All posts in “Porsche Race Car”

2018 Porsche 911 RSR – Porsche’s Mid-engined 911 Race Car

However, the allocation for MY2018 units was already spoken for before this calendar year – all 6 of them, each costing $1.18 million USD. Even Porsche’s head of Motorsport, Dr. Frank Walliser, has been surprised by the level of public consumer demand for the car – so much so that in mid-2017, Porsche decided to make the car available for purchase through its Customer Motorsport Program. Prior to this, the allotment was restricted to factory racing teams.

The Porsche 911 RSR is a special looking car, but despite its extreme enhancements, its visual profile remains undeniably 911. To understand what truly differentiates this 911 from any other, you would have to look at the engine bay – not so much what’s in it, but where it is.

The RSR is the only 911 to have its engine sitting in front of the rear axle, effectively making this a mid-engined car. Dr. Walliser goes on to remark, “While retaining the typical 911 design, this is the biggest evolution by now in the history of our top GT model”.

Repositioning the flat-six engine is considered an essential design element in ensuring the car remains competitive in its GTLM racing class. Apart from its more centralized weight distribution – effectively reducing tire wear at the rear wheels – the new engine placement also allows for the use of a massive rear diffuser and top-mounted rear wing, which significantly improves aerodynamic efficiency over rear-engined iterations.

As Porsche customers and enthusiasts, perhaps what we should be most looking forward to is a street-legal version of a mid-engined 911 in the future. It could be the makings of something as controversial as it is exciting, and Porsche has a strong track record of sharing its race-proven technologies with its production models.

Engine

While some purists may be tentative about the idea of a mid-engined 911, they will feel more at ease about the fact that it remains in every other sense, more familiar. The 4.0L naturally aspirated boxer engine produces 510-horsepower (depending on size of restrictor) and revs all the way up to its 9,500 rpm redline – imagine a 911 GT3 engine on steroids.

It also features a water cooling system, direct fuel injection, a dry sump lubrication system and four valves per cylinder.

Chassis & Design

Mated to the engine is a six-speed electronic sequential gearbox which is cased in magnesium, and is operated using steering wheel mounted paddle shifters.

The car is also fitted with a myriad of devices and equipment to meet or exceed safety regulations. A radar-supported collision warning system dubbed ‘Collision Avoid System’, proactively alerts drivers to potentially dangerous situations involving other vehicles – particularly useful when dealing with traffic that includes faster prototype cars. The safety cage has been redesigned, along with a rigidly-mounted racing seat fixed to the chassis.

The 911 RSR weighs just 1,234 kg with its full arsenal of wider haunches, 13-inch-wide rear wheels and a massive rear diffuser and rear wing. Entire sections of its carbon fiber panels can quickly and easily be replaced thanks to the clever use of quick-release mechanisms. Changes to the suspension setup can also be performed on short notice.

All technical specs can be found on Porsche’s official website.

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Porsche 919 Hybrid Evo – How to Go Faster Than a Formula 1 Car

On April 9, 2018, Porsche announced1 that its Le Mans-winning LMP1 car set a new lap record of 1:41.770 at the legendary Spa Francorchamps race track in Belgium, with Swiss racing driver Neel Jani behind the wheel.

The previous record belonged to Lewis Hamilton’s Mercedes-AMG F1 car, which achieved pole position in the 2017 Belgian Grand Prix with a time that is 0.783 seconds slower than the Porsche.

With the car retiring after the 2017 LMP WEC season, the Porsche team decided to throw it a truly memorable send-off. Freed from any restrictions brought upon by strict regulations in the class it competed in, Porsche threw out the rulebook and established a new benchmark.

Amongst the notable parting gifts was a significant horsepower bump, increasing the turbo V4 to 720 horsepower from 500 horsepower. Additionally, the electric motor received a 10% boost, now generating 440 horsepower. In total this gave the 919 a remarkable 1160 horsepower.

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In order to fully utilize the overall 28% increase in horsepower, Porsche gave the car a significant facelift, adding active-aero pieces which can generate up to 53% more downforce than the previously shackled version. Higher performance Michelin tires and weight reduction were also part of the program, effectively birthing what would become an F1 destroyer.

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Porsche has suggested that the party is just getting started, with plans to run the car at other famous tracks such as the Nürburgring Nordschleife, Brands Hatch, and Laguna Seca. We look forward to following the car’s progress as it continues its “919 Tribute Tour”.

Performance and Specifications Summary

<td data-sheets-value="{"1":2,"2":"720 PS, rear axle (

720 PS, rear axle (< 500 PS)
Monocoque:
Composite material structure consisting of carbon fiber with an aluminium honeycomb core. The cockpit is closed.
Combustion engine:
V4 engine (90-degree cylinder bank angle), turbocharged, 4 valves per cylinder, DOHC, 1 Garrett turbocharger, direct petrol injection, fully load-bearing aluminium cylinder crankcase, dry sump lubrication
Max. engine speed: ≈ 9.000/min
Engine management: Bosch MS5
Displacement:
2.000 cm3 (V4 engine)
Output: Combustion engine:
MGU: 400 PS)”}”>

440 PS, front axle (> 400 PS)
Hybrid system:
KERS with a motor generator unit (MGU) mounted on the front axle; ERS for the recuperation of energy from exhaust gases. Energy storage in a liquid-cooled lithium-ion battery with cells from A123 Systems
Drive system:
Rear-wheel drive, traction control (ASR), temporary all-wheel drive at the front axle via the electric motor when boosted, hydraulically operated sequential 7-speed racing gearbox
Chassis:
Independent front and rear wheel suspension, push-rod layout with adjustable dampers and Pitch Link System with actively controlled lockout system (no actively controlled lockout system in the 919 WEC version)
Brake system:
4-wheel brake-by-wire system (front-rear brake-by-wire system), monoblock light alloy brake calipers, ventilated carbon fibre brake discs front and rear.
Special:
Variable control of wheel torques to optimize the car balance (variable control of torque distribution front to rear)
Wheels and tires:
Forged magnesium wheel rims from BBS; Michelin Radial tires, front and rear: 310/710-18
Weight:
849 kg (888 kg including driver ballast)
Length:
5,078 mm (4,650 mm)
Width: 1,900 mm
Height: 1,050 mm
Fuel tank capacity: 62.3 liters

Just How Fast is the Porsche 919 Evo Hybrid, Exactly?

Prior to the new lap record set by the Porsche 919 Hybrid Evo, the Top 10 times2 at Spa Francorchamps all belonged to F1 cars.

To provide some perspective on how fast these machines truly are, relatively common street-legal production supercars only start appearing down the list at around the 2:40 lap time mark. This means that blisteringly fast road cars such as the Porsche 911 GT3 RS, McLaren 675LT and Nissan GT-R – cars that turn our heads as they pass us on a city street – are a full minute slower than the Porsche 919 Hybrid Evo.

For a comprehensive list of the fastest lap times recorded at Spa Francorchamps, follow the link below:

http://fastestlaps.com/tracks/spa-francorchamps

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