The Ford GT40 is a high-performance endurance racing car designed and built by the Ford Motor Company. It grew out of the "Ford GT" project, an effort to compete in European long-distance sports car races, against Ferrari, who had won the prestigious 24 Hours of Le Mans race from 1960 to 1965. Ford succeeded with the GT40, winning the 1966 through 1969 races.
The Mazda 767/767B are prototype racing cars that were built by Mazdaspeed for the 24 Hours of Le Mans running under the IMSA-spec GTP class. The 767 replaced the 757 in 1988, upgrading to a newer and larger 4-rotor 13J Wankel engine which produced nearly 600 hp (450 kW).
The Ferrari P was a series of Italian sports prototype racing cars produced by Ferrari during the 1960s and early 1970s.
A Daytona Prototype was a type of sports prototype racing car developed specifically for the Grand American Road Racing Association's Rolex Sports Car Series as their top class of car, which replaced their main prototype racing class, specifically Le Mans Prototypes (LMPs). The cars later competed in the merged series of the IMSA SportsCar Championship, from 2014 to 2016, before being phased out and replaced by the Daytona Prototype International class in 2017. They are named after the main series event, the Rolex 24 at Daytona.
Riley Technologies LLC is an American auto racing constructor and team specializing in the design and manufacture of complete race cars, as well as prototype development for racing and manufacturing applications.
The Ferrari 250 Monza was a sports racing car produced by Ferrari in 1954. It was a combination of a stretched chassis and body from the line of inline-four-engined racers with an ubiquitous 3.0-litre Colombo V12 engine.
The Chevron B23 is a Group 5 sports prototype race car, designed, developed and built by British manufacturer Chevron, in 1973. Over its racing career, spanning 12 years, it won a total of 12 races, scored 41 podium finishes, and clinched 2 pole positions. It was powered by a naturally-aspirated 3.0 L (180 cu in) Ford-Cosworth DFV Formula One engine, producing 398 hp (297 kW).
The 2012 Rolex 24 at Daytona was a long-distance motor race for sports cars conforming to the regulations of the Grand-Am Road Racing series. The race was held over a duration of 24 hours, starting at 3:30pm on Saturday, January 28, finishing at 3:30pm the following day. The race was held on the sports car version of Daytona International Speedway, which includes only a portion of the NASCAR Superspeedway course and a loop of circuit which winds through the infield of the speedway.
The Intrepid RM-1 is a sports prototype racing car designed in 1991 by Bob and Bill Riley and built by Pratt & Miller to IMSA GTP specifications. Powered by a Chevrolet V8 engine, it was campaigned variously by Jim Miller, Prototype Technology Group and Wayne Taylor in the IMSA Camel GT from 1991 through 1993. Though it won only one race in its three seasons of competition, the shovel-nosed Intrepid was notable for the extreme—and at one point, disastrous—levels of downforce it generated, giving it the highest cornering speeds of any prototype of its era. The car's development was set back by a devastating 1991 crash at Watkins Glen that critically injured driver Tommy Kendall, and the program never fully recovered.
The Jaguar XJR-7 is a IMSA GTP sports prototype race car, designed, developed, and built by Group 44, for Jaguar with the aim of competing, from 1985, in the IMSA GT Championship. Jaguar XJR-7s contested until 1988, before Jaguar replaced it with the Jaguar XJR-9.
Maserati has made three inline-4 racing engines, that were designed for both Formula One and Sports car racing. Their first engine was the supercharged 4CLT engine in 1950; with the 1.5 L engine configuration imposed by the FIA for engines with forced induction. Their second engine was the naturally-aspirated 250S engine; with the 2.5 L engine configuration, and was used by Cooper and JBW. Their third and final engine was the naturally-aspirated Tipo 6-1500; with the 1.5 L engine configuration, and the customer engine was used by Cooper, Emeryson, Lotus, and E.N.B. teams.
The Shadow Mk.II, is a purpose-built sports prototype race car, designed, developed and built by Shadow Racing Cars to Group 7 racing specifications, specifically to compete in the Can-Am racing series, in 1971. It was powered by a naturally aspirated, Chevrolet big-block engine, developing 740 hp (550 kW), and 655 lb⋅ft (888 N⋅m) of torque.
The March 85G was a mid-engined IMSA racing sports prototype, designed and developed by March Engineering in 1984 and used in sports car racing until 1988.
The March 84G was a mid-engined Group C and IMSA racing sports prototype, designed and developed by March Engineering in late 1983 and used in sports car racing until 1989. It was powered by a number of different engines, including a Chevrolet small-block, a Buick V6, a Porsche flat-six, and even a Mazda 13B Wankel rotary engine. Power output was around 620 hp (460 kW). It only managed to score 5 wins, and clinch a total of 10 podium, over the course of 7 years and 119 race entries.
The Brabham BT5, and its evolution, the Brabham BT8, are sports racing cars manufactured and developed by Brabham in 1963 (BT5) and 1964 (BT8), respectively. It won a total of 4 races, and achieved 10 podium finishes.
The McLaren M1A, and its derivatives, the McLaren M1B and the McLaren M1C, are a series of mid-engined Group 7 sports prototype race cars built by McLaren, between 1963 and 1968. The M1A was the team's first self-designed and developed sports car. Later versions, such as the 'M1B' and 'M1C', competed and raced in the North American Can-Am series, starting in 1966 season. The car was raced in North America and Europe in 1963 and 1964 in various Group 7 and United States Road Racing Championship series events. 24 examples of the M1A and M1B were built, and 25 examples of the M1C were manufactured. They were powered by a few different motors, including Chevrolet small-block engine, an all-aluminum Oldsmobile V8 engine, a Chevrolet big-block engine, and even a Ford FE engine. It was constructed out of a tubular space frame chassis, and, combined with its light weight of 551 kg (1,215 lb) this gave it a great power-to-weight ratio. The 4.5 L (270 cu in) Oldsmobile V8 engine developed around 310 hp (230 kW), while the 350 cu in (5.7 L) Chevrolet small-block V8 engine was capable of developing over 550 hp (410 kW), and 538 lb⋅ft (729 N⋅m) of torque. This drove the rear wheels through a Hewland L.G.500 four-speed manual transmission.
The March 82G is a IMSA GTP/Group C sports prototype race car, designed, developed and built by British manufacturer and constructor March Engineering, for sports car racing, in 1982. It competed in motor racing between 1982 and 1986, but only scored 1 race win, 8 podium finishes, and 2 pole positions. It was powered by a naturally-aspirated 620 hp (460 kW) 5.7 L (350 cu in) Chevrolet V8 engine.
The Fabcar FDSC/03, and its evolution, the Fabcar FDSC/03 Evo, are first-generation Daytona Prototype, designed, developed and built by American manufacturing company, Fabcar Engineering, for the Grand-Am Rolex Sports Car Series, in 2003.
The Lola T280, and its evolutions, the Lola T282, Lola T284, and Lola T286, are a series of 3-liter Group 5 sports prototype race cars, designed by Eric Broadley, John Barnard, and Patrick Head, and developed and built by British manufacturer and constructor Lola, for World Sportscar Championship sports car racing, between 1972 and 1976.
Lola B10/60 is a sports prototype race car, designed, developed, and produced by British manufacturer Lola, and built to LMP1 rules and regulations, in 2010. It was Lola's attempt to compete in the European Le Mans Series, American Le Mans Series, and Intercontinental Le Mans Cup. It was entered by the Rebellion Racing team for the 2010 Le Mans Series season, and Drayson Racing for the 2010 American Le Mans Series season.
