Jaguar D-Type

The Jaguar D-Type, like its predecessor the C-Type, was a factory-built race car. Although it shared the basic straight-6 XK engine design (initially 3.4 litres and uprated to 3.8 litres in the late fifties) with the C-Type, the majority of the car was radically different. Perhaps its most ground-breaking innovation was the introduction of a monocoque chassis, which not only introduced aircraft-style engineering to competition car design, but also an aeronautical understanding of aerodynamic efficiency. The D-Type was introduced purely for competition, but after Jaguar withdrew from racing, the company offered the remaining, unfinished chassis as the roadgoing Jaguar XKSS, by making changes to the racers: adding an extra seat, another door, a full-width windshield and primitive folding top, as concessions to practicality. However, on the evening of 12 February 1957, a fire broke out at the Browns Lane plant destroying nine of the twenty five cars that had already been completed or in semi-completion. Production is thought to have included 53 customer D-Types, 18 factory team cars, and 16 XKSS versions.he new chassis followed aircraft engineering practice, being manufactured according to monocoque principles. The central tub, within which the driver sat, was formed from sheets of aluminium alloy. To this was attached an aluminium tubing subframe carrying the bonnet, engine, front suspension, and steering assembly. The rear suspension and final drive were mounted directly onto the monocoque itself. Fuel was carried in deformable bags inside cells within the monocoque; another aircraft innovation.^[1]

The highly efficient, aerodynamic bodywork was largely the work of Malcolm Sayer, who joined Jaguar following a stint with the Bristol Aeroplane Company during the Second World War. Although he also worked on the C-Type, the limitations of the conventional separate chassis did not allow full expression of his talent. For the D-Type, Sayer insisted on a minimal frontal area. To reduce its height, Haynes and former-Bentley engineer Walter Hassan developed dry sump lubrication for the XK engine. By also canting the engine over by 8° (resulting in the trademark, off-centre bonnet bulge) the reduction in area was achieved. Care was taken to reduce drag caused by the underbody, resulting in an unusually high top speed; for the long Mulsanne Straight at Le Mans, a large vertical stabiliser was mounted behind the driver's head for aerodynamic stability with minimum drag. For the 1955 season, factory cars were fitted with a revised, long-nose version of the bodywork, which increased top speed even further.

Mechanically, many features were shared with the outgoing C-Type. The ground-breaking disc brakes were retained, as was the XK engine. Apart from the new lubrication system, as development progressed during the D-Type's competition life the engine was also revised. 1955 saw the introduction of larger valves, and an asymmetrical cylinder head design within which to accommodate them. The Jaguar D-Type was the second racing car to have Dunlop disk brakes. The Citroën DS, introduced a year later, was the first production car with disk brakes in Europe. The Crosley Hotshot was the first American automobile with disk brakes, in 1949.
Elements of the body shape and many construction details were used in the iconic Jaguar E-Type.
The D-Type was produced by a team, led by Jaguar's race manager Lofty England, who always had at least one eye on the 24 Hours of Le Mans, the most prestigious endurance race of the time. As soon as it was introduced to the racing world in 1954, the D-Type was making its presence felt. For the 1954 24 Hours of Le Mans the new car was expected to perform well, and perhaps even win. However, the cars were hampered by sand in their fuel. After the fault had been diagnosed and the sand removed, the car driven by Duncan Hamilton and Tony Rolt quickly got back on the pace, finishing less than one lap down on the winning Ferrari.

The 1955 car incorporated the new long-nose bodywork, and the engine had been uprated with larger valves. The team again proved strong at Le Mans, and with no sand to worry about they were a good match for the Mercedes-Benz 300 SLR cars who were hotly tipped to win. Sadly the contest was curtailed by one of the worst accidents ever to occur in motorsport: after only three hours of the twenty-four had elapsed, Pierre Levegh's SLR clipped the tail of an Austin-Healey, sending the German machine into the hay-bale barrier. The Mercedes erupted into a flaming ball and sent burning wreckage and debris into the crowd. More than 80 people, including Levegh, were killed, and many more injured. Mercedes withdrew from the race almost immediately, although at the time Juan Manuel Fangio was leading in his SLR, but Jaguar opted to continue. Some blamed Mike Hawthorn for causing the crash as he swerved his D-Type in front of the Healey, setting off the tragic chain of events. Hawthorn and his co-driver Ivor Bueb went on to win the race.

Jaguar D-Type XKD606, winner of the 1957 Le Mans 24 Hours race, in Ecurie Ecosse metallic Flag Blue livery.

With Mercedes deciding to withdraw from motorsport at the end of the 1955 season, the field was clear for Jaguar to clean up at the 1956 24 Hours of Le Mans race. However, it proved to be a bad year for the works team; only one of their three cars made it to the finish, and then only in 6th place. Luckily for the D-Type's reputation, the small Edinburgh-based team Ecurie Ecosse were also running a D-Type, driven by Ron Flockhart and Ninian Sanderson, and this car came through to win ahead of works teams from both Aston Martin and Scuderia Ferrari. Away from Le Mans, the Cunningham Team raced several Jaguar D-Types after being offered the automobiles by Jaguar's head, Sir William Lyons, if Briggs Cunningham would stop building his own automobiles. In May 1956, the Cunningham team's entries in the Cumberland circuit in Maryland included three of those D-Type Jaguars – characteristically painted in the pristine white-and-blue Cunningham Team colors – for drivers John Fitch, John Gordon Benett, and Sherwood Johnston.
Ironically, after Jaguar had withdrawn from motorsport at the end of the 1956 season, 1957 proved to be the D-Type's most successful year. In the 1957 Le Mans race D-Types took five of the top six placings; Ecurie Ecosse (with considerable support from Jaguar, and a 3.8-litre engine) again took the win, and second place. This was the high-water mark in the car's career however.

For 1958, the Le Mans rules were changed, limiting engine size to 3 litres for sports racing cars, thus ending the domination of Jaguar's D-Type with its 3.8-litre XK engine. Jaguar developed a 3-litre version of the XK engine, which powered D-Types in the 1958, 1959 and 1960 Le Mans races. But the 3-litre version of the XK engine was unreliable, and by 1960 was not producing sufficient horsepower to be competitive.With ever decreasing factory support and increasingly competitive cars from rival manufacturers, the D-Type's star waned. Although it continued to be one of the cars to beat in club- and national-level races it never again achieved a podium result at Le Mans, and by the early 1960s had disappeared into obsolescence.

Value

The first factory production D-Type (XKD-509) was sold at Bonhams auction for £2,201,500 in July 2008. The previous highest confirmed price was £1,706,000, set in 1999.

Ferrari P series

The Ferrari P series were prototype sports cars in the 1960s and early 1970s.
Although Enzo Ferrari resisted the move even with Cooper dominating F1, Ferrari began producing mid-engined racing cars in 1960 with the Ferrari Dino-V6-engine Formula Two 156, which would be turned into the Formula One-winner of 1961.

Sports car racers followed in 1963. Although these cars shared their names (based on engine displacement) with road models, they were almost entirely dissimilar. The first Ferrari mid-engine in a road car did not arrive until the 1967 Dino, and it was 1971 before a Ferrari 12-cylinder engine was placed behind a road-going driver in the 365 GT4 BB.

250 P

The 250 P was a Prototype racer produced in 1963, winning the 12 Hours of Sebring, 1000 km Nürburgring and the 24 Hours of Le Mans in that year. It was an open cockpit mid-engined design with a single-cam 3.0 L 250 Testa Rossa V12 engine and was almost entirely unrelated to the other 250 cars.
The 275 P and 330 P were evolutions of the 250 P with 3.3 L and 4.0 L engines, respectively. These raced during 1963 and 1964.

330 P2

Ferrari 330 P2

An entirely new car, the 330 P2, followed in 1965. It featured a lower and lighter chassis and more aerodynamic body, paired with a 410 hp (305 kW) version of the 330 V12. It was first used by Luigi Chinetti's North American Racing Team (NART) in the Daytona race that year. Some of NART's P2 cars also used the 4.4 L engine and thus were named 365 P2. The P2 was not a great success for Ferrari, however, so it was replaced by the P3 for 1966.

330 P3

The 1966 330 P3 introduced fuel injection to the Ferrari stable. It also used a P3 (Type 593) transmission that was prone to failure and was replaced by a ZF transmission when P3 0844 and 0848 were converted to 412P's, another Ferrari first that would only last one season when the ZF's were replaced by 603R P4 transmissions in all the 412P's.

There are no longer any Ferrari P3's existent as original P3 0846 was converted to a P 3/4 and P3's 0844 and 0848 were converted to 412P's by Ferrari.

412P

412P 0844 at the 2007 Goodwood Festival of Speed.

The Ferrari 412P was a "customer version" of the famous 330 P3 race car, built for independent teams like NART (0844), Scuderia Filipinetti (0848), Francorchamps (0850), and Maranello Concessionaires (0854). These cars had carburetor engines instead of the factory Lucas fuel injection. Surviving 412P cars are worth approximately $8 million^{[clarification needed]}at auction.^{[citation needed]} (at Silverstone Classic 2011, 0844's suggested value (by the mechanic working on it) was quoted at UK£12m (US$18m)
There are only 2 cars that were originally built as 412P's: 0850 and 0854. P3 chassis. P3 Typo Motors except for Carburetors in place of FI. P4 suspension but P3 wheelbase 2412mm vs. 2400mm (P4 and P 3/4 0846) 0844 and 0848 were originally P3 Factory Racecars but when Ferrari sold them to customers they removed the Lucas Mechanical Fuel Injection and replaced it with Weber carburetors which reduced their output, something Ferrari wanted to do so that they would win points but not beat the factory cars which were then P 3/4 0846 (See Above), P4 0856, P4 0858, and P4 0860.
The P3's and 412P had the same 4 liter block which is different from the P4 4 liter block and all had P3 not P4 chassis. P 3/4 0846 is unique having, after modification by Ferrari for the 1967 race season, a P3 chassis with a P4 engine.
The 412P and related 330 P3/4 and P4 models weren't eligible for the International Championship of Makes in 1968 as their engines were too large for the new 3 litre Group 6 Prototype category and too few examples had been built to allow homologation for the 5 litre Group 4 Sports Car category which required production of at least 50 units.^[2] Ferrari did not contest the championship for a year in protest.
Four 412 Ps were built:

• 0844 was a converted P3 and is currently in the UK owned by Harry Leventis
• 0848 was a converted P3 and is currently in Switzerland
• 0850 is currently owned by an American
• 0854 is currently owned by James Glickenhaus, who also commissioned and owns the Ferrari P4/5.

  512 S and 512 M

  Main article: Ferrari 512
  

  Ferrari 512 S driven by Nino Vaccarella at the 1970 1000 km Nurburgring
  These were not designated with P as they were not built for the 3000cc Prototype category, but with S as 5000cc Sports cars, of which at least 25 had to be built. Porsche had made that investment in early 1969 with the new Porsche 917. Ferrari answered with the Ferrari 512 which was introduced for 1970, and later modified as 512 M.
  

  P4/5

  
  

  Styling Model of Ferrari P 4/5 by Pininfarina at The Paris Auto Show
  Main article: Ferrari P4/5 by Pininfarina
  In 2005, James Glickenhaus commissioned Pininfarina to rebody an Enzo as a special one-off custom car.^[9] It is inspired by the early P racers, and especially Glickenhaus' own resurrected P3/4.^[10][11]
  
  
  In May 2010 Glickenhaus announced that P 4/5 Competizione a new car based on P 4/5's designs but built to FIA GT2 Standards would be built and Raced at the 2011 24 Hours of Nurburgring by Scuderia Cameron Glickenhaus in an Experimental Class under the Direction of Paolo Garella Former Head of Special Projects at Pininfarina.
  
  
  
  
   
  
  At The 2011 24 Hours of Nurburgring P 4/5 Competizione finished 2 in class and received a special Constructor's Trophy. After The 24 Hours of Nurburgring P 4/5 Competizione was displayed in The National Auto Museum of Italy in Torino for a month.

Toyota 2000 GT

The Toyota 2000GT is a limited-production, front-engine, rear-wheel drive, two-seat, hardtop coupé grand tourer designed by Toyota in collaboration with Yamaha. First displayed to the public at the Tokyo Motor Show in 1965, the 2000GT was manufactured under contract by Yamaha between 1967 and 1970.

The 2000GT revolutionized the automotive world's view of Japan. The 2000GT demonstrated that Japanese auto manufacturers could produce a sports car to rival those of Europe, in contrast to Japan's image at the time as a producer of imitative and stodgily practical vehicles. Reviewing a pre-production 2000GT in 1967, Road & Track magazine summed up the car as "one of the most exciting and enjoyable cars we've driven", and compared it favorably to the Porsche 911. Today, the 2000GT is seen as the first seriously collectible Japanese car and the first "Japanese supercar". Examples of the 2000GT have sold at auction for as much as US$375,000.Much of the work was done by Yamaha, which in addition to its wide product range of the time also did much work for other Japanese manufacturers. Many credit the German-American designer Albrecht Goertz, a protégé of Raymond Loewy, as inspiration for the car. He had gone to Yamaha in Japan in the early 1960s to develop a two-seater sports car for Nissan. A prototype was built, but Nissan decided eventually not to pursue the project. Yamaha also worked for Toyota, then perceived as the most conservative of the Japanese auto makers. Wishing to improve their image, Toyota accepted the proposal, but employed a design of their own penned by Toyota designer Satoru Nozaki.The 2000GT design is widely considered a classic in its own right. Its smoothly flowing bodywork was executed in aluminium and featured pop-up headlights, as well as large plexiglas covered driving lamps on either side of the grille similar to those on the Toyota Sports 800. The design scarcely featured bumpers at all, and the plexiglas driving lamp covers in particular are rather easily damaged. The car was extremely low, just 45.7 in (116 cm) to the highest point of the roof. In 1969, the front was modified slightly, making the driving lamps smaller and changing the shape of the turn signals. The rear turn signals were enlarged at the same time, and some alterations were made to modernise the interior. The last few vehicles were fitted with air conditioning and had automatic transmission as an option. These cars had an additional scoop fitted underneath the grille to supply air to the A/C unit. Two custom open-top models were built for the James Bond film You Only Live Twice, but a factory-produced convertible was never offered during the car's production run.

The interior offered comfortable, if cramped, accommodation and luxury touches like a rosewood-veneer dashboard and an auto-seeking radio tuner. At the time, Road & Track felt that the interior was up to par for a "luxurious GT", calling it an impressive car "in which to sit or ride - or simply admire."The engine was a 2.0 L (121 in³) straight-6 (the 3M) based on the engine in the top-of-the-line Toyota Crown sedan. It was transformed by Yamaha with new double overhead camshaft heads into a 112 kW (150 hp) sports car engine. Carburation was through three two-barrel Solex 40 PHH units. Nine special MF-12 models were also built with the larger but SOHC 2.3 L 2M engine. The car was available with three different final drives. fitted with a 4.375 ratio axle the car was said to be capable of reaching 135 mph (217 km/h).

The engine was traditionally mounted fore-and-aft and drove the rear wheels through a five-speed manual transmission. A limited slip differential was fitted, and in a first for a Japanese car, all-round power-assisted disc brakes. The atypical emergency brake gripped the rear disc directly.Toyota entered the 2000GT in competition at home, coming third in the 1966 Japanese Grand Prix and winning the Fuji 24-Hour Race in 1967. In addition, the car set several FIA world records for speed and endurance in a 72-hour test. Unfortunately, the record car was destroyed in a pace car accident and eventually scrapped. These records shortly prompted Porsche to prepare a 911R especially to beat this record.

Carroll Shelby would also enter a pair of 2000GTs to compete in the SCCA production car races competing in the CP category. Initially Shelby built three cars, including one spare. Although performing well, 1968 was the only season the car competed in the US. Toyota took back one of the cars and rebuilt it into a replica of their record car, which still resides in Japan. The two remaining Shelby cars still reside in the United States.