Friday, November 29, 2013

1979 Chevrolet Camaro










The Chevrolet Camaro was introduced in 1967 as a compact car specifically built to provide competition for the highly popular Ford Mustang. This pony car was built atop of the same F-Body platform as the Pontiac Firebird, which had a similar production lifespan of 1967 through 2002.

During the preproduction stages of the Chevrolet Camaro, General Motors codenamed the vehicle 'Panther'. The name 'Camaro' was decided upon before production began. The word 'Camaro' in French is slang for 'friend' but in pony-car slang, the name means 'Mustang killer'.

During its production lifespan, there were four generations produced. The first generation lasted from 1967 through 1969. The second generation lasted from 1972 through 1981. The third generation lasted from 1982 through 1992. The fourth generation lasted from 1993 through 2002. The fifth generation is believed to begin production in 2007; a concept was shown at the 2006 Detroit Auto Show.

When the car was introduced in 1967, it was available in two bodystyles, a coupe and convertible. It shared many mechanics with the Chevrolet Nova and built atop a unibody chassis. The base engine was a 3.7 liter inline-six cylinder capable of producing 140 horsepower. Power was sent to the rear wheels courtesy of a Saginaw three-speed manual gearbox. A Muncie four-speed manual and a two-speed PowerGlide automatic were offered as optional equipment. Near the end of 1967, a Turbo Hydra-Matic 350 became available on the SS396. In 1969 the TH350 was offered on the Camaro as optional equipment, in place of the PowerGlide which was no longer offered. 14 inch wheels were standard.

To compete in the pony-car arena, General Motors offered a 5.7 liter eight-cylinder engine in 1967 that produced nearly 300 horsepower.

The Camaro was highly customizable, with over seventy factory and forty dealer options available. thez28 option was not mentioned in the sales literature so many buyers were unaware of its existence. Due to the lack of press about the Z28 option, only 602 examples were produced. The package included many performance enhancements such as a 4.9 liter small-block engine, front disc brakes, Muncie 4-speed gearbox, suspension improvements, 15 inch Rallye wheels, and power steering. The aesthetics of the vehicle were segregated from the other Camaro's with racing stripes being placed on the hood. The Z28 package was offered by GM specifically to comply with the Sports Car Club of America (SCCA) Trans Am racing series that required an engine size of five-liters or less. Also, the vehicle must be sold to the general public.

The SS (Super Sport) package included many performance and aesthetic upgrades and was popular with more than 34400 examples created. Under the hood was a 5.7 liter eight-cylinder engine with a 6.5 liter big-block offered as optional equipment in 1968. On the grille, horn button, and gas cap were SS badging. Non-functional air-inlets adorned the front hood.

The RS (Rally Sport) package was basically a cosmetic upgrade. The headlights were hidden, the taillights received minor alterations, and the exterior rocker trim was revised. RS badging could be seen throughout the vehicle. This was the most popular option ordered in 1967 with over 64840 examples produced.

The RS and SS packages could be ordered together, creating the RS/SS Camaro. The combination included both the aesthetics of the RS and the performance of the SS. A Camaro RS/SS convertible with a 6.5 liter engine paced the Indianapolis 500 race in 1967.

With over 220900 examples produced in 1967, the Camaro proved to General Motors that the public was starved for small, performance, pony-cars.

In 1968 the Camaro received minor aesthetic and mechanical improvements. Side market lights were added, the grille became more pointed, and the taillights were now segregated. The side vent windows were removed. Performance was improved slightly by the staggering of the shock absorbers. On some of the models, the single-leafs were replaced by multi-leaf springs.

Buyers became aware of the Z28 package in 1968 and ordered nearly 72000 examples. The RS continued to be the most popular option with 40977 examples produced. The SS accounted for 27884 of the 235147 total Camaro's produced in 1968.

For 1969 the Camaro became safer and faster. General Motors mandated that the Camaro could not come from the factory with engines larger than 6.6 liters. To bypass this rule dealerships such as Yenko Chevrolet, Dana Chevrolet, and Nickey Chevrolet offered the Camaro with the 7 liter, big-block, L-27 corvette engine producing 425 horsepower. These performance options became so popular that in 1969 Chevrolet began offering two Central Office Production Orders (COPO) options, numbers 9560 and 9561. The COPO 9561 option included the L-72 Corvette engine. In total, there were 1015 Camaros equipped with the L-72 Corvette engine.

The COPO 9560 option included a 7-liter, big-block, ZL-1 engine. The engine was constructed of aluminum to help reduce the overall weight. The engine was reported to have produced around 430 gross horsepower but in reality it was closer to 550. With only 69 examples produced it is one of the rarest and fastest of all Chevrolet Camaros.

Most of the 1969 Chevrolet Camaro mechanics remained unchanged. The aesthetics was a different story. The grille was redesigned and the headlights now sat farther back adding to the aggressive features of the car. Newly reshaped door, rear quarter panel, and rear valence gave the 1969 Camaro a smooth, low, and wide stance. The production of the 1969 Camaro, which continued into December of 1969, was the final year for the first generation Camaro.

The second generation Camaro began production near the middle of 1970. The body had been redesigned and the suspension was greatly improved. The rest of the mechanics remained mostly unchanged from the prior years. The biggest change was the base engine, which was now a 4.1 liter inline-six capable of producing 155 horsepower. There was no convertible option offered, only a 2+2 coupe configuration.

The big-block eight-cylinder had been bored to 402 cubic-inches but still retained its 396 badging. The Rally Sport, Super Sport, and Z28 packages were still available. The Z28 now featured a 5.7 liter engine that produced 360 horsepower.

1972 was not a good year for the Camaro. For 174 days production ceased at GM's assembly plant in Ohio due to a UAW strike. This resulted in 1100 Camaro's failing to meet 1973 Federal bumper safety standards. In total, only 68,656 examples were production. Less than a thousand were the SS package so General Motors decided to no longer offer the package after 1972. This meant the big-block 396 cubic-inch engine was no longer offered.

The Camaro, much like the rest of the industry, had to adapt to new government and insurance safety and emission regulations. This meant new safety features like larger bumpers needed to be affixed to the car that could protect the vehicle and its occupants at certain speeds. Engines were detuned to comply with safety and emission concerns. The cars became safer but their performance was seriously crippled. This was true for the Camaro in 1973 when its highest producing engine was a 350 cubic-inch V-8 that produced 245 horsepower.

New for 1973 was an LT option which included impact-absorbing bumpers. The Camaro grew in size in 1974 due to a forward sloping grille and new aluminum bumpers. Rectangular bumpers replaced the round taillight designs. Sales of the Z28 package continued to decline so the decision was made to discontinue the option after 1974.

Horsepower was measured in NET rather than gross rating beginning in 1975. This meant that the reported horsepower was much lower than in prior years. The 350 cubic-inch V8 was now rated at about 155 horsepower.

In 1977 the Z28 was re-introduced in an effort to revitalize the muscle-car persona of the Camaro. The base Camaro's were outfitted with air-conditioning and an automatic transmission. A Borg-Warner Super T-10 four-speed manual gearbox could be ordered as optional equipment.

1978 marked the first year for the T-top option on a Camaro. The Camaro was given larger taillights and new bumpers.

As vehicles became safer, they became slower. The public shifted from wanting performance to luxury. Oil embargos and rising fuel costs had made the engines smaller but more fuel efficient. For 1979 the LT package was replaced with a luxurious Berlinetta that included special wheels, paint, emblems, and interior.

1979 was a very strong year for Camaro sales with 282,571 examples being sold.

1980 and 1981 saw very few changes. The hood scope on the Z-28 was revised to help siphon air to the engine.

In 1981 sales were down considerable to just over 126,000. This would be the final year for the second generation Camaro.

In 1982 General Motors introduced the third generation of the Camaro. The vehicle was stylish and versatile, earning the coveted Motor Trend magazine's Car of the Year. Both aesthetically and mechanically, the vehicle was improved. The suspension was upgraded making it more capable in the corners and at speed.

This was the first year the Camaro was equipped with a factory fuel-injected engine. A four-speed automatic gearbox replaced the three-speed unit. A five-speed manual gearbox was also available. Due to rising concerns of oil shortage, a four-cylinder engine was offered for part of 1982.

6000 examples of the Z28 Camaro were sold to commemorate the return of the pony-car to the Indianapolis 500. The special-edition vehicles were painted in two-tone silver and blue paint with orange pin-striping.

To honor the International Race of Champions, Chevrolet introduced the IROC-Z in 1985. The package included an improved suspension, decal package, and a 305 cubic-inch L98 Tuned Port Injection system borrowed from the Corvette. The IROC-Z was featured on Car and Driver magazine's Ten Best List for 1985.

The L69 small-block engine was offered from 1983 through 1986. The LB9 small-block was introduced in 1985; the L98 small-block was introduced in 1987; the LO3 was introduced in 1988. The LB9, L98, and LO3 stayed in production until 1992.

1992 was the final year for the third generation Camaro. 1993 marked the beginning of the fourth generation which persisted until 2002.

New technology and material made the fourth generation greatly improved over the prior years. Weight was reduced with the use of plastic body panels sitting atop a steel space frame. Performance was increased thanks in part to a better suspension system. In 1993 Chevrolet offered the LT1 eight-cylinder engine, which had been in production for a year on the Corvette, on the Camaro. A six-speed manual gearbox was offered with the LT1 engine.

The Camaro returned to the Indianapolis 500 as the honorary pace car in 1993. To commemorate this historic accomplishment, Chevrolet offered a limited quantity of special edition Camaro's, painted in a black and white color scheme.

The design and mechanics remained mostly unchanged over the next few years. Minor revisions were made to comply with newly introduced emission standards. Mechanical changes were made to correct problems that had been found throughout the years.

In 1996 the RS package and the SS package were re-introduced. The RS was an appearance option for the six-cylinder Camaro's while the SS was both an appearance and performance package for the eight-cylinder cars.

1997 marked the 30th anniversary of the Camaro. A 30th Anniversary Package was offered to honor this accomplishment. The vehicles were painted white with orange stripes. 100 of the Anniversary Camaros were given the LT4 engine with 330 horsepower; a thirty-eight thousand dollar price tag accompanied the vehicle.

The interior of the Camaro was modernized in 1997 and again in 1998, although the 1998 improvements were minor in comparison to what transpired the prior year.

The body design was drastically changed in 1998, mainly in the front. Round headlights replaced the square design. The headlights were flush, inline with the rest of the body. A new grille and bumper were used, both positioned a little differently to mimic the headlight changes. A new powerful, lightweight, all-aluminum LS1 power-plant retired the LT1 unit. The OHV LS1 was borrowed from the Corvette and slightly detuned to produce just over 300 horsepower. To handle this extra power, the disc brakes were enlarged and the suspension was upgraded.

Total production for 1998 was 48490. This was disappointing for General Motors, especially with the newly revised body and powerful options. The lowest production year for the Camaro occurred in 2001 with just over 29000 examples being produced. This was due to low sales and production ceasing early to begin work on the 35th Anniversary 2002 cars.

2002 marked the final year for production of the fifth generation Camaro. The styling and mechanics were unmodified, carrying the same design from 1999.

A special 35th Anniversary Edition was offered and could be ordered on all trim levels and packages. The 35th Anniversary SS Camaro could only be ordered as a convertible or with T-Tops. Around 3000 examples of the 35th Anniversary Edition were created. Total production for the year was just over 42,000.

On August 27th, 2002 production ceased. The Camaro had accomplished its goal, to provide competition for the Ford Mustang and other compact, low-priced, sports cars. Outfitted with large, Corvette engines, matted to effective gearboxes and given great suspension and brakes, the Camaro was truly a performance machine that was capable and fun to drive. It was fairly practical with room for more than two passengers. It was economical with sticker-prices in the range that many could afford. The production of the Camaro has ceased, but its future has not yet been written. Expect to see this legendary vehicle on the roadways in the near future.


The Chevrolet Camaro was introduced in 1967 as a compact car specifically built to provide competition for the highly popular Ford Mustang. This pony car was built atop of the same F-Body platform as the Pontiac Firebird, which had a similar production lifespan of 1967 through 2002.

During the preproduction stages of the Chevrolet Camaro, General Motors codenamed the vehicle 'Panther'. The name 'Camaro' was decided upon before production began. The word 'Camaro' in French is slang for 'friend' but in pony-car slang, the name means 'Mustang killer'.

During its production lifespan, there were four generations produced. The first generation lasted from 1967 through 1969. The second generation lasted from 1972 through 1981. The third generation lasted from 1982 through 1992. The fourth generation lasted from 1993 through 2002. The fifth generation is believed to begin production in 2007; a concept was shown at the 2006 Detroit Auto Show.

When the car was introduced in 1967, it was available in two bodystyles, a coupe and convertible. It shared many mechanics with the Chevrolet Nova and built atop a unibody chassis. The base engine was a 3.7 liter inline-six cylinder capable of producing 140 horsepower. Power was sent to the rear wheels courtesy of a Saginaw three-speed manual gearbox. A Muncie four-speed manual and a two-speed PowerGlide automatic were offered as optional equipment. Near the end of 1967, a Turbo Hydra-Matic 350 became available on the SS396. In 1969 the TH350 was offered on the Camaro as optional equipment, in place of the PowerGlide which was no longer offered. 14 inch wheels were standard.

To compete in the pony-car arena, General Motors offered a 5.7 liter eight-cylinder engine in 1967 that produced nearly 300 horsepower.

The Camaro was highly customizable, with over seventy factory and forty dealer options available. thez28 option was not mentioned in the sales literature so many buyers were unaware of its existence. Due to the lack of press about the Z28 option, only 602 examples were produced. The package included many performance enhancements such as a 4.9 liter small-block engine, front disc brakes, Muncie 4-speed gearbox, suspension improvements, 15 inch Rallye wheels, and power steering. The aesthetics of the vehicle were segregated from the other Camaro's with racing stripes being placed on the hood. The Z28 package was offered by GM specifically to comply with the Sports Car Club of America (SCCA) Trans Am racing series that required an engine size of five-liters or less. Also, the vehicle must be sold to the general public.

The SS (Super Sport) package included many performance and aesthetic upgrades and was popular with more than 34400 examples created. Under the hood was a 5.7 liter eight-cylinder engine with a 6.5 liter big-block offered as optional equipment in 1968. On the grille, horn button, and gas cap were SS badging. Non-functional air-inlets adorned the front hood.

The RS (Rally Sport) package was basically a cosmetic upgrade. The headlights were hidden, the taillights received minor alterations, and the exterior rocker trim was revised. RS badging could be seen throughout the vehicle. This was the most popular option ordered in 1967 with over 64840 examples produced.

The RS and SS packages could be ordered together, creating the RS/SS Camaro. The combination included both the aesthetics of the RS and the performance of the SS. A Camaro RS/SS convertible with a 6.5 liter engine paced the Indianapolis 500 race in 1967.

With over 220900 examples produced in 1967, the Camaro proved to General Motors that the public was starved for small, performance, pony-cars.

In 1968 the Camaro received minor aesthetic and mechanical improvements. Side market lights were added, the grille became more pointed, and the taillights were now segregated. The side vent windows were removed. Performance was improved slightly by the staggering of the shock absorbers. On some of the models, the single-leafs were replaced by multi-leaf springs.

Buyers became aware of the Z28 package in 1968 and ordered nearly 7200 examples. The RS continued to be the most popular option with 40977 examples produced. The SS accounted for 27884 of the 235147 total Camaro's produced in 1968.

For 1969 the Camaro became safer and faster. General Motors mandated that the Camaro could not come from the factory with engines larger than 6.6 liters. To bypass this rule dealerships such as Yenko Chevrolet, Dana Chevrolet, and Nickey Chevrolet offered the Camaro with the 7 liter, big-block, L-27 corvette engine producing 425 horsepower. These performance options became so popular that in 1969 Chevrolet began offering two Central Office Production Orders (COPO) options, numbers 9560 and 9561. The COPO 9561 option included the L-72 Corvette engine. In total, there were 1015 Camaros equipped with the L-72 Corvette engine.

The COPO 9560 option included a 7-liter, big-block, ZL-1 engine. The engine was constructed of aluminum to help reduce the overall weight. The engine was reported to have produced around 430 gross horsepower but in reality it was closer to 550. With only 69 examples produced it is one of the rarest and fastest of all Chevrolet Camaros.

Most of the 1969 Chevrolet Camaro mechanics remained unchanged. The aesthetics was a different story. The grille was redesigned and the headlights now sat farther back adding to the aggressive features of the car. Newly reshaped door, rear quarter panel, and rear valence gave the 1969 Camaro a smooth, low, and wide stance. The production of the 1969 Camaro, which continued into December of 1969, was the final year for the first generation Camaro.

The second generation Camaro began production near the middle of 1970. The body had been redesigned and the suspension was greatly improved. The rest of the mechanics remained mostly unchanged from the prior years. The biggest change was the base engine, which was now a 4.1 liter inline-six capable of producing 155 horsepower. There was no convertible option offered, only a 2+2 coupe configuration.

The big-block eight-cylinder had been bored to 402 cubic-inches but still retained its 396 badging. The Rally Sport, Super Sport, and Z28 packages were still available. The Z28 now featured a 5.7 liter engine that produced 360 horsepower.

1972 was not a good year for the Camaro. For 174 days production ceased at GM's assembly plant in Ohio due to a UAW strike. This resulted in 1100 Camaro's failing to meet 1973 Federal bumper safety standards. In total, only 68,656 examples were production. Less than a thousand were the SS package so General Motors decided to no longer offer the package after 1972. This meant the big-block 396 cubic-inch engine was no longer offered.

The Camaro, much like the rest of the industry, had to adapt to new government and insurance safety and emission regulations. This meant new safety features like larger bumpers needed to be affixed to the car that could protect the vehicle and its occupants at certain speeds. Engines were detuned to comply with safety and emission concerns. The cars became safer but their performance was seriously crippled. This was true for the Camaro in 1973 when its highest producing engine was a 350 cubic-inch V-8 that produced 245 horsepower.

New for 1973 was an LT option which included impact-absorbing bumpers. The Camaro grew in size in 1974 due to a forward sloping grille and new aluminum bumpers. Rectangular bumpers replaced the round taillight designs. Sales of the Z28 package continued to decline so the decision was made to discontinue the option after 1974.

Horsepower was measured in NET rather than gross rating beginning in 1975. This meant that the reported horsepower was much lower than in prior years. The 350 cubic-inch V8 was now rated at about 155 horsepower.

In 1977 the Z28 was re-introduced in an effort to revitalize the muscle-car persona of the Camaro. The base Camaro's were outfitted with air-conditioning and an automatic transmission. A Borg-Warner Super T-10 four-speed manual gearbox could be ordered as optional equipment.

1978 marked the first year for the T-top option on a Camaro. The Camaro was given larger taillights and new bumpers.

As vehicles became safer, they became slower. The public shifted from wanting performance to luxury. Oil embargos and rising fuel costs had made the engines smaller but more fuel efficient. For 1979 the LT package was replaced with a luxurious Berlinetta that included special wheels, paint, emblems, and interior.

1979 was a very strong year for Camaro sales with 282,571 examples being sold.

1980 and 1981 saw very few changes. The hood scope on the Z-28 was revised to help siphon air to the engine.

In 1981 sales were down considerable to just over 126,000. This would be the final year for the second generation Camaro.

In 1982 General Motors introduced the third generation of the Camaro. The vehicle was stylish and versatile, earning the coveted Motor Trend magazine's Car of the Year. Both aesthetically and mechanically, the vehicle was improved. The suspension was upgraded making it more capable in the corners and at speed.

This was the first year the Camaro was equipped with a factory fuel-injected engine. A four-speed automatic gearbox replaced the three-speed unit. A five-speed manual gearbox was also available. Due to rising concerns of oil shortage, a four-cylinder engine was offered for part of 1982.

6000 examples of the Z28 Camaro were sold to commemorate the return of the pony-car to the Indianapolis 500. The special-edition vehicles were painted in two-tone silver and blue paint with orange pin-striping.

To honor the International Race of Champions, Chevrolet introduced the IROC-Z in 1985. The package included an improved suspension, decal package, and a 305 cubic-inch L98 Tuned Port Injection system borrowed from the Corvette. The IROC-Z was featured on Car and Driver magazine's Ten Best List for 1985.

The L69 small-block engine was offered from 1983 through 1986. The LB9 small-block was introduced in 1985; the L98 small-block was introduced in 1987; the LO3 was introduced in 1988. The LB9, L98, and LO3 stayed in production until 1992.

1992 was the final year for the third generation Camaro. 1993 marked the beginning of the fourth generation which persisted until 2002.

New technology and material made the fourth generation greatly improved over the prior years. Weight was reduced with the use of plastic body panels sitting atop a steel space frame. Performance was increased thanks in part to a better suspension system. In 1993 Chevrolet offered the LT1 eight-cylinder engine, which had been in production for a year on the Corvette, on the Camaro. A six-speed manual gearbox was offered with the LT1 engine.

The Camaro returned to the Indianapolis 500 as the honorary pace car in 1993. To commemorate this historic accomplishment, Chevrolet offered a limited quantity of special edition Camaro's, painted in a black and white color scheme.

The design and mechanics remained mostly unchanged over the next few years. Minor revisions were made to comply with newly introduced emission standards. Mechanical changes were made to correct problems that had been found throughout the years.

In 1996 the RS package and the SS package were re-introduced. The RS was an appearance option for the six-cylinder Camaro's while the SS was both an appearance and performance package for the eight-cylinder cars.

1997 marked the 30th anniversary of the Camaro. A 30th Anniversary Package was offered to honor this accomplishment. The vehicles were painted white with orange stripes. 100 of the Anniversary Camaros were given the LT4 engine with 330 horsepower; a thirty-eight thousand dollar price tag accompanied the vehicle.

The interior of the Camaro was modernized in 1997 and again in 1998, although the 1998 improvements were minor in comparison to what transpired the prior year.

The body design was drastically changed in 1998, mainly in the front. Round headlights replaced the square design. The headlights were flush, inline with the rest of the body. A new grille and bumper were used, both positioned a little differently to mimic the headlight changes. A new powerful, lightweight, all-aluminum LS1 power-plant retired the LT1 unit. The OHV LS1 was borrowed from the Corvette and slightly detuned to produce just over 300 horsepower. To handle this extra power, the disc brakes were enlarged and the suspension was upgraded.

Total production for 1998 was 48490. This was disappointing for General Motors, especially with the newly revised body and powerful options. The lowest production year for the Camaro occurred in 2001 with just over 29000 examples being produced. This was due to low sales and production ceasing early to begin work on the 35th Anniversary 2002 cars.

2002 marked the final year for production of the fifth generation Camaro. The styling and mechanics were unmodified, carrying the same design from 1999.

A special 35th Anniversary Edition was offered and could be ordered on all trim levels and packages. The 35th Anniversary SS Camaro could only be ordered as a convertible or with T-Tops. Around 3000 examples of the 35th Anniversary Edition were created. Total production for the year was just over 42,000.

On August 27th, 2002 production ceased. The Camaro had accomplished its goal, to provide competition for the Ford Mustang and other compact, low-priced, sports cars. Outfitted with large, Corvette engines, matted to effective gearboxes and given great suspension and brakes, the Camaro was truly a performance machine that was capable and fun to drive. It was fairly practical with room for more than two passengers. It was economical with sticker-prices in the range that many could afford. The production of the Camaro has ceased, but its future has not yet been written. Expect to see this legendary vehicle on the roadways in the near future.

Cavalier



With a mission that has always held strong to the desire of being GM's value leader in the mainstream of the American car market, Chevrolet has continued to live up to this despite foreign brands that threaten to intrude upon this goal.

One of the most popular vehicles in the U.S. and Canada during 1981 and 82, the Chevrolet Cavalier has successfully continued in production all the way through 2005. Sold for much less than the Honda Civic, the Cavalier was eventually retired as a comparably affordable compact vehicle. Chevy's version of the compact GM J platform, the Cavalier was originally designed with an aim towards quality imports like the Honda Accord. 

Hailed as the most successful of Chevrolet's long line of vehicles, the Cavalier was designed with the aim of combating the invasion of compact imported vehicles. The front wheel drive Cavalier was responsible for prosperously expanding Chevrolet's share of small vehicles. 

In the U.K. the J-platform was utilized on the Vauxhall-badged version of the Opel Ascona C. All five U.S. divisions of GM, as well as in Germany, Australia and Britain offered the J-cars. Manufactured in Lordstown, Ohio, the Cavaliers have also been produced in Wisconsin, Michigan, Janesville, Lansing and Ramos Arizpe, Coahuila, Mexio.

The Monza, which was available as either a 3-door hatchback, 2-door coupe or a 3-door wagon, was replaced by the Cavalier. In charge of capturing the majority of domestic compact sales, the Cavalier even aided in upping lagging sales of the Nova replacement, the mid-size Citation. The Cavalier was featured in 2-door coupe, 4-door station wagon, 4-door sedan and eventually a 2-door convertible.

Over the years, car enthusiasts have complained and criticized over the quality control of the Cavalier, along with the interior design and the aging platform. Unfortunately having a reputation for poor crash test rating on the third generation models, this still did not impact the strong sales of the Chevy Cavalier. 

Upon its release, the first generation Cavalier was discovered to be even more conventional in its time than the Vega. The 1982 Cavalier featured simple unibody with suspension that consisted of MacPherson struts in the front and a simple beam axle in the back on coil springs. A relatively small car in comparison with others of the era, the Cavalier had a 101.2 inch wheelbase and was a length of 173.5 inches. 

A simple 1.8-liter overhead-valve four with a pushrod-operated valvetrain and two barrel carburetor was the only engine that was offered at first, which was rated at only 88hp. The Cavaliers' 1.8 transverse-mounted 1.8 fed either a three-speed automatic or four speed manual transaxle. 

Upon its release, Motor Trend rated the Cavalier with a 0-to-60 time of 16.4 seconds, and the quarter-mile taking 20.7 seconds at a rate of 67.3 mph. Not considered up to par as a Sport vehicle, the Cavalier was still speedier than a sedan. 

In 1983, the issue of the limited power was addressed, and a new fuel-injected 2.0 liter version of the OHV four was introduced. Though it still only rated at 88 hp, the torque characteristics were much more satisfactory. During this year, a convertible Cavalier was made available, as well as the option of a five-speed manual transmission. A total of 627 Convertible units were sold in 1983.

Creating a new contemporary and traditional look, the 1984 Cavalier featured a new grill, four headlights and revised taillights. In this year, the Chevy Cavalier became the most popular new car in America. 

Two years following the Chevy Cavalier's introduction, the Type-10, the sport coupe version, was introduced in 1984. Standard on all Cavaliers at the time, the Type -10 was available only with the 112 ci 4cyl engine. 

Not many updates were made for the '85 model year Cavalier. Minor changes like new taillights, revised seats in the two-door coupe, and a new steering wheel rounded out the design of the vehicle, while a new V6 engine was made available for the first time.

For 1985 the V6 which was to be featured in the new Z24 model instead was showcased in the Cavalier as the Z24 sports model was delayed. The same V6 found in Celebrity and larger Citation models, the engine was the same fuel-injected, 2.8 liter, 60-degree OHV power plant, and was rated at 125 hp. For 1985 the Chevy Cavalier continued to hold strong in the position of America's best-selling car.

The Z-24 was released soon after the Type-10 in 86, and was exactly what the public was craving. A sport Coupe Cavalier, with a lot more power, the Z24 carried a 2.8L V6 MPFI engine that was able to produce 130 HP. Other features included ground effects, special interior, a black vertical bar grille and digital dash display. Minor design changes were underwent in 1988, and these included new taillights and a more aerodynamic front end. Keeping the same engine as before, new silver ground effects and an upgraded interior were featured, as well as a black grill consisting of three crossbars and one center vertical bar. The bowtie emblem was also outlined in red in the center. The Z24 package was available in both the hatchback and notchback two-door bodies. 

Unfortunately in 1986 the Celebrity took the status of America's best-selling vehicle.

For the 1987 model year, the 2.8-liter V6 engine and the 2.0 –liter four-cylinder engines were updated and newly offered with a new Getrag five-speed manual transmission. The V6's output was estimated at 125-130 HP, while the four now reached 90 HP. In this year the Z24 package was also made available on the convertible. A total of 346,254 units were sold in 1987.

The 1988 model year brought with it new sheet metal, which was the most obvious update. The three-door hatchback was deleted from the lineup, leaving behind the sedan, the convertible and the two-door coupe. All of these received a slimmer, more contemporary-looking grille, and updated noses. The interior of the '88 model was also revised and fashioned to appear more modern-looking. 

The following year the Cavalier was offered with a self-aligning steering wheel that featured an energy-absorbing hub. A total of 376,626 units were sold in the 1989 year.

The 1990 Z24 Cavalier received virtually unchanged, except for an upgrade in engine to the 3.1L V6 MPFI which was capable of producing 140 HP. The main difference in the new engine was a longer stroke crankshaft. The last design for the V6 powered Z24 was done in 91. The front end was made even more aerodynamic, and the taillights also received a minor update. A solid body colored panel replaced the grill, and a hollow, red outlined bowtie was placed in the center. For the 91 model year, the ground effects were painted to match the body color.

Even before the 1990 model year began, the Cavalier Convertible disappeared from the lineup. For this year, sales had unfortunately dropped to 310,501 units.

For the 1991 year, the Cavalier once again continued the convertible with a variety of options and option packages. Newly released was the Cavalier VL ('value leader' in either a coupe, sedan or wagon option. For 91 the Z24 was only made available in a coupe model, and the convertible was only featured as an RS. This year sales leapt to 326,847 units.

In 1992 the Z24 was once again available as a convertible and the output of the 2.2 liter engine was upped to 110 hp. Unfortunately the Cavalier was a decade old, and sales slumped to 225,633 units for this year. The price of the Chevy Cavalier was reduced for 1993, and the addition of detail changes helped reach the sale of 251,590 units. A total of 254,426 Chevy Cavaliers were sold in 1994. Additional updates included the 2.2 liter four being boosted in power rating to 120 hp. 

Extensive redesigns were undergone on all J-Body's for the 1995 year. Though the Cavalier's body remained basically the same, a longer wheelbase was added, a newly redesigned body and upgraded suspension capabilities were also featured. A completely new 2.3L Quad 4 engine that was regularly found in N bodies was now found in the new Z24 with capabilities of 150 HP. 

The interior of the 1995 Cavalier was also quite roomier with a much more sleek body that was both curvier and had a grille-free nose. The station wagon, convertible body styles and V6 engine were are missing from the '95 lineup. The DOHC, 16-valve, 2.3-liter Quad4 engine which made 150 hp were now standard engines in the Z24.The LS coupe and sedan now offered the Quad4 as an option. For the 1995 model year, total sales plummeted at 151,699 units.

Not much changed for the 1996 Cavalier except for the addition of daytime running lights, and the growth of the Quad4's engine to 2.4 liters. The 2.3 was replaced by the 2.4 Twin Cam in 1996, with the main difference being the modern balanced shaft construction. A total of 261,686 units were sold this year. For the following year, once again not many changes were made. For 1997 sales reach 315,136 Cavaliers, including 1,108 LS convertibles. For 1998, all Cavalier convertibles were Z24's. Sales dropped to 238,861 Cavaliers for this year. Sales went strong for 1999, and once again, very few changes were made.

For 2000 all Cavaliers received a new instrument panel that was much easier to read. Up-market radios included more power and the Radio Data System (RDS). A new much more aggressive rear spoiler was added to the Z24 in 2000. In 2001 the Convertible model was removed from the lineup, and the only additions were modifications to the available sound systems and a new sport package. 

During the 2002 Cavalier model year GM's new all-aluminum Ecotec 2.2-liter, DOHC, 16-valve, four-cylinder engine was showcased for the very first time. The Z24 continued to receive the 2.4-liter Quad4, while base models continued with the OHV 2.2 liter four. The sporty LS Sport Sedan and LS Sport Coupe offered the available 140-hp Ecotec. 

For 2003 the only obvious change was an updated nose grille. The Ecotec 2.2 liter four across the entire range as the sole engine offering was the most significant of changes. In this year the Cavalier lineup was simplified into only three trim levels on both sedans and coupes. These three were base, LS, and LS Sport. The Z24 was deleted in this year. Optional automatic had four forward gears, while standard transmission was a five-speed manual. 

Not much was done with the 2004 model other than the option of a ‘sport appearance package'. In October 2004 the final 2005 Cavalier model was rolled off the line at the Lordstown Assembly Plant on October 6. The 2005 Chevrolet Cobalt was the new replacement for the Cavalier in the U.S. while the Chevrolet Astra was the new replacement in Mexico.

In the first year of production in the U.S. the Cavalier sold a total of 58,904 units. Sales nearly quadrupled in the following year. 1984 and 85 were the best-selling years for the Cavalier with number peaking at 462,611 in '84, and 383,752 in '85. Sales continued to remain high for the following years. 

A small number of concept vehicle have been introduced by GM based on the J platform. These were showcased at the '01 Specialty Equipment Market auto show and included the Cavalier 263 Super Sport, the Cavalier Z24R, the Cavalier 220 Sport Turbo Coupe, the Cavalier Maui 155, the Cavalier Technic Z24, the Cavalier 425 A/FX drag car and the Pontiac Sunfire HO 2.4. The goal of GM was to show the public that the Cavalier had a greater potential than was being utilized. The vehicles features supercharged engines, highly customized interiors, exotic exterior styling and very top-notch audio/video systems.

Toyota released a version that they called the Toyota Cavalier coupe in 1996. This model was sold in Japan only for a short period of time. Toyota forged a company agreement with GM that allowed Toyota to badge the vehicle as a Cavalier with a few obvious differences. The Japanese version featured wider front fenders, a leather-wrapped shift knob and steering wheel, and the vehicle was a right hand drive. Other features included Japanese taillights, side turn signal repeater lights located on front fenders, power folding rear mirrors and carpeting on the interior of the trunk lid. Produced by GM in the U.S. the Toyota Cavalier produced a decent amount of sales during its five year production run.

Wednesday, November 27, 2013

1971-1974 AMC Javelin AMX 401

The 1971 AMC Javelin AMX 401 followed a trend of bigger, if not better, ponycars. The revamped ’71 Javelin was longer, lower, wider, and heavier than its predecessor. Gone was the gentle, tucked-in look of the original. This second-generation Javelin was characterized by severe fender arches that were awkwardly sculpted attempts to mimic the Corvette.
1971 AMC Javelin AMX 401
The 1971 AMC Javelin AMX 401 sported severe fender arches,
designed to mimic the Corvette.
Gone also was the AMX as a distinct model. The original AMX was based on a Javelin shortened from a wheelbase of 109 inches to 97. It was a svelte two-seater with a legitimate claim as a genuine sports car. For ’71, the Javelin AMX was essentially a decor option group added to the same 110-inch wheelbase and four-passenger body used by all the other Javelins. Any Javelin, in fact, could be ordered with the Javelin AMX’s power and performance options. Javelin offerings included a base model and the more luxurious SST, but the Javelin AMX was AMC’s performance flagship.
At $3432, the Javelin AMX was about $300 more expensive than an SST V-8. Part of the difference was that the SST came standard with a 210-horsepower 304-cubic-inch V-8 while the Javelin AMX’s standard powerplant was a 360-cubic-inch V-8 that developed 245 horses with a two-barrel carburetor. For an extra $49, a four-barrel carb brought 285 horsepower, down five from 1970’s four-barrel power rating. As before, the buyer could choose between a three- or four-speed manual transmission or Shift Command automatic transmission with a column- or floor-mounted lever. Twin-Grip limited-slip differential remained a desirable option, especially with the four-speed.
The big news for ’71 was the introduction of a 401-cubic-inch V-8, a bored-and-stroked version of the earlier 290- to 390-cubic-inch AMC V-8s. For only $137, the 401 helped the Javelin AMX come alive with 330 advertised horsepower at 5000 rpm. With the extra cubes, however, came a less-than-super 9.5:1 compression ratio for compatibility with low lead, low octane gas.
Externally, the Javelin AMX boasted its own grille, a flush-mounted wire mesh affair that was simply mounted ahead of the standard Javelin grille. Optional on all Javelins, but standard on the Javelin AMX were front and rear spoilers. A reverse-flow cowl vent package that used the high-pressure area at the base of the windshield for a carburetor-induction effect was an extra-cost item.
The optional “Go” package included a T stripe decal on the hood, Rally Pac instruments, a handling package, heavy-duty cooling, Twin-Grip limited-slip differential, power front disc brakes, Goodyear E60×15 Polyglas white-letter tires, and the same slot-styled steel wheels used on the ’70 AMC Rebel Machine.
Despite its larger size and an extra 100 or so pounds of curb weight compared to the ’70 AMX, the 3244-pound ’71 Javelin AMX with a 401 was able to run the quarter-mile in the credible mid 14s at around 93 mph.
The new Javelin AMX’s spoilers and cowl-induction hood were supposedly inspired by Mark Donohue’s experience racing Javelins in Sports Car Club of America Trans Am competition. AMC wrung as much publicity mileage as it could out of the Trans Am championships that Donohue and others won with the Javelin. Unfortunately, this didn’t leave much of an impression on potential Javelin AMX buyers. Some 2054 Javelin AMXs were built in ’71 -- just seven percent of Javelin production -- and only 745 are believed to have been equipped with the 401 V-8.


1972 AMC Javelin AMX 401

Slightly redesigned taillamps distinguished the 1972 AMC Javelin AMX 401 externally, but there were more important changes under the hood. As were its Motown rivals, AMC was scaling back performance under pressure from increasingly stringent exhaust-emission standards and oppressive insurance rates.
So the AMC 304-cubic-inch V-8 became the standard Javelin AMX engine for ’72; the 360 was now an option along with the 401. Underscoring this retreat, the manufacturers began to list net horsepower ratings -- the engine with all its accessories as installed in the car -- rather than gross horsepower -- essentially the engine free of encumbrances.
The 304 was listed at 210 horsepower in ’71, but only 150 under the new rating system in ’72. Estimates of the 304’s gross horsepower ran around 200, but regardless, the 304 proved a disappointment to buyers pursuing more horsepower for their Javelin AMX. Most opted for the larger 360, a $188 extra. This engine was down to 175 horsepower with the two barrel, 195 with a four barrel and single exhaust, and 220 for the four barrel with dual exhaust. Compression was down to 8.5:1 for more efficient use with the unleaded fuels that were now required. Included with the 360 were E70×14 Goodyear Polyglas tires and other features.
The 401-cubic-inch V-8 remained an option and was now rated at 255 horsepower at 4600 rpm.
As in 1968-71, the optional “Go” package was a tempting tick on the Javelin options sheet. It contained Cowl-Air induction, heavy-duty suspension, E60×15 Goodyear Polyglas tires, racing stripes, Rally Pac instrumentation, hood T-stripe decal, and related appearance/performance features.

1973 AMC Javelin AMX 401

The 1973 Javelin AMX was mostly a carryover, with the exception of new taillights and backup lights. The 401 kept its 255-horsepower rating and nearly identical choice of powertrains -- a standard four-speed or optional Torque Command automatic transmission.
Straight-line performance took a beating. Motor Trend saw a mediocre 15.5 at 90 mph in the quarter with a 401.
But for evidence of how manufacturers were de-emphasizing all-out go, you had to look no further than an AMC advertisement for the ’73 Javelin AMX. It touted the car’s continued Trans Am success, but absent was the excited rundown of horsepower, transmissions, and drag-strip-axle ratios that had spiced up earlier ads. Instead, the copy talked about the room in the back seat, “the nice balance of performance and comfort,” and AMC’s warranty plan. There even was a tag line that read “Buckle up for safety.”
Evidently this kind of appeal worked, for Javelin AMX sales jumped a dramatic ’73 percent in 1973, to an all-time high of 4737. That was nearly 18 percent of Javelin production.

1974 AMC Javelin AMX 401

By 1974 the ponycar war was grinding to a conclusion, and the 1974 AMC Javelin AMX was no exception. Ford had given up the ship in 1973 with the “last” of its high-performance V-8 Mustangs and Cougars. Both Chevrolet and Pontiac were scaling back their performance Camaros and Firebirds. Chrysler was preparing to axe the Barracuda and Challenger. AMC soldiered on with the Javelin AMX in this, the last year for an AMC ponycar.
Under the hood, the 304 remained the standard V-8, with the optional 360 and 401 still in the arsenal. The last big one continued to crank out its rated 255 net horsepower, with the assistance of a Motorcraft 4300 four-barrel carburetor and dual exhausts. A standard three-speed and optional four-speed continued as the manual-transmission choices; Torque Command automatic and Twin-Grip remained other choices.
The ’74 AMX didn’t do well in the marketplace compared to Camaro, Firebird, and the downsized Mustang II, all of which saw increased sales. Javelin production, meanwhile, reached a second-generation high of 27,696 units.
Of that number, 4980, or about 15 percent, were Javelin AMX models. AMC would resurrect the AMX tag, attaching it to the Hornet, Concord, and Spirit in subsequent years. But none had the muscle-car mystique that the Javelin AMX strived for, and certainly none could hold a candle to the classic, original 1968-70 AMX.

1971-1974 AMC Javelin AMX 401 Specs

The 1971-1974 AMC Javelin AMX 401 was the second-generation of AMC's hot ponycar. Get specifications for the 1971-1974 AMC Javelin AMX 401 here:
1974 AMC Javelin AMX 401
Javelin AMX styling changed little through ’74, as evident on this
1974 AMC Javelin AMX.
 
Engine TypeV-8/AMCV-8/AMC
Displacement (cid)360401
Horsepower @ rpm: 385 @ 4800 (245 @ 4800 2v) 330 @ 5000
Torque (pounds/feet) @ rpm 390 @ 3200 (365 @ 3200 2v) 430 @ 3400
Compression Ratio 8.5:1 9.5:1
Bore (inches) 4.08 4.17
Stroke (inches) 3.44 3.68
Valve Lifters Hydraulic Hydraulic
Availability 19711971
Engine TypeV-8/AMCV-8/AMC
Displacement (cid)304401
Horsepower @ rpm: 150 @ 4200 255 @ 4600
Torque (pounds/feet) @ rpm 245 @ 2500345 @ 3300
Compression Ratio 8.4:1 8.5:1
Bore (inches) 3.75 4.17
Stroke (inches) 3.44 3.68
Valve Lifters Hydraulic Hydraulic
Availability 1972-741972-74
Engine TypeV-8/AMC
Displacement (cid)360
Horsepower @ rpm: 220 @ 4400* (175 @ 4000 2V)
Torque (pounds/feet) @ rpm 315 @ 3100** (285 @ 2400 2V)
Compression Ratio 8.4:1 
Bore (inches) 4.08 
Stroke (inches) 3.44 
Valve Lifters Hydraulic 
Availability 1972-74
*195 @ 4400 single exhaust
**295 @ 2900 single exhaust

Times*:
0-60 mph (sec)N/A
0-100 mph (sec) N/A
1/4-mile (sec) 14.65 @ 92.97 mph 
Top speed (mph)N/A
Axle ratio N/A 
Engine type 401/330
Model year1971
*Source: Muscle Car Review (1987)
Times*:
0-60 mph (sec)7.7
0-100 mph (sec) N/A
1/4-mile (sec) 15.5 @ 90 mph 
Top speed (mph)115.53
Axle ratio 3.54:1 
Engine type 401/255
Model year1973
*Source: Motor Trend (1973)

1969 Chevrolet C10 news, pictures, and information






For 1969, Chevrolet made minor changes to its Model C Series 10 pickups. The trucks received a new grill that featured the Chevrolet nameplate through the center. The bow tie logo was moved to the middle of the hood. The C10 and K10 models were equipped with either a 115 inch wheelbase with a 6 1/2 foot cargo box or a 127 inch wheelbase with an 8 foot cargo box available in Fleetside or Stepside models. The base engine was a 250 cubic-inch six-cylinder unit offering 155 horsepower. Standard features included a panoramic rear window, 2 speed windshield wipers, low-profile control knobs, safety glass, painted front bumper (the chrome bumpers were optional), windshield defrosters, padded sun visors and more.
This 1969 Chevy C10 Step side truck has been modified with a Vintage Air Front Runner, custom paint, front disc brakes, and a 427/400 Big Block Corvette engine. The flat bed has ash planks with stainless steel hardware.

In 2013, the car was offered for sale at the Russo & Steele auction held in Scottsdale, Arizona. As bidding came to a close, the car had been sold for the sum of $12,925 inclusive of buyer's premium.

The Chevrolet C/K Series was Chevy and GMC's full-size pickup from 1960 through 1999 in the United States. (From 1965 to 1999 Canada, from 1964 through 2001 in Brazil, and from 1975 to 1982 in Chile). The 'C' indicated two-wheel drive while the 'K' meant four-wheel drive.

In 1999, the C/K light-duty pickup truck was replaced by the Chevrolet Silverado and GMC Sierra in the United States and Canada.

Chevrolet C10
In 1960, Chevrolet introduced a new body style of light pickup-truck that featured a drop-center ladder frame, allowing the cab to sit lower. In the front was an independent suspension setup. The old naming scheme, the 3100, 3200, and 3600 designations were replaced by the 10, 20 and 30. The 3100, 3200, and 3600 had been used for short 1/2, long 1/2 and 3/4-ton models (respectively).

Beginning in 1957, the trucks were available from the factory with a four-wheel drive system. The 'C' in front of the series number indicated 2-wheel drive while a 'K' represented 4-wheel drive. GMC did not use the 'C' nomenclature, though their 4x4 versions had the 'K' designation. Half-ton models were the C10 and K10 short-bed trucks, and C16 and K15 long-bed trucks. The 3/4-ton models were the C20 and K20, as well as the one-tone C30.

Beginning in 1960, the C/K trucks were available as 'Fleetside' or fendered 'Stepside' versions. GMC called these 'Wideside' and 'Fenderside.'

The 1962 versions were given a torsion bar suspension in the front, with trailing arm setup in the rear. Engines included the base GMC 305 cubic-inch V6 for the GMC version, delivering 135 horsepower. Inline-six engines included a 230, 236, 250, 261, and 292. V8 options included the 283 and 327. A three-speed synchromesh was standard, with a four-speed synchro and two-speed Powerglide available as optional equipment.

In 1963, a coil-spring front suspension setup became available, along with a base engine change. The new inline-6 3.8 liter engine delivered 140 horsepower. An optional 4.8 liter inline six, with 165 horsepower on tap, also was introduced.

In 1964, the cab was updated and the 'warparound' windshield was removed. A new front grille design appeared on the front, along with various other interior changes.

In 1965, air conditioning and a 327 cubic-inch V8 engine became available. In 1966, a new base engine was introduced - an inline-6 4.1 liter version delivering 155 horsepower.

The second generation of trucks was introduced in 1967 and would remain in production until 1972. It was given the nickname 'Action Line.' Most of the trucks built during this period were given a coil spring trailing arm rear suspension, greatly improving the ride over the traditional leaf springs. Those wanting the leaf springs could order that as an option. Leaf springs were standard on 30 series trucks.