This Truck was the Star at Thailand's International Motor Expo running from November 28th thru December 10th. Check out the web site listed below for more information.
Click Here for website
Sunday, December 28, 2008
2009 Ford Ranger Max Concept
This Truck was the Star at Thailand's International Motor Expo running from November 28th thru December 10th. Check out the web site listed below for more information.
Click Here for website
Ford F-250, 2006 Concept Truck
The Ford F-250 Super Chief (often known as just the Ford Super Chief) was a concept car that was created by the Ford Motor Company. The Super Chief was first introduced at the 2006 North American International Auto Show. The Super Chief can possibly show what is next for future pickup trucks.
The Ford F-250 Super Chief
Engine
The Super Chief uses a V10 Tri-Flex engine that has supercharged aspiration and induction. In total there are twenty valves in the engine (2 valves for every cylinder). The Super Chief's engine is hydrogen-powered. It can also run on gasoline and ethanol.
Design
In design, the Super Chief surpasses the designs of past F-series concept vehicles which include the Ford F-250 Super Crew and the Ford F-250 King Ranch. The front-end and grille of the Super Chief was inspired by locomotives, which makes the Super Chief look slightly more aggressive. The Super Chief also has a new feature created by Ford, called BlockerBeam that can help even out crash energy on the Super Chief and another vehicle in the event of a collision.
The Ford F-250 Super ChiefEngine
The Super Chief uses a V10 Tri-Flex engine that has supercharged aspiration and induction. In total there are twenty valves in the engine (2 valves for every cylinder). The Super Chief's engine is hydrogen-powered. It can also run on gasoline and ethanol.
Design
In design, the Super Chief surpasses the designs of past F-series concept vehicles which include the Ford F-250 Super Crew and the Ford F-250 King Ranch. The front-end and grille of the Super Chief was inspired by locomotives, which makes the Super Chief look slightly more aggressive. The Super Chief also has a new feature created by Ford, called BlockerBeam that can help even out crash energy on the Super Chief and another vehicle in the event of a collision.
Ford Forty-Nine
The Ford Forty-Nine was a concept car created by the Ford Motor Company. It was first introduced at the 2001 North American International Auto Show. It was the tribute to the revolutionary 1949 Ford model that was first produced after World War II that was incredibly successful. A convertible was also built later on.
Engine and Design
The Forty-Nine's engine is a the same used in the Ford Thunderbird, a naturally aspirated 3.9-liter, DOHC, 32-valve V8. Its styling cues also resemble the Thunderbird. It is the modern interpretation of the popular 1949 Ford with the exterior being very similar to its ancestor and its interior being based on the most popular cars of the '40s and '50s.
Ford Bronco 1966-1996
The Ford Bronco was a sport-utility vehicle produced from 1966 through 1996, with five distinct generations.
It was initially introduced as a competitor for the Jeep CJ-5 and International Harvester Scout. A major redesign based on the Ford F-Series truck in 1978 brought a larger Bronco to compete with the Chevrolet K5 Blazer, Jeep Cherokee, and Dodge Ramcharger. Thus, Broncos can generally be divided into two categories: Early Broncos (1966-1977), and full-size Broncos (1978-1996). However, no matter which year it was built, four wheel drive and low range were standard on every Bronco built through its thirty year run. Very few 2 wheel drive broncos were ever produced and almost all of those were made for sale outside of the United States.
The full-size Broncos and the successor Expedition were produced at Ford's Michigan Truck Plant in Wayne, Michigan.
1992-1996
The Bronco permanently entered popular culture on June 17, 1994, as the vehicle in which O.J. Simpson, wanted for the murders of his ex-wife and her friend, attempted to elude Los Angeles Police Department in a low-speed chase with himself in the passenger seat and Al Cowlings driving. It was a white 1993 model owned by Al Cowlings.
First Generation
1966-1977
The original Bronco was an ORV (Off-Road Vehicle), intended to compete primarily with Jeep CJ models and the International Harvester Scout. The Bronco's small size (92 in wheelbase) made it popular for off-roading and some other uses, but impractical for such things as towing. The Bronco was Ford's first compact SUV, and Ford's compact SUV place would be taken by the Ford Bronco II (1984-1990), and the Ford Escape (2001-present).
The idea behind the Bronco began with Ford product manager Donald N. Frey, who also conceived of the Ford Mustang; and similarly, Lee Iacocca pushed the idea through into production. In many ways, the Bronco was a more original concept than the Mustang; whereas the Mustang was based upon the Ford Falcon, the Bronco had a frame, suspension, and body that were not shared with any other vehicle.
The Bronco was designed under engineer Paul G. Axelrad. Although the axles and brakes were sourced from the Ford F-100 four wheel drive pickup truck, the front axle was located by radius arms (from the frame near the rear of the transmission forward to the axle) and a lateral track bar, allowing the use of coil springs which gave the Bronco a tight (34 ft) turning circle, long wheel travel, and an anti-dive geometry which was useful for snowplowing. The rear suspension was more conventional, with leaf springs in a typical Hotchkiss design. A shift-on the-fly Dana Corp. transfer case and locking hubs were standard, and heavy-duty suspension was an option.
The initial engine was the Ford 170 cu in (2.8 L) straight-6, modified with solid valve lifters, a six-US-quart oil pan, heavy-duty fuel pump, oil-bath air cleaner, and a carburetor with a float bowl compensated against tilting.
Styling was subordinated to simplicity and economy, so all glass was flat, bumpers were simple C-sections, the frame was a simple box-section ladder, and the basic left and right door skins were identical except for mounting holes.
The early Broncos were offered in wagon, the ever popular halfcab, and less popular roadster configurations. Roadster was dropped early and the sport package, which later became a model line, was added.
The base price was only US$2,194, but the long option list included front bucket seats, a rear bench seat, a tachometer, and a CB radio, as well as functional items such as a tow bar, an auxiliary gas tank, a power take-off, a snowplow, a winch, and a posthole digger. Aftermarket accessories included campers, overdrive units, and the usual array of wheels, tires, chassis, and engine parts for increased performance.
The Bronco sold well in its first year (23,776 units produced and then remained in second place after the CJ-5 until the advent of the full-sized Chevrolet Blazer in 1969. The Blazer was a much larger and more powerful vehicle which could offer greater luxury, comfort, space, and a longer option list including an automatic transmission and power steering, and thus had broader appeal. Ford countered by enlarging the optional V8 engine from 289 cu in (4.7 L) and 200 hp (150 kW) to 302 cu in (4.9 L) and 205 hp (153 kW), but this still could not match the Blazer's optional 350 cu in (5.7 L) and 255 hp (190 kW) (horsepower numbers are before horsepower ratings changed in the early to mid 70s. A 255hp engine would have a horsepower rating of roughly 170 by today's standards.)
In 1973, power steering and automatic transmissions were made optional and sales spiked to 26,300, but by then, Blazer sales were double those of the Bronco, and International Harvester had seen the light and come out with the Scout II that was more in the Blazer class. By 1974, the larger and more comfortable vehicles such as the Cherokee made more sense for the average driver than the more rustically-oriented Bronco. The low sales of the Bronco (230,800 over twelve years) did not allow a large budget for upgrades, and it remained basically unchanged until the advent of the larger, more Blazer-like second generation Bronco in 1978. Production of the original model fell (14,546 units) in its last year, 1977.
Racing
In 1965, racecar builder Bill Stroppe assembled a team of Broncos for long-distance off-road competition for Ford. Partnering with Ford's frequently favored race team Holman-Moody, the Stroppe/Holman/Moody (SHM) Broncos proceeded to dominate the Mint 400, Baja 500, and Mexican 1000 (which was later named the Baja 1000). In 1969 SHM again entered a team of six Broncos in the Baja 1000. In 1971, a "Baja Bronco" package partially derived from Stroppe's design was offered in the Ford showrooms, featuring quick-ratio power steering, automatic transmission, fender flares covering Gates Commando tires, a roll bar, reinforced bumpers, a padded steering wheel, and distinctive red, white, blue, and black paint. However, at a price of US$5,566 versus the standard V8 Bronco price of $3,665, only 650 were sold over the next four years.
In 1966, a Bronco dragster built by Doug Nash ran the quarter mile in 9.2 seconds, with a top speed of 150 mph (240 km/h).
Second Generation
1978-1979
The redesign of the Bronco in 1978 was based on the F-100 truck, sharing many chassis, drivetrain, and body components. The entire front clip is indistinguishable from their full size trucks for those years, and 78/79 broncos were available in either round or square sealed beam headlight styles. Ford started the redesign in 1972, codenamed Project Short-Horn, but introduction was delayed by concerns over the mid-1970s fuel crisis.[4] The increased size allowed them to compete with the fullsize SUVs offered by GM (Chevrolet Blazer/GMC Jimmy), Chrysler (Dodge Ramcharger/Plymouth Trailduster), American Motors (Jeep Grand Wagoneer), and Toyota (Toyota Land Cruiser). The base engine was a 351 cu in (5.8 L), with an optional 400 cu in (6.6 L). A Ford 9" rear axle and a Dana 44 front axle were standard. 1979 saw the addition of a catalytic converter, and other various emissions control equipment.
The 78-79 Broncos are among the most popular fullsize Broncos due to their solid front axles, favored by most off roaders and many towers. The Bronco dropped the solid front axle for an independent front suspension setup in 1980. All Broncos from 66-96 came with a solid rear axle.
Third Generation
1980-1986
There was a major redesign of the model in 1980 (the 1980 model was based on the redesigned Ford F-Series; this generation lasted until 1986 with no sheetmetal changes, mostly powertrain and chassis related). The new Bronco was shorter, and had cosmetic changes along with powertrain, suspension and other odds and ends. Most notably, the Ford Bronco had a TTB (twin traction beam) setup in the front end for an independent front suspension.
With a smaller Bronco and fuel economy in mind, Ford offered a 300 cu in (4.9 L) straight six as the base engine. Although this engine came with more torque than the 302 cu in (4.9 L) V8 and comparable to the 351 cu in (5.8 L) V8 (until the High Output model), the engine was limited by a 1-bbl carburetor and restrictive single-out exhaust manifolds. Electronic emissions equipment added in 1984 further restricted the power of the inline six. Ford used up their remaining stock of 351M engines before switching over to the 351W in mid-model year 1982. A "High Output" version of the 351W became an option in 1984 and continued into the 1987 model year. Output was 210 hp (157 kW) at 4000 rpm vs the standard 2-bbl 351W which made 156 hp (116 kW) at 4000 rpm. The 302 was the first engine to receive electronic fuel-injection, starting in the 1985 model year.
Cosmetically, Ford returned to using its "blue oval" logo on the front of a slightly redesigned grille, and removed the "F O R D" letters from the hood in 1982. Towards the mid-80's, an Eddie Bauer edition Bronco was offered, with a tan interior and tan outside trim. Classic square mirrors were dropped in 1986.
Fourth Generation
1987-1991
In 1987, the body and drivetrain of the fullsize Bronco changed, as it was still based on the F-Series. The new aero body style reflected a larger redesign of many Ford vehicles for the new model year. By 1988, all Broncos were being sold with electronic fuel injection (first introduced in 1986 with the 302). In 1990, Ford started offering the heavy duty E4OD transmission. In 1991, a 25th Silver Anniversary Edition was sold featuring special badges, Currant Red paint and a gray leather interior. All Broncos were built at the Michigan Truck Plant in Wayne, Michigan on the same line as the F-150.
Fifth Generation
1992-1996
The Bronco, along with the F-Series, was updated for 1992. The new Bronco was redesigned with safety in mind, incorporating front crumple zones, rear shoulder seat belts, a third brakelight embedded in the removable top, and after 1994, driver-side airbags. Due to the taillight and shoulder belts being safety equipment integrated into the top, the top was no longer legally removable and all literature in the owners manuals that had previously explained how to take the top off was removed. Cosmetic exterior and interior changes included a sweeping front end and a new dash. Power mirrors were also offered for the first time, and in 1996 the Bronco became the first vehicle to incorporate turn signal lights in the mirrors. No major drivetrain changes occurred.
Ford offered many two-toned color combinations throughout the years.
Two-Toned Bronco
Bronco Centurion
From the late 1980s through its demise in 1996, the Bronco was also sold at Ford dealerships as a modified 4-door SUV (making it similar to the Excursion or Suburban). These 4-door Broncos were converted by Centurion Vehicles of White Pigeon, Michigan. The conversion involved combining a new crew cab short bed F-Series truck with a Bronco tailgate and fiberglass top. In addition to adding a third row of seats and more room, a Bronco Centurion could be ordered using an F-350 as the donor pickup, allowing the Centurion to have such engines as the 7.3 L (≈445 cu in) PowerStroke turbodiesel and the 460 cu in (7.5 L) gasoline V8. This made the Centurion more appealing to people in need of a comfortable tow vehicle, albeit a faster one. Over time the few of these cars that still exist are rare and valuable, except for the certain percentage of Northern cars that suffered from tailgate rust-out due to poor body paint preparation.
The Bronco Centurion could be ordered with options such as a third-row seat that can be folded into a bed, second row bucket seats, a TV with a VCR, and a built-in radar detector.
Bronco Centurions are considered after market conversions. Ford introduced the Excursion as an official production model in 2000.
1997
In mid 1996, Ford officially made the decision to discontinue the Bronco. On Wednesday, June 12, 1996 the last Bronco ever built rolled off the assembly line at Michigan's Ford Truck Plant. The last Bronco was escorted by Jeff Trapp's 1970 Ford Bronco during a Drive-Off Ceremony. It was replaced by the Ford Expedition, which was introduced as the successor to the Bronco, and more effectively competed with GM's Chevrolet Tahoe. The Bronco name was reused a few years later for a similar concept car.
2004 concept
Ford Bronco Concept at the 2004 NY Auto Show
At the 2004 North American International Auto Show, a Bronco concept car was introduced. Some features of the concept car, such as the box-like roof line, short wheelbase, and the round headlamps are features associated with the Early Bronco, but this concept car also had a 2.0 L intercooled turbodiesel engine and a six-speed manual transmission. As of March 2007, Ford is still considering releasing this for production. The vehicle would be slotted below the Ford Escape if it were to be produced.
It was initially introduced as a competitor for the Jeep CJ-5 and International Harvester Scout. A major redesign based on the Ford F-Series truck in 1978 brought a larger Bronco to compete with the Chevrolet K5 Blazer, Jeep Cherokee, and Dodge Ramcharger. Thus, Broncos can generally be divided into two categories: Early Broncos (1966-1977), and full-size Broncos (1978-1996). However, no matter which year it was built, four wheel drive and low range were standard on every Bronco built through its thirty year run. Very few 2 wheel drive broncos were ever produced and almost all of those were made for sale outside of the United States.
The full-size Broncos and the successor Expedition were produced at Ford's Michigan Truck Plant in Wayne, Michigan.
1992-1996The Bronco permanently entered popular culture on June 17, 1994, as the vehicle in which O.J. Simpson, wanted for the murders of his ex-wife and her friend, attempted to elude Los Angeles Police Department in a low-speed chase with himself in the passenger seat and Al Cowlings driving. It was a white 1993 model owned by Al Cowlings.
First Generation
1966-1977The original Bronco was an ORV (Off-Road Vehicle), intended to compete primarily with Jeep CJ models and the International Harvester Scout. The Bronco's small size (92 in wheelbase) made it popular for off-roading and some other uses, but impractical for such things as towing. The Bronco was Ford's first compact SUV, and Ford's compact SUV place would be taken by the Ford Bronco II (1984-1990), and the Ford Escape (2001-present).
The idea behind the Bronco began with Ford product manager Donald N. Frey, who also conceived of the Ford Mustang; and similarly, Lee Iacocca pushed the idea through into production. In many ways, the Bronco was a more original concept than the Mustang; whereas the Mustang was based upon the Ford Falcon, the Bronco had a frame, suspension, and body that were not shared with any other vehicle.
The Bronco was designed under engineer Paul G. Axelrad. Although the axles and brakes were sourced from the Ford F-100 four wheel drive pickup truck, the front axle was located by radius arms (from the frame near the rear of the transmission forward to the axle) and a lateral track bar, allowing the use of coil springs which gave the Bronco a tight (34 ft) turning circle, long wheel travel, and an anti-dive geometry which was useful for snowplowing. The rear suspension was more conventional, with leaf springs in a typical Hotchkiss design. A shift-on the-fly Dana Corp. transfer case and locking hubs were standard, and heavy-duty suspension was an option.
The initial engine was the Ford 170 cu in (2.8 L) straight-6, modified with solid valve lifters, a six-US-quart oil pan, heavy-duty fuel pump, oil-bath air cleaner, and a carburetor with a float bowl compensated against tilting.
Styling was subordinated to simplicity and economy, so all glass was flat, bumpers were simple C-sections, the frame was a simple box-section ladder, and the basic left and right door skins were identical except for mounting holes.
The early Broncos were offered in wagon, the ever popular halfcab, and less popular roadster configurations. Roadster was dropped early and the sport package, which later became a model line, was added.
The base price was only US$2,194, but the long option list included front bucket seats, a rear bench seat, a tachometer, and a CB radio, as well as functional items such as a tow bar, an auxiliary gas tank, a power take-off, a snowplow, a winch, and a posthole digger. Aftermarket accessories included campers, overdrive units, and the usual array of wheels, tires, chassis, and engine parts for increased performance.
The Bronco sold well in its first year (23,776 units produced and then remained in second place after the CJ-5 until the advent of the full-sized Chevrolet Blazer in 1969. The Blazer was a much larger and more powerful vehicle which could offer greater luxury, comfort, space, and a longer option list including an automatic transmission and power steering, and thus had broader appeal. Ford countered by enlarging the optional V8 engine from 289 cu in (4.7 L) and 200 hp (150 kW) to 302 cu in (4.9 L) and 205 hp (153 kW), but this still could not match the Blazer's optional 350 cu in (5.7 L) and 255 hp (190 kW) (horsepower numbers are before horsepower ratings changed in the early to mid 70s. A 255hp engine would have a horsepower rating of roughly 170 by today's standards.)
In 1973, power steering and automatic transmissions were made optional and sales spiked to 26,300, but by then, Blazer sales were double those of the Bronco, and International Harvester had seen the light and come out with the Scout II that was more in the Blazer class. By 1974, the larger and more comfortable vehicles such as the Cherokee made more sense for the average driver than the more rustically-oriented Bronco. The low sales of the Bronco (230,800 over twelve years) did not allow a large budget for upgrades, and it remained basically unchanged until the advent of the larger, more Blazer-like second generation Bronco in 1978. Production of the original model fell (14,546 units) in its last year, 1977.
Racing
In 1965, racecar builder Bill Stroppe assembled a team of Broncos for long-distance off-road competition for Ford. Partnering with Ford's frequently favored race team Holman-Moody, the Stroppe/Holman/Moody (SHM) Broncos proceeded to dominate the Mint 400, Baja 500, and Mexican 1000 (which was later named the Baja 1000). In 1969 SHM again entered a team of six Broncos in the Baja 1000. In 1971, a "Baja Bronco" package partially derived from Stroppe's design was offered in the Ford showrooms, featuring quick-ratio power steering, automatic transmission, fender flares covering Gates Commando tires, a roll bar, reinforced bumpers, a padded steering wheel, and distinctive red, white, blue, and black paint. However, at a price of US$5,566 versus the standard V8 Bronco price of $3,665, only 650 were sold over the next four years.
In 1966, a Bronco dragster built by Doug Nash ran the quarter mile in 9.2 seconds, with a top speed of 150 mph (240 km/h).
Second Generation
1978-1979The redesign of the Bronco in 1978 was based on the F-100 truck, sharing many chassis, drivetrain, and body components. The entire front clip is indistinguishable from their full size trucks for those years, and 78/79 broncos were available in either round or square sealed beam headlight styles. Ford started the redesign in 1972, codenamed Project Short-Horn, but introduction was delayed by concerns over the mid-1970s fuel crisis.[4] The increased size allowed them to compete with the fullsize SUVs offered by GM (Chevrolet Blazer/GMC Jimmy), Chrysler (Dodge Ramcharger/Plymouth Trailduster), American Motors (Jeep Grand Wagoneer), and Toyota (Toyota Land Cruiser). The base engine was a 351 cu in (5.8 L), with an optional 400 cu in (6.6 L). A Ford 9" rear axle and a Dana 44 front axle were standard. 1979 saw the addition of a catalytic converter, and other various emissions control equipment.
The 78-79 Broncos are among the most popular fullsize Broncos due to their solid front axles, favored by most off roaders and many towers. The Bronco dropped the solid front axle for an independent front suspension setup in 1980. All Broncos from 66-96 came with a solid rear axle.
Third Generation
1980-1986There was a major redesign of the model in 1980 (the 1980 model was based on the redesigned Ford F-Series; this generation lasted until 1986 with no sheetmetal changes, mostly powertrain and chassis related). The new Bronco was shorter, and had cosmetic changes along with powertrain, suspension and other odds and ends. Most notably, the Ford Bronco had a TTB (twin traction beam) setup in the front end for an independent front suspension.
With a smaller Bronco and fuel economy in mind, Ford offered a 300 cu in (4.9 L) straight six as the base engine. Although this engine came with more torque than the 302 cu in (4.9 L) V8 and comparable to the 351 cu in (5.8 L) V8 (until the High Output model), the engine was limited by a 1-bbl carburetor and restrictive single-out exhaust manifolds. Electronic emissions equipment added in 1984 further restricted the power of the inline six. Ford used up their remaining stock of 351M engines before switching over to the 351W in mid-model year 1982. A "High Output" version of the 351W became an option in 1984 and continued into the 1987 model year. Output was 210 hp (157 kW) at 4000 rpm vs the standard 2-bbl 351W which made 156 hp (116 kW) at 4000 rpm. The 302 was the first engine to receive electronic fuel-injection, starting in the 1985 model year.
Cosmetically, Ford returned to using its "blue oval" logo on the front of a slightly redesigned grille, and removed the "F O R D" letters from the hood in 1982. Towards the mid-80's, an Eddie Bauer edition Bronco was offered, with a tan interior and tan outside trim. Classic square mirrors were dropped in 1986.
Fourth Generation
1987-1991In 1987, the body and drivetrain of the fullsize Bronco changed, as it was still based on the F-Series. The new aero body style reflected a larger redesign of many Ford vehicles for the new model year. By 1988, all Broncos were being sold with electronic fuel injection (first introduced in 1986 with the 302). In 1990, Ford started offering the heavy duty E4OD transmission. In 1991, a 25th Silver Anniversary Edition was sold featuring special badges, Currant Red paint and a gray leather interior. All Broncos were built at the Michigan Truck Plant in Wayne, Michigan on the same line as the F-150.
Fifth Generation
1992-1996The Bronco, along with the F-Series, was updated for 1992. The new Bronco was redesigned with safety in mind, incorporating front crumple zones, rear shoulder seat belts, a third brakelight embedded in the removable top, and after 1994, driver-side airbags. Due to the taillight and shoulder belts being safety equipment integrated into the top, the top was no longer legally removable and all literature in the owners manuals that had previously explained how to take the top off was removed. Cosmetic exterior and interior changes included a sweeping front end and a new dash. Power mirrors were also offered for the first time, and in 1996 the Bronco became the first vehicle to incorporate turn signal lights in the mirrors. No major drivetrain changes occurred.
Ford offered many two-toned color combinations throughout the years.
Two-Toned BroncoBronco Centurion
From the late 1980s through its demise in 1996, the Bronco was also sold at Ford dealerships as a modified 4-door SUV (making it similar to the Excursion or Suburban). These 4-door Broncos were converted by Centurion Vehicles of White Pigeon, Michigan. The conversion involved combining a new crew cab short bed F-Series truck with a Bronco tailgate and fiberglass top. In addition to adding a third row of seats and more room, a Bronco Centurion could be ordered using an F-350 as the donor pickup, allowing the Centurion to have such engines as the 7.3 L (≈445 cu in) PowerStroke turbodiesel and the 460 cu in (7.5 L) gasoline V8. This made the Centurion more appealing to people in need of a comfortable tow vehicle, albeit a faster one. Over time the few of these cars that still exist are rare and valuable, except for the certain percentage of Northern cars that suffered from tailgate rust-out due to poor body paint preparation.
The Bronco Centurion could be ordered with options such as a third-row seat that can be folded into a bed, second row bucket seats, a TV with a VCR, and a built-in radar detector.
Bronco Centurions are considered after market conversions. Ford introduced the Excursion as an official production model in 2000.
1997
In mid 1996, Ford officially made the decision to discontinue the Bronco. On Wednesday, June 12, 1996 the last Bronco ever built rolled off the assembly line at Michigan's Ford Truck Plant. The last Bronco was escorted by Jeff Trapp's 1970 Ford Bronco during a Drive-Off Ceremony. It was replaced by the Ford Expedition, which was introduced as the successor to the Bronco, and more effectively competed with GM's Chevrolet Tahoe. The Bronco name was reused a few years later for a similar concept car.
2004 concept
Ford Bronco Concept at the 2004 NY Auto ShowAt the 2004 North American International Auto Show, a Bronco concept car was introduced. Some features of the concept car, such as the box-like roof line, short wheelbase, and the round headlamps are features associated with the Early Bronco, but this concept car also had a 2.0 L intercooled turbodiesel engine and a six-speed manual transmission. As of March 2007, Ford is still considering releasing this for production. The vehicle would be slotted below the Ford Escape if it were to be produced.
Ford Shelby Cobra Concept
The Ford Shelby Cobra is a concept car that the Ford Motor Company unveiled at the 2004 North American International Auto Show in Detroit, Michigan. The Shelby Cobra concept is a roadster based on the original Shelby Cobra that Carroll Shelby developed in 1964.
Development and Design
Ford's Advanced Product Creation team designed and built the Shelby Cobra concept in five months. The project was led by Manfred Rumpel. Like several other Ford vehicles developed in the early 2000s (such as the Ford GT40 concept, the Ford GT and the fifth-generation Ford Mustang), the Shelby Cobra concept is a modern interpretation of older Ford models.
The front of the Shelby Cobra concept.
In the case of the Shelby Cobra, the design is reminiscent of Carroll Shelby's performance-oriented sports cars that he developed in the 1960s. The first Cobra featured a large, high-performance Ford Windsor engine inside a small roadster that AC Cars had designed specifically for Shelby's vision. Likewise, the Shelby Cobra concept car is small and minimalist, eschewing conveniences found in most modern cars (such as air conditioning, a radio, anti-lock brakes, and even windshield wipers). In a press release to announce the debut of the concept car in 2004, Shelby echoed the aim of the design team: "That's the formula [...] It's a massive motor in a tiny, lightweight car."
Engine
The Shelby Cobra concept car features an all-aluminum, V10 engine, displacing 6.4 liters. It is capable of producing 605 horsepower (451 kW) and 501 foot-pounds force (679 N·m) of torque, making the engine one of the most powerful built by Ford. The engine red-lines at 10,000 rpm, and Ford claims it is capable of reaching 260 miles per hour, though it is electronically limited to 100 mph (160 km/h).
The rear of the Shelby Cobra concept.
The double-overhead-cam cylinder heads and cylinders are fed by port fuel injection and racing-derived velocity stacks that are just visible within the hood scoop. For a low hood line, the throttles are a slide-plate design and the lubrication system is the dry-sump type, which relocates oil from underneath the engine to a remote tank.
Chassis
The chassis for the Shelby Cobra concept car was based on an aluminum chassis used on the Ford GT production car, and modified to suit the concept car's front-mid engine placement. In fact, many parts of the GT were adapted for use in the Cobra, such as the suspension, several components of the frame, and the mounting brackets for the transmission (which is placed in the rear on the Cobra). Despite sharing large portions of its chassis with the Ford GT, the Shelby Cobra concept is almost 2 feet (0.61 m) shorter, with a wheelbase 7 inches (180 mm) shorter than the GT.
Body and Interior
Although the Shelby Cobra concept was aimed to reflect the design of the older models of Cobras, the concept is dimensionally very different from the original. However, the design includes many common external features, such as a large grille opening, side vents, and large wheel arches. In line with Carroll Shelby's designs, the concept has a very minimalist look, which is continued in the interior. The concept omits many features common in modern cars, such as air conditioning and a radio. The placement of the transmission in the rear allowed for the driver and passenger seats to be placed closer together, adding to the compactness of the Cobra.
Production
Ford has not yet announced any plans for producing the Shelby Cobra.
Development and Design
Ford's Advanced Product Creation team designed and built the Shelby Cobra concept in five months. The project was led by Manfred Rumpel. Like several other Ford vehicles developed in the early 2000s (such as the Ford GT40 concept, the Ford GT and the fifth-generation Ford Mustang), the Shelby Cobra concept is a modern interpretation of older Ford models.
The front of the Shelby Cobra concept.In the case of the Shelby Cobra, the design is reminiscent of Carroll Shelby's performance-oriented sports cars that he developed in the 1960s. The first Cobra featured a large, high-performance Ford Windsor engine inside a small roadster that AC Cars had designed specifically for Shelby's vision. Likewise, the Shelby Cobra concept car is small and minimalist, eschewing conveniences found in most modern cars (such as air conditioning, a radio, anti-lock brakes, and even windshield wipers). In a press release to announce the debut of the concept car in 2004, Shelby echoed the aim of the design team: "That's the formula [...] It's a massive motor in a tiny, lightweight car."
Engine
The Shelby Cobra concept car features an all-aluminum, V10 engine, displacing 6.4 liters. It is capable of producing 605 horsepower (451 kW) and 501 foot-pounds force (679 N·m) of torque, making the engine one of the most powerful built by Ford. The engine red-lines at 10,000 rpm, and Ford claims it is capable of reaching 260 miles per hour, though it is electronically limited to 100 mph (160 km/h).
The rear of the Shelby Cobra concept.The double-overhead-cam cylinder heads and cylinders are fed by port fuel injection and racing-derived velocity stacks that are just visible within the hood scoop. For a low hood line, the throttles are a slide-plate design and the lubrication system is the dry-sump type, which relocates oil from underneath the engine to a remote tank.
Chassis
The chassis for the Shelby Cobra concept car was based on an aluminum chassis used on the Ford GT production car, and modified to suit the concept car's front-mid engine placement. In fact, many parts of the GT were adapted for use in the Cobra, such as the suspension, several components of the frame, and the mounting brackets for the transmission (which is placed in the rear on the Cobra). Despite sharing large portions of its chassis with the Ford GT, the Shelby Cobra concept is almost 2 feet (0.61 m) shorter, with a wheelbase 7 inches (180 mm) shorter than the GT.
Body and Interior
Although the Shelby Cobra concept was aimed to reflect the design of the older models of Cobras, the concept is dimensionally very different from the original. However, the design includes many common external features, such as a large grille opening, side vents, and large wheel arches. In line with Carroll Shelby's designs, the concept has a very minimalist look, which is continued in the interior. The concept omits many features common in modern cars, such as air conditioning and a radio. The placement of the transmission in the rear allowed for the driver and passenger seats to be placed closer together, adding to the compactness of the Cobra.
Production
Ford has not yet announced any plans for producing the Shelby Cobra.
Mustang Pace Cars
Three 1964 1/2 convertibles were built with the sole purpose of pacing the 1964 Indianapolis 500. These three cars were sent directly from the factory to Holman & Moody in North Carolina to be specially modified for pace car duties. These modifications included extensive work to the 289cid engines, the installation of a Borg-Warner 4-speed transmission, and lowered suspension with differently valved shocks on each side of the car to accommodate the banked turns of the Indianapolis Speedway, and high-speed rated tires. The cars were all painted Wimbledon White. On race day only 2 of these cars actually made the parade lap, as the third ran into mechanical difficulties. The fate of these three specially built convertibles is unknown, but there have been rumors that one of these cars is now in the hands of an MCA judge. However, at this point the Registry has not been able to confirm that this car is actually one of the original 3 pace cars.
In addition, thirty five convertibles were used as dignitary cars during the festivities of the Indy 500. Due to a shortage of Mustangs available from the factory, these 35 were pulled from dealer lots to fill the need. All of these cars were D-code cars (289 cid V8, 4-barrel, 210 hp) in Wimbledon White with either red, white or blue interiors. After the race these cars were auctioned off to dealerships and absorbed into the general population, instead of being made available for sale as special edition cars. Unfortunately, the location and identity of only one of these convertibles is known today.
The Replicas
Ford put on a special competition between dealerships in order to distribute the planned pace car replicas to be released for sale to the public. The competition consisted of "Checkered Flag" and "Green Flag" contests that were based on the sales performance of the dealerships prior to the April 17, 1964 introduction of the Mustang. The top five performers in each district would receive a pace car replica for free, or at a significant discount, based on their final standings in the sales contest. With 36 districts this added up to 180 replicas, however, because of dealership ties and strong performances, approximately 10 extra replicas were made, bringing the total to an estimated 190. Representatives from the 105 winning dealerships were invited to Dearborn for a special celebration, where the keys to their replicas were handed over by Mr. Lee Iacocca himself.
Each of the replicas were coupes painted in Pace Car White (paint code "C" for 64 1/2) and had white interiors with blue appointments (code "42"). The cars were equipped with the 260 V8 engine, power steering, rear back-up lights and automatic transmissions. Other identifying features of the pace car replicas include pace car blue racing stripes up the center of the hood and "Official Pace Car" decals along the sides of the car. The words "PACE CAR" were written on the radiator support with a grease pencil of some kind, and then later painted over. The center stripes did not get placed on the taillight panel around the gas cap on coupes, but they did on the dignitary convertibles. Apparently some cars did not have the decals installed at the dealership, and due to a press photo showing a prototype with the stripes installed to one side rather than down the middle a few cars ended up with the stripes in this incorrect location.
Another interesting fact with regards to the replica cars was the lack of outside mirrors. Standard procedure at the time was for cars to be delivered to the dealerships with the outside mirrors placed loose inside the car. When the car was prepped by the dealership the mirrors were then installed. However, the pace car replicas were not delivered the same way as regular Mustangs... the Checkered Flag cars were retrieved by the winning dealers from Dearborn, and the Green Flag cars were retireved from the District Sales Office by the dealer. This meant that these cars did not end up with an outside mirror.
The VINs of the cars are sequentially numbered, but the DSOs reflect the dealerships that they were sent too. All of the replicas were built in April, except for the extras mentioned earlier that were built in May, and given a DSO of 84 ("Home Office" designation).
The Ford Mustang had a new design for the year of 1979, and Ford looked for anyway possible to promote the new Pony. After negotiations with the Indianapolis Motor Speedway, it was agreed that the 1979 Mustang would become the official Pace Car for the 63rd Annual Indianapolis 500 mile race. Because of the major publicity gained from the Indy 500, Ford set out 10,478 replicas of the Pace Car available to the public. These Mustangs carried much of the same uniqueness that the originals had, including: non-standard issue pewter and black paint treatment; unique orange and red accent striping and pace car decal package (buyer had the option of having the "Official Pace Car" decals installed on the side or just left in a box in the back of the car); a raised, nonfunctional Cowl Induction style hood; a revised blacked-out grill with horizontal bars; a front air dam with integral Marchal fog lights; and a unique 3 piece rear spoiler. All of the replicas included the TRX suspension and metric sized wheels and tires (Michelin TRX 190/65 390).
Interior features included black Recaro front seats with black and white checkered inserts - as well did the back seats. Also included in the interior was a leather wrapped sport steering wheel, a black simulated engine-turned instrument panel applique and an Indianapolis Motor Speedway plaque placed on the dash. The available engines included the 5.0L V8 (with either a 4spd or automatic) or the new 2.3L turbo (4 speed only.) Unfortunately, the Jack Roush prepared 302 in the actual pace car was not offered. Top speed in the 5.0L engine could only reach 140 because of it's 2V carbeurator and single exhaust, and the turbo 4 topped at 137mph. Because the country was in the midst of the late 70's fuel shortage and Ford was pushing turbo power over the V8, about 1500 more 2.3L were sold than its 5.0L big brother (5970 2.3L, 4508 5.0L of which 2106 were Auto and 2402 were 4spd).
The engine in the actual pace car featured a host of performance parts and was built by renowned engine tuner Jack Roush. A hot engine was necessary because the pace car had to fulfill a requirement of accelerating from a steady speed of 90 MPH midway through the fourth turn to 110 MPH by the time it pulled off the track and into pit road. Naturally the brakes were uprated too, using semi-metallic linings from the Fairmont Police Package. Besides the engine modifications the car also featured strobe lights in the fog and tail lights and a custom made t-top configuration (only a pop-up sunroof was available on the replica) was created to give the crowd and photographers a better view of the interior and driver as the car circles the track at the start of the race. The driving duties were handled by famous Grand Prix racing driver and then Ford pitchman Jackie Stewart.
In '94, Ford produced 1,000 Cobra convertibles, all of them being Indy Pace Car replicas. Jack Roush was once again the designer of the Pace Car, and once again Parnelli Jones drove the Pace Car around the track. All of the replicas were painted Rio Red and came with 5-speed transmissions, although the actual pace car was an automatic.
The interior featured tan leather along with the Indy Speedway "Wings" embossed on the headrests of the front seats. A Shelby-type roll bar was also added to the replicas in order to hose the flashing light unit.
The replica's rims were the identical to the Cobra's except for the recessed potions being painted charcoal. The "Official Pace Car" lettering as well as the "wings" decals were dealer installed.
Mustang Specs-Before Mustang Production
Lee IacoccaIn 1961, Lee Iacocca, vice president and general manager of Ford Division, had a vision. His vision was a car that would seat four people, have bucket seats, a floor mounted shifter, be no more than 180 inches long, weigh less than 2500 pounds, and sell for less than $2500.00. Out of this vision, the Mustang was born. After many months of meetings, discussions and market surveys, funding was finally approved for the Mustang in September of 1962. On March 9, 1964 the first Mustang rolled off of the assembly line. Only 18 months had elapsed since the Mustang had been approved for production. In order to keep production costs down, many of the Mustang's components were "borrowed" from the Falcon, including most of the drivetrain. With a multitude of different interior, exterior, and drivetrain options, the Mustang would be able to be ordered as plain, or as fancy, as economical, or as fast, as the buyer wanted. In general, the Mustang was designed for everyone and was advertised as "the car to be designed by you".
The Mustang was heavily advertised during the latter part of it's development.
On April 16, 1964, the day before it's release, Ford ran simultaneous commercials at 9:30pm on all three major television networks, ABC, NBC, and CBS. The following day, April 17, 1964, people "attacked" the Ford showrooms. Everyone was in a frenzy to be one of the first to own the Mustang. Ford sold over 22,000 Mustangs the first day. By the end of the year, Ford had sold 263,434. By the end of the Mustang's first anniversary, April 17, 1965, Ford had sold 418,812 Mustangs. The Mustang had made a name for itself, and it was here to stay!
The First Mustang Prototype: Mustang I
The aluminum-bodied Mustang I made its debut in October 1962 at the United States Grand Prix at Watkins Glen. Dan Gurney, in a non-competitive demonstration drive, drove the 1,200lb two-seater at speeds in excess of 100mph. Only the Mustang name and emblem from this prototype found their way to production vehicles. The Mustang I, an aluminum bodied, tube frame mid-engine V4 with a transaxle, independent suspension, and a 90in wheelbase, debuted October 7, 1962, at the United States Grand Prix at Watkins Glen. Dan Gurney drove the fresh 1,200lb prototype around the track at speeds approaching 120mph, while Chevrolet's nonfunctional styling exercise sat aside, ignored.
When Ford took aim at the younger sports car buyer, they did it with a Mustang I -- a fully functional, hand-built prototype designed by Roy Lunn and crafted by Troutman-Barnes of Culver City, California. The engine was a rear mounted 60° V4 with 4-speed transaxle taken from the FWD Taunus, a Ford of Europe product. It's 1,498 cc's produced 89 hp @ 6600 rpm, good for 0-60 times of 11.1 seconds and quarter mile ETs of 17.4 @ 76 mph.
The Second Mustang Prototype: Mustang II
Eugene Bordiant's Advanced Styling Studio created the Mustang II in 1963 to test consumer and press reaction. Looking more like what would become the production Mustang, with a 108in wheelbase, the car ran a 271 hp High Performance V-8.
This car bore a closer resemblance to the production Mustang still six months away from introduction, though styling cues, such as the rear quarter chrome trim, taillights, and jutting grille, provided a number of detail hints of the 1966 and 1967 models. Touted as the prototype for a 'two-plus-two...that might sell for less than $3,000, the car ran a 271hp High Performance V8, identical to the one used in the Shelby Cobra sports car. Its wheelbase measured 108in (the same as the production Mustang), and its overall length of 186.6in was 5in longer than the production model.
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