The Peugeot Hypercar Will Fly Without A Wing At The 24 Hours of Le Mans

 

Illustration for article titled The Peugeot Hypercar Will Fly Without A Wing At The 24 Hours of Le Mans
Image: Peugeot

 

Peugeot has finally unveiled its hypercar for the 2022 season of the World Endurance Championship. We’d only seen bits and pieces of it so far, but we can now see the concept car, which Peugeot has dubbed the 9×8.

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This is the hybrid hypercar that will take on the French carmaker’s rivals at Le Mans in the upcoming season, and it seems what Peugeot is most proud of about the 9X8 is related to its design. Namely, that the car has no rear wing:

No rear wings are kind of trendy right now, but it makes sense that Peugeot is leaning on design to stand apart from its rivals at this early stage. Remember that the FIA’s regulations dictate very specific rules for the hypercars.

 

Illustration for article titled The Peugeot Hypercar Will Fly Without A Wing At The 24 Hours of Le Mans
Image: Peugeot

 

 

The machines in the Le Mans hypercar class, or LMH, will be capped at 500kW, or 670 horsepower, of total power output from a hybrid drivetrain and they have to weigh at least 1,030kg, or 2,270 pounds. The specs limit what the OEMs can do with their entries into the class, so their design is mostly where the hypercars would differ and I think Peugeot has done a very good job.

 

Illustration for article titled The Peugeot Hypercar Will Fly Without A Wing At The 24 Hours of Le Mans
Image: Peugeot

 

 

One of the coolest bits are the integrated mirrors, which highlight the attention Peugeot paid to airflow. That’s just part of the bigger picture of the car: It has no rear wing. The company actually says that it figured out how to make the car so aerodynamic it doesn’t need one:

“The new Le Mans Hypercar regulations were drawn up to level out the importance of conventional performance-boosting systems,” explains Olivier JANSONNIE, PEUGEOT Sport’s WEC Programme Technical Director. “Designing the 9X8 has been a passionate experience because we had the freedom to invent, innovate and explore off-the-wall ways to optimise the car’s performance, and more especially its aerodynamics. The regulations stipulate that only one adjustable aerodynamic device is permitted, without specifying the rear wing. Our calculation work and simulations revealed that high performance was effectively possible without one.”

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The carmaker also says it’s not going to share exactly how it figured out the aerodynamics, and that it’s going to guard its secret for as long as it possibly can.

Peugeot wouldn’t even be the first to run a no-wing prototype at Le Mans in the modern era. The wonderfully strange Deltawing did without a wing at all at the back. It’s probably worth mentioning that its doomed spiritual successor, the Nissan LMP1 project, did.

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The 9X8’s name comes from the carmaker’s history in endurance racing, but also places it among Peugeot’s current lineup, as it describes:

The “9” continues the series employed by the manufacturer for its recent topflight endurance racing cars, namely the PEUGEOT 905 (which raced from 1990 until 1993) and the 908 (2007 until 2011), both of which became icons of the brand.

The “X” refers to the PEUGEOT Hypercar’s all-wheel drive technology and hybrid powertrain which embodies the brand’s electrification strategy in the world of motor racing.

The “8” is the suffix used for all of PEUGEOT’s current model names, from the 208 and 2008, to the 308, 3008, 5008 and, of course, the 508 which very recently passed through the hands of the engineers and designers who crafted the Hypercar to become the first car to sport the Peugeot Sport Engineered label.

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The hypercar has adopted many of Peugeot’s current design cues. The carmaker says the 9×8’s light are inspired by the claws of big cats, and I can see how, but their practicality on the track is questionable. We’ll see what stays and what goes as the concept goes through development before hitting the track in 2022.

 

Illustration for article titled The Peugeot Hypercar Will Fly Without A Wing At The 24 Hours of Le Mans
Image: Peugeot

 

 

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Illustration for article titled The Peugeot Hypercar Will Fly Without A Wing At The 24 Hours of Le Mans
Image: Peugeot

 

 

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Jaguar Classic plans new run of vintage C-types

Jaguar Classic will celebrate the 70th anniversary of the famed C-type with a limited run of new and hand-built copies of the 1950s sports and racing car.

“Driven by some of the most-admired racing drivers in history, the C-type laid the foundations for Jaguar’s success in endurance racing and is synonymous with design and engineering innovation,” Dan Pink, Jaguar Classic director, is quoted in the company’s announcement.

“Seventy years on, Jaguar Classic is proud to be able to utilize the latest innovations in manufacturing technology – alongside traditional skills and unrivaled expertise – to reintroduce this legendary car for a new generation of enthusiasts to enjoy.” 

The cars will be produced at the Jaguar Land Rover Classic Works facility in Coventry, England, the company said. The continuation cars will be “full authentic, disc-brake-equipped C-type” vehicles. However, a new “online configurator brings 3D CAD engineering data to life, allowing prospective customers and enthusiasts to specify their perfect  C-type virtually,” it added. 

Even those not ordering cars can use the configuration to build and share their favorite versions on the JaguarUSA Instagram, Facebook or Twitter websites.

“Eight C-type Continuation cars will be built ahead of a racing-inspired celebration event for their owners in 2022,” Jaguar Classic said. “Each example will reflect the 1953 Le Mans-winning works team car specification, including a 220hp 3.4-liter inline-six engine with triple Weber 40DCO3 carburetors and disc brakes. 

“Additional options available to C-type Continuation customers 

include an FIA-approved Harness Retention System. Not just for show, these C-types will be eligible for historic racing, track and closed-road use.”

Jaguar Classic added that the C-types will be built “on the experienced gained with previous Jaguar Classic Continuation programs for 

Lightweight E-type, XKSS and D-type, (for which) Jaguar Classic engineers consulted the Jaguar archives and cross-referenced scan data taken from an original C-type in conjunction with the latest computer-aided design (CAD) technology, to create the most authentic new C-type possible. 

“Exclusive access to original engineering drawings and company records created by the original C-type development team – including Malcolm Sayer, competitions manager Lofty England, and engineers William Heynes, Bob Knight and Norman Dewis – ensure the 1953 

specifications are accurately maintained.” 

C-type takes victory at Le Mans in 1953 | JDHT photos

Jaguar launched the C-type in 1951, with Peter Walker and Peter Whitehead driving to victory at Le Mans. 

In 1952, Jaguar and Dunlop introduced disc brakes to motorsports with Stirling Moss winning the Reims Grand Prix in France with such a setup.

Jaguar won again at Le Mans in 1953, with Tony Rolt and Duncan Hamilton in the winning car and with Walker and Moss finishing second and Whitehead and Ian Stewart fourth in other C-types.

From 1951-53, Jaguar produced 53 C-type sports cars, with 43 of them — all equipped with drum brakes and engines tuned to 200 horsepower as in 1951 — sold to private owners. 

1953 C-type beneath the sheetmetal

Pricing of the continuation cars was not included in the news release. For more information on the C-type continuation cars, visit the Jaguar Classic website.

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