all of its range with it, after eleven years production. It is one of the best remembered tractors in Europe and one of the Ford Motor Company's best selling tractors.


Gallery



>>Ford Thunderbird (eleventh generation)

Ford Thunderbird (eleventh generation)



Eleventh generation Ford Thunderbird
ManufacturerFord Motor Company
Production2002–2005
AssemblyWixom, Michigan
PredecessorFord Thunderbird (tenth generation)
Body style2-door coupé
2-door convertible
LayoutFront-engine, rear-wheel drive layout
PlatformFord DEW98 platform
Engine3.9 L AJ35 V8
Transmission5-speed automatic
Wheelbase107.2 in (2,723 mm)
Length186.3 in (4,732 mm)
Width72 in (1,829 mm)
Height52.1 in (1,323 mm)
RelatedJaguar S-Type
Lincoln LS
Jaguar XF
2002 saw a new Thunderbird launched, based on the Ford DEW platform. It was a personal luxury car in the same vein as the nameplate's earlier iterations. Though it was initially well received by the automotive press, garnering accolades like the Motor Trend Car of the Year and a nomination for the North American Car of the Year in its first year of existence, many publications regarded the Thunderbird's revival rather more frostily after a few years; it garnered a place on Car and Driver Magazine's 2009 list of "The 10 Most Embarrassing Award Winners in Automotive History".

Retro Styling 

Ford Thunderbird hardtop
When the Eleventh Generation Thunderbird was released, it followed a then-recent trend for nostalgic recreations of old-fashioned (or "retro") styling (see Volkswagen New Beetle, Chrysler PT Cruiser, Plymouth/Chrysler Prowler, MINI Cooper), using design cues from the original Ford Thunderbird (first generation). Available only as a convertible with a soft top and an optional removable hardtop, according to automotive writer Jerry Flint, the new Thunderbird "turned heads wherever it went."

Sales
Ford expected sales of 25,000 units per year, but despite strong sales during its initial launch which saw dealers charging well over the manufacturer's suggested retail price, this goal was never met. The 2002 Thunderbird sold 19,085 units and sales declined each subsequent year until its cancellation.
Forbes magazine writer Jerry Flint attributed significant blame of the latest generation Thunderbird's demise to a lack of proper sales and marketing, writing: "Ford dealers have been successful selling $35,000-45,000 trucks but have little experience selling automobiles in the near-luxury price range. If there was a marketing effort by Ford Motor, I wasn't aware of it. Naturally, sales didn't meet expectations."

Color 

Ford Thunderbird convertible
Though the retro body styling never changed, exterior and interior color packaging was changed year to year. For 2002, the car was available in bright red ("torch red"), bright yellow ("inspiration yellow"), and turquoise ("Thunderbird blue"), all reminiscent of 1950s colors. Furthermore, "retro" two-tone interiors (black and the color matching the exterior), were paired with these exterior colors.
"Whisper white" and "evening black" exteriors were also available in 2002, with matching solid color interiors or the two-tone red interior. The black and red proved to be the models for the remaining years. Beginning with 2003, the two-tone "retro" interiors were nolonger available, with the exception of red and a limited white — in favor of all-black (or other one-color) interiors. Gone were the bright yellow and turquoise exteriors, replaced with more subdued colors: "mountain shadow grey," "desert sky blue," and coral. Exterior and interior colors added for both the 2004 and 2005 model years remained subdued and white was replaced by platinum silver.)

Post 2002 sales
Ford's tinkering with the exterior/interior packages did not yield a sales boost. Just 11,998 were sold in 2004. The Ford Motor Company announced in March 2005 that the Thunderbird would again be discontinued in July of that year, with 9,548 sold for 2005. Unlike previous T-birds, a 2nd row of seats were not added which might have widened its appeal, though Lincoln had the LS rather than an upscale Mark based on a Thunderbird platform. The last Ford Thunderbird rolled off the assembly line on July 1, 2005
The Thunderbird used an odometer system, shared with the Lincoln LS, which used a six-digit display including the 1/10 mile indicator. After99,999.9 miles, the 1/10 mile indicator disappears and the number reads simply in whole numbers.

2003 Thunderbird
There was also talk of a performance edition from Ford's SVT. A 2003 Concept, the Ford SuperCharged Thunderbird Concept, which was designed by Sid Ramnarace, featured a modified Jaguar Supercharged V8. Ford ultimately decided it was not necessary, though some Thunderbird fans believe it could have saved the car, both by improving performance and hearkening back to the Thunderbird's roots. The original 55-57 Thunderbirds came with several engine upgrades and were considered high performance cars of the day. Ford made no effort to give a performance image to the new Thunderbirds, and while the V8 engine was competitively powered (280 hp (209 kW), 286 lb·ft (388 N·m)), its relatively heavy weight of over 3,700 lb (1,678 kg), widely spaced gears on the five-speed automatic, and suspension that favored comfort over handling made it feel more akin to a large luxury car than a true sport coupe.
The 2003 Thunderbird was featured in the James Bond movie Die Another Day. Halle Berry's character of Jinx drove one in the movie. The mainly superficial design changes for the 007 edition Thunderbird were designed by Sid Ramnarace, including the Coral paint color which would become the basis for the Jinx character's wardrobe. Ford issued a limited edition which was produced to commemorate the movie.


Production Totals
YearProduction
200231,121
200314,506
200412,671
20059,220
Total67,518

วันพฤหัสบดีที่ 17 ตุลาคม พ.ศ. 2556

>>Ford Thunderbird (tenth generation)

Ford Thunderbird (tenth generation)


Tenth generation Ford Thunderbird
ManufacturerFord Motor Company
ProductionOctober 1988–September 1997
AssemblyLorain, Ohio
Wixom, Michigan
PredecessorFord Thunderbird (ninth generation)
SuccessorFord Thunderbird (eleventh generation)
Body style2-door coupe
LayoutFR layout
PlatformFord MN12 platform
Engine3.8 L Essex V6 (1989–1997)
3.8 L Essex Supercharged V6 (1989–1995 Super Coupe only)
4.9 L (302 cu in) Windsor 5.0 V8 (1991–1993)
4.6 L Modular V8 (1994–1997)
TransmissionAOD 4-speed automatic transmission(1989–1993)
4R70W 4-speed automatic transmission (1994–1997)
M5R2 5-speed manual transmission(1989–1995 Super Coupe only)
Wheelbase113. in (2,870 mm)
Length1989–1993: 198.7 in (5,047 mm)
1994–97: 200.3 in (5,088 mm)
Width1989–1995: 72.7 in (1,847 mm)
1996–97: 73.2 in (1,859 mm)
Height1994–97: 52.5 in (1,334 mm)
1994–95 Super Coupe: 53.0 in (1,346 mm)
1989–1993: 52.7 in (1,339 mm)
1991–93 Upper End Model: 53.1 in (1,349 mm)
Curb weight3,536 lb (1,604 kg) (1989 V6 model)
3,725 lb (1,690 kg) (1995 V8 model)
RelatedLincoln Mark VIII
Mercury Cougar
On December 26, 1988 a completely redesigned Thunderbird was introduced as a 1989 model alongside its sister car, the Mercury Cougar.Developed on Ford's new MN12 (Mid-Size North American Project 12) platform, the new Thunderbird featured a more aerodynamic body that was slightly shorter in overall length relative to the 1988 Thunderbird but had a nine inch longer wheelbase. The car featured a short-long arm (SLA) four-wheel independent suspension, with a modified MacPherson strut assembly in front, that offered excellent handling and ride quality. This setup was significant as it made the Thunderbird and the Cougar the only rear-wheel drive North American domestic cars other than the Chevrolet Corvette to offer a four-wheel independent suspension at the time. Engine options fell to only two for 1989 as Ford dropped the V8 option for the new Thunderbird. The base and LX models were powered by Ford's 3.8 L Essex OHV V6. Producing 140 horsepower (100 kW) at 3800 rpm and 215 lb·ft (292 N·m) of torque at 2400 rpm, many felt the engine was somewhat underpowered for a car that weighed over 3,500 pounds (1,600 kg) in base trim (heavier when equipped with available options). This engine was mated to Ford's AOD 4-speed automatic transmission regardless of trim level from the 1989 to 1993 model years. Thanks in part to its low coefficient of drag, the Thunderbird was relatively fuel efficient considering its overall size and weight. The EPA gave 1989 Thunderbirds equipped with the standard V6 a fuel efficiency rating of 19 mpg-US (12 L/100 km; 23 mpg-imp) in city driving and 27 mpg-US (8.7 L/100 km; 32 mpg-imp) on the highway, though, like most cars built before 2008, this rating was retroactively reduced by the EPA to reflect newer, more realistic fuel efficiency measurements.The fuel efficiency rating was noticeably better than that of Thunderbirds equipped with higher performance engines and gave the base V6-equipped Thunderbird a significant driving range with its 19 gallon fuel tank (later decreased to 18 gallons).
A more sophisticated, supercharged and intercooled version of the 3.8 L OHV V6 was used to power the high performance Thunderbird Super Coupe, also called Thunderbird SC for short. The Super Coupe could be had with a Mazda-derived,M5R2 5-speed manual transmission or an AOD 4-speed automatic transmission. The Thunderbird Super Coupe was Motor Trend's Car of the Year for 1989, which Ford proudly advertised. When running at a maximum of 5600 rpm, the supercharger provided 12 psi of boost, producing 210 horsepower (160 kW) at 4000 rpm and 315 lb·ft (427 N·m) of torque at 2600 rpm under a 8.2:1 compression ratio. Accompanying the more powerful engine, Super Coupes were equipped with a host of unique features underlining their higher performance demeanor relative to standard Thunderbirds. Among these were larger, 16 x 7.0 inch alloy wheels with high performance tires (standard Thunderbirds came with 15 x 6.0 inch steel wheels and 15 x 6.5 inch alloy wheels were optional), a Traction-Lok limited slip differential, standard anti-lock brakes, 4-wheel disc brakes (vented front and rear rotors), speed-sensitive variable assist steering, lower body side cladding, fog lights, and a stiffer suspension with adjustable shocks supplied by Tokico.
In spite of the new Thunderbird's merits, it was considered a failure by Ford's top management. On January 17, 1989, Ford President Harold A. Poling, with Ford CEO Donald Petersen and Ford Executive Vice President Phil Benton looking on, lambasted the MN12 program's staff in a meeting for badly missing the Thunderbird and Cougars' weight and cost targets (250 lb (110 kg) heavier and $900 US$ more per car than planned). This criticism came as a surprise to the program staff who expected to be praised for the Thunderbird and Cougars' technical achievements and positive reception. Anthony "Tony" S. Kuchta, manager of the MN12 program, was angered by Poling, not for his points about weight and cost overruns but rather that he directed his tirade at the program staff instead of at Kuchta who was responsible for all of the important decisions that determined the program's direction. Ironically, many of the decisions that Kuchta made regarding the MN12's development that resulted in the weight and cost overruns criticized by Poling were caused by the very things that set the MN12 cars apart from other cars in their class (such as rear-wheel drive and an independent rear suspension). Falling out of favor with Ford management after the Thunderbird and Cougars' launch, Kuchta voluntarily retired early from Ford in May 1989.
For the 1991 model year, Ford reintroduced a V8 option with the 4.9 L (302 cu in) Windsor 5.0 V8. The engine was used through the 1993 model year and produced 200 horsepower (150 kW) at 4000 rpm and 275 lb·ft (373 N·m) of torque at 3000 rpm; gains of 35 horsepower (26 kW) and 25 lb·ft (34 N·m) of torque respectively over the 1988 Thunderbird, the previous Thunderbird to use this engine. Like the standard 3.8 L V6, the V8 was only mated to the AOD 4-speed automatic transmission. On the television program MotorWeek in a review of the 1991 Thunderbird and similar Mercury Cougar, a road test of a V8-equipped Thunderbird revealed that the car could accelerate from 0 to 60 mph in 9.2 seconds; approximately two seconds faster than a standard V6 Thunderbird but about two seconds slower than a Super Coupe.

1994

1994 Ford Thunderbird LX (with aftermarket headlights)
In 1994, the Thunderbird received some exterior updates. The front fascia saw substantial stylistic changes with larger air scoops in the bumper cover, new headlamps, and a new, slightly more curvaceous hood. At the center of this, the silver Thunderbird logo was moved onto the front bumper cover from the front lip of the hood where it was located previously. The Thunderbird's interior was completely redesigned with an emphasis on optimizing driver comfort and convenience to the utmost. The redesign featured a "wrap around" cockpit-style layout of instrumentation with a new steering wheel, radio, and climate controls and sweeping curves on the door panels and dashboard surfaces. Complementing the changes to the interior came added driver and passenger safety as Ford made dual front-side airbags standard on all 1994 Thunderbird models.
Arguably the most dramatic change for 1994, however, was the new 4.6 L Modular SOHC V8 which replaced the "5.0" Windsor engine. The 4.6 L V8 produced 205 horsepower (153 kW) at 4500 rpm and 265 lb·ft (359 N·m) of torque at 3200 rpm and brought with it an updated powertrain control module, the EEC-V (base V6 Thunderbirds and Super Coupes continued to use the older EEC-IV). An electronically-controlled 4R70W 4-speed automatic transmission replaced the AOD automatic transmission in all instances where it was previously used in the Thunderbird. Car and Driver reviewed the 4.6 L V8 and it managed a 0 to 60 mph acceleration time of 8.1 seconds and a quarter-mile being completed in 16.3 seconds at 87 mph.
The Super Coupe continued on in 1994 with the same supercharged 3.8 L V6 as before, but now with 230 horsepower (170 kW) at 4400 rpm and 330 lb·ft (447 N·m) of torque at 2500 rpm. This was made possible due to a number of changes. The Eaton M90 roots-type supercharger was given a larger, square style inlet, a larger attaching inlet plenum, and Teflon coated rotors. The engine received larger fuel injectors and an increase in compression to 8.6:1. In their March 1996 issue, Motor Trend magazine conducted a comparison test of a 1995 Thunderbird Super Coupe against the front-wheel drive Chevrolet Monte Carlo Z34 and a Buick Regal Gran Sport. The Super Coupe delivered the best overall performance, including a 0 to 60 mph acceleration time of 7.0 seconds and a completion of a quarter-mile in 15.2 seconds at 88.1 mph. In summarizing the overall performance of each car relative to each other, the author of the article, Don Sherman, wrote, "The Buick Regal is a competent, comfortable car at an attractive price, but it's too androgynous to be called a Gran Sport. Nothing about it is grand, and there isn't a sporting bone in its body. All the Monte Carlo needs to succeed is a V-8 engine and a year of refinement to eradicate its quality bugs. That leaves the Thunderbird SC as this test's big winner. It's a far more sophisticated solution to the four-place-coupe equation, but is priced accordingly." In spite of positive critiques like this, the increases in output and performance over earlier Super Coupes would be short-lived, as the Thunderbird Super Coupe was discontinued after the 1995 model year due to slowing sales.

1996 

1996–1997 Ford Thunderbird LX
For the 1996 model year, the Thunderbird received its last refresh. Available in LX (V6 or V8) or Sport (V8 only) trims, the cars received redesigned headlights, smoother front and rear fascias, body side cladding, and differently styled wheels (15 inch on LX, 16 inch on Sport). The car's taillights were revised with the black paint on the bottom quarter of the lenses being removed (previously, this paint was put on the taillights of LX Thunderbirds but omitted on the Super Coupe). The Thunderbird nameplate, which was previously positioned over this black paint on the driver side taillight, was moved above the taillight and its font was changed to a new, italicized style. With the revised front fascia, a small, egg-crate style grille (with the silver Thunderbird logo at its center) was added, giving the Thunderbird a traditional grille for the first time since the mid-1980s. The hood was redesigned with a slight bulge, which was necessary to fit the updated 4.6 L engine's taller intake manifold, now composite. The V8 models were tuned to make 280 lb·ft (380 N·m) of torque at 3000 rpm, an increase of 15 lb·ft (20 N·m) of torque over the 4.6 L V8s used in 1994 and 1995 Thunderbirds, the horsepower however still remains the same at 205 horsepower (153 kW) at 4250 rpm. In another comparison test conducted by Motor Trend against a Monte Carlo Z34, a Thunderbird with the updated 4.6 L V8 accelerated from 0 to 60 mph in 7.9 seconds and completed a quarter-mile run in 15.8 seconds at 88.4 mph. Unfortunately for owners, the all-composite intake had a tendency to crack and leak antifreeze. Some 1997s are covered by a class action lawsuit settled by Ford late in 2005 (see Intake Manifold Defect for details). The base LX model continued to use the 3.8 L V6 as its engine but now made use of the EEC-V computer which before was only found in 4.6 L V8-equipped models. Torque output from the V6 remained the same as before at 215 lb·ft (292 N·m) (though at 2750 rpm versus 2400 rpm) but power increased to 145 horsepower (108 kW) at 4000 rpm for 1996.

1997
In 1997, Ford made few notable changes, trying to save as much money as they could on the floundering coupe. On the exterior, the Thunderbird logo in the grille on early 1997 Thunderbirds have turquoise feet. However, late production 1997 models do not have these turquoise feet because Ford ran out of the inserts and decided not to go to the trouble of adding them to a car that was about to be discontinued. Also on some late 1997 models, the seven-spoke, 15x6.5-inch alloy wheels available on LX models of the 1993, 1994, and 1995 Thunderbirds briefly returned with a chrome finish instead of with the silver paint used originally. The wheels were left over from the earlier model years and, with their new finish, were made available as a special option near the Thunderbird's discontinuation. Inside, the instrument cluster was changed from a six gauge layout (speedometer, tachometer, fuel, coolant temperature, oil pressure and voltmeter) to a four gauge layout (speedometer, tachometer, fuel, coolant temperature), similar to that previously used on the Ford Taurus and Mercury Sable of the time. Lastly, the Thunderbird's options list was abbreviated to a power sunroof, power driver seat, remote keyless entry, and a CD player.
Toward the end of the MN12 Thunderbird's production run, Ford's Special Vehicle Engineering (SVE) division explored the idea of a new high performance Thunderbird, producing four prototypes. Stylistically the SVE Thunderbirds blended elements from the 1994–1995 and 1996–1997 Thunderbirds along with elements unique to themselves. The SVE Thunderbird used the headlights, door handles, and rear bumper cover from the 1994–1995 Thunderbird and front fascia and body side cladding from the 1996–1997 Thunderbird. Unique to the SVE Thunderbird relative to other Thunderbirds were 17-inch, five spoke Cobra R wheels, larger dual exhaust tips, a different lower section of the front fascia with fog lights, a unique spoiler, and a prominent cowl hood. The most significant difference that set the SVE Thunderbird apart from other Thunderbirds was its supercharged 4.6 L DOHC V8 engine, similar to that later found in the SVT Mustang Cobra. Power was delivered to the wheels via a Tremec T-45 5-speed manual transmission. Stopping the SVE Thunderbird were larger brakes taken from the Mustang Cobra (going along with its Cobra R wheels). In spite of its potential, this high performance Thunderbird was not meant to be as Ford not only pulled the plug on this project, but on the entire Thunderbird and Cougar line, with the 1997 model year being its last. On September 4, 1997, the final MN12 Thunderbird was built at Ford's assembly plant in Lorain, Ohio. As it rolled down the assembly line, a sign saying "That's All Folks" adorned the decklid.

Production Totals
YearProduction
1989122,909
1990114,040
199184,719
199274,149
1993130,750
1994121,082
1995115,397
1996112,302
199736,583
Total961,624