This Might Look Like A Production Porsche 959 At A Glance, But It Definitely Is Not
I wouldn’t criticize you if you tried to say this was a normal Porsche 959, as the body does look pretty similar to the production car. However, this isn’t the case. In fact, as if being one the few surviving examples of just 12 prototypes built didn’t make this car rare enough, it’s also one of the few that were finished in Ruby Red. The car was apparently designed specifically for electric system testing and hot weather testing on the U.S. West Coast and in Europe.
Still need proof that this is an authentic prototype, well that proof comes on the inside. Throughout the testing phase, several different interior layouts were installed, including one with different seats. You can find extra and disconnected electric wiring under the passenger seat along with hard mounts for the electronic testing equipment next to the rear seats. The car is also lacking power steering, ride-height control, a passenger-side mirror, alarm, windshield washer, and the fuel filler cap among other things.
Porsche 959 specifications
Engine
2849 cc Bi-turbocharged flat-6
Bore x stroke
95.0 x 67.0 mm
Compression ratio
8.3:1
Horsepower (DIN)
444 HP @ 6,500 RPM
Torque
370 LB-FT @ 5,500 RPM
Fuel delivery
elect. port injection
Transmission
6-speed manual
0-60 mph
3.7 seconds
Top Speed
197 mph
This 959 Prototype’s History Is Interesting
How much do you think the asking price is?
Swipe up to learn more about it, see the full gallery, and find a link to the sale listing!
After the Porsche 969 hit the production lines, Porsche destroyed most of the other prototypes that were built alongside this one. This car, however, was imported into the U.S. in the latter half of the 1980s and was displayed like a trophy at the HQ of Vasek Polak – a Porsche importer and dealer. Sometime after that, it was shipped off to Japan for demonstrational activities before being sold to Belgium and later the United Kingdom. The car eventually made it back to its homeland of Germany, where it’s currently on sale. According to the listing, it has just 26,520 km (16,478 miles) on the odometer, but the asking price is a mystery. If you’re interested in owning a very rare care, you’ll have to contract the owner through Mechatronik to find out how much you’ll have to shell out.
Our spy photographers caught the upcoming Porsche 911 Sport Classic out for a new testing session on the public roads of Germany. As you can see the car is missing most of the camouflage which means the testing sessions are pretty much done, and all that is left is mostly fine tuning.
The prototype follows the design lines of the 911 models, but there will be a few distinctive features. First one is of course that little ducktail at the back – a signature of the Sport Classic models. The 911 Sport Classic will also feature a double bubble roof and the lines of the special hood will match perfectly the lines of the roof.
The only camouflage we can see on this prototype is some tape around the sides of the ducktail spoiler and in the middle of the rear light arrangement.
As for the engine, rumors suggest the 911 Sport Classic will get the same engine as the 911 GTS: a 3.0-liter twin-turbo flat-six that delivers 480 horsepower
and 420 pound-feet of torque.
Rumors suggest Porsche will only build 2,000 units of the 911 Sport Classic.
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His post says: “Ooh what is this for??? I could not possibly say… look out 2022.” Which means of course that the new SLR McLaren will make its world debut sometime next year.
For the moment we have very limited information on the new SLR McLaren, but rumors suggest it will be called HDK – High Downforce Kit. Previous rumors suggested Mercedes will build a total of 12 units, but Khoshbin’s post suggest his car will be a “one-off.” So, it is very possible that all those 12 units will be tailored to each customer’s personal taste.
The scale model posted by Khoshbin reveals an aggressive look, with a vented hood, a massive rear wing, a large rear diffuser, bulkier side skirts, and a single-exit exhaust pipe on each side. In fact it looks quite a lot with the SLR 722 GT – the car on which rumors suggest it will be based on. If so, expect the SLR HDK to deliver more than 617 horsepower – the power of the SLR 722 GT.
One thing is for sure, all 12 units were spoken for, so there is no hope you could get one.
The Model S Plaid comes with a tri-motor setup that generates 1,020 horses combined.
It can sprint to 60 mph from a standstill in 1.99 seconds according to Tesla and run the quarter-mile in 9.23 seconds at 155 mph. But, an enthusiast has already done it in 9.081 seconds. Top speed is rated at 200 mph.
The Taycan Turbo S, on the other hand, makes 616 horses and 774 pound-feet of torque in the standard conditions from its dual-motor setup, and up to 750 horses in Overboost Power with Launch Control.
It can sprint to 60 mph from rest in 2.6 seconds and has a top speed of 161 mph.
Here, they raced just once. The Taycan Turbo S got a better start off the line, but the Plaid soon caught up and left it in the dust
The Model S Plaid and the Taycan Turbo S raced against each other just once. You can see the Taycan Turbo S get a better start off the line, but at around 100 mph, the Plaid manages to get past it. The result showed that the Tesla finished the quarter-mile in 9.39 seconds at 151 mph, whereas the Taycan Turbo S completed in 10.63 seconds at 126 mph.
Conclusion
The Plaid managed a time of 9.39 seconds at 151 mph, whereas the Taycan Turbo S completed the quarter-mile in 10.63 seconds at 126 mph
So far, only the Rimac Nevera and a remote control car (you read that right!) have managed to take it down – the Nevera more comprehensively. Can you think of any other present or upcoming EV which can stop this dominance? How about Lucid Air? Watch the video and share your thoughts in the comments section below.
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Porsche claims that they are indeed the most successful brand in customer motorsport, with 30 one-make cups globally, over 4,400 911-based Cup cars manufactured to date, with 31 years of Carrera Cup racing in Germany. As a result, the folks at Zuffenhausen and Weissach are probably wondering as to what the future of customer racing using pure EV’s looks like.
The German brand clearly isn’t satisfied with Formula E. They are hence already looking ahead with the Mission R, which – on paper – looks like an electric 911 GT3 Cup car.
The Mission R could in fact go on to become the centerpiece of the Porsche single-brand cups in the not-too-distant future. The car embodies everything that makes Porsche what it is; They include attributes like Performance, Design, and in keeping with the times, Sustainability.
Bodywork with a focus on Sustainability
Upon first appearance, the concept resembles the very successful Le Mans 919 racer, although with a far more gracious-looking front and a rather stubby back. The rudiments of the Cayman floor unit are hidden under the shell. The car is 14’ long, which makes it shorter than the 718. A width of 6’6”, on the other hand, is notably more, while its height of 3’11″ is considerably lower than that car. The Mission R incorporates the most recent advances in active aerodynamics, both in the front and in the back, where a massive, two-section movable spoiler resides. The Mission R also features Porsche Active Aerodynamics (PAA) with Drag Reduction System (DRS) on the nose section as well as that giant rear wing.
Through the domed roof, a carbon-fiber superstructure visible from the outside may be viewed.
Instead of fitting a separate roll cage, this construction by itself acts as a supporting and load-bearing structure. Not only is it visually appealing, but it is also lightweight and stable, with room for an emergency exit hatch for the driver.
This robust structure also has a roof, which Porsche refers to as an exoskeleton. On top of that, body panels composed primarily of Natural Fiber Reinforced plastic (NFK) are used. Porsche uses the same material for the front splitter, diffuser, and side skirts.
“Porsche is the brand for people who fulfill their dreams. This is also true in motorsports. We experience our innovative strength on the race track, demonstrate courage in pursuing new avenues and delight car owners with sporting performance,” says Oliver Blume, Chairman of the Executive Board of Porsche AG.
A sporty Bespoke Racing Cockpit
Porsche uses NFK On the inside, as well. The material is used to make the inside door scales, the rear bulkhead, and the seat, among other things. When it comes to the interior, the driver is the focal point. All controls are easily accessible to the driver.
The cockpit is influenced by cars used in gaming simulators. A helmet holder is also in place to dry and cool the driver’s helmet using the onboard air conditioning. The car features a steering wheel that incorporates the main information screen and is linked with another unit positioned behind, which complements the first one by showing the image from the rearview cameras. A third screen, to the right of the seat, displays the driver’s biometric information.
“In addition to our involvement in the Formula E World Championship, we are now taking the next big step forward in electric mobility. The concept study is our vision of all-electric customer motorsports. The Mission R embodies everything that makes Porsche strong: performance, design and sustainability.”
The Powertrain
The Mission R features two electric motors.
The motors are derived from the Taycan, but they were further improved for motorsport to the point that they are now virtually separate designs. It comes as no surprise that Mission R’s electric drivetrain exceeds 1,000 horsepower. Two motors, one on each axle, that produces 430 horsepower at the front and 644 horsepower at the rear. The race car’s standard continuous power output remains 671 horsepower. (This is nearly the same as the upcoming hybrid LMDh Le Mans car). While in qualifying mode,
the two motors produce1085 horsepower. A Four-wheel drive system transfers tractive force to the tarmac.
Porsche has also worked on the weight distribution. The battery pack is situated ahead of the rear axle, as opposed to the Taycan. Porsche refers to this as the e-core arrangement. This layout implies that the Mission R has driving characteristics similar to those of a mid-engine racer. The Mission R’s permanently excited synchronous motors have stators that are directly tempered with oil as a coolant. Speaking of cost savings, the Mission R does away without the Taycan’s two-speed transmission; acceleration from a standstill isn’t very important in customer motorsports. Also, there’s no limit to the power that drives with only one gear. The transmission and pulse inverter on both the front and rear drives are designed identically, saving both parts and money.
Blistering Performance
The Mission R will be able to sprint from 0-60 mph in 2.5 seconds and reach speeds of over 187 mph.
The cells of the 80 kWh battery are also oil-cooled. Unlike in a typical electric motor where the coolant goes through a jacket outside the stator, the oil in direct cooling flows straight along the copper windings. More heat can be dispersed directly at the source as a result of this.
They run at 900 volts, which helps explain why the batteries can be charged from 5% to 80% in under 15 minutes during racing. Charging can be done at a rate of up to 340 kW. Such a short recharge time will enable the Mission R to confront a race weekend with free practice, qualifying, and the race without having to worry about range.
Conclusion
How exactly will motorsports evolve in the future? And how will interfaces withE-Motorsports change over time?. How plausible is this vision? Well, Porsche thinks they have an idea about where motorsports and the industry is headed.
Without a doubt, Porsche will be ready with an order book at the IAA in Munich and at the Porsche Motorsport desks. The maker has not yet stated when a probable manufacturing model will be available, but our guess would be somewhere between 2025 -2026.
You can watch Porsche reveal the Mission R below:
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The Acura NSX will be powered by the same 3.5-liter, twin-turbo V-6 engine paired with three electric motors. The turbos are borrowed from the NSX GT3 Evo race car with a six-percent increase in the boost pressure. In the standard NSX, the combined power outputs are rated at 573 horses and 476 pound-feet of torque. Here, however, the setup receives a power bump.
The V-6 engine makes 520 ponies between 6,500- and 6,850 rpm and 443 pound-feet of torque between 2,300- and 6,000 rpm. The front twin-motor setup makes 72 horses and 108 pound-feet of twist, whereas the rear setup puts out 47 horses and 109 pound-feet of torque.
Combined, the Acura NSX Type S will make 600 ponies and 492 pound-feet of twist, which is an increase of 27 horses and 16 pound-feet of oomph over the standard NSX. This makes it the most powerful road-going Acura ever!
The NSX Type S comes with a Sport Hybrid all-wheel-drive system and a nine-speed dual-clutch automatic gearbox. The gearbox receives enhancements, too. There’s a new Rapid Downshift Mode that will help the car drop gears without any hesitation. Also, the upshifts will be 50-percent faster, apparently.
The electric motors draw power from a 1.3 kWh battery pack.
Acura didn’t get into the specifics, but noted that the NSX Type S can sprint to 60 mph from rest in under three seconds and will have a top speed of 191 mph, which is the same as the standard NSX.
2022 Acura NSX Type S – Exterior
On the outside, the NSX Type S comes with aero upgrades over the standard NSX. This includes a larger grille up front to let the engine breathe better, a carbon fiber, NSX GT3-inspired rear diffuser, carbon fiber roof, etc. Even the rear spoiler, side sills, and front splitter are composed of carbon fiber.
The NSX Type S rides on new five-spoke performance forged wheels that measure 19 inches up front and 20 inches at the rear. You can have them in Matte Shark Grey or Berlina Black finish. They come wrapped in Pirelli P-Zero tires on all four corners. They measure 245/35 section at the front and 305/30 section at the rear. These tires are specially developed for Acura.
The car is available in 10 exterior shades:
Berlina Black
130R White
Curva Red
Casino White Pearl
Thermal Orange Pearl
Indy Yellow Pearl
Long Beach Blue Pearl
Nouvelle Blue Pearl
Valencia Red Pearl
Gotham Gray
70 of the 350 cars will be finished in Gotham Gray with a matte finish.
How Big Is The NSX Type S?
The NSX Type S is 178.5 inches in length, 87.3 inches in width, and 47.8 inches in height. The wheelbase measures 103.5 inches and it sits just 3.8 inches above the ground. The approach and departure angles are rated at 9.2- and 12.9 degrees, respectively. As for the track widths, the car has a 65.5-inch track at the front and 64.5-inch at the rear; 0.4- and 0.8 inches wider than the standard NSX.
Acura hasn’t mentioned how much the NSX Type S weighs. But, for reference, the 2021 NSX weighs 3,878 pounds.
2022 Acura NSX Type S – Interior
On the inside, the car is offered in three different colors: Ebony, Red, and Orchid. The NSX Type S comes with Sport seats with semi-aniline leather as standard. It also features a seven-inch touchscreen infotainment system with Apple CarPlay and Android Auto compatibility. Some of the other niceties inside the cabin include:
Dual-zone Automatic Climate Control
Four-way Power Adjustable Seats
Leather-wrapped Steering Wheel
Aluminum Sport Pedals
Ambient Lighting
How Spacious Is The NSX Type S?
On the inside, the NSX Type offers 38.3 inches of headroom, 42.9 inches of legroom, 57.7 inches of shoulder room, and 54.5 inches of hip room. There’s isn’t much cargo space available, but if you still intend to carry something around, you have 3.9 cubic feet of space at your disposal.
2022 Acura NSX Type S – Pricing
The Acura NSX Type S starts at $169,500. With the $1,995 destination, it starts at $171,495. The Light Weight Package adds another $13,000 to the price.
2022 Acura NSX Type S – Optional Accessories and Packages
Acura is offering many optional accessories and packages for the 2022 NSX Type S. Getting the cost of the car close to $200,000 won’t be tough if you opt for them. The packages include:
There are a ton of accessories, too, and they include:
Exterior Pearl or Metallic Color – $1,000
Exterior Andaro or Matte Color – $6,000
Carbon-Ceramic Brake Rotors with Red Brake Caliper Finish – $9,900
Carbon-Ceramic Brake Rotors with Black, Silver, or Orange Brake Caliper Finish – $10,600
Performance Five-Spoke Wheels in Berlina Black – $1,500
Carbon Fiber Engine Cover – $3,600
Semi-Aniline Full Leather Power Sport Seats – $1,000
ELS Studio Audio & Technology Package with SiriusXM Satellite Radio – $500
Conclusion
As mentioned earlier, the NSX Type S will be limited to 350 examples, of which only 50 are reserved for markets outside the U.S. This will be the first time an NSX Type S is being sold outside Japan. Also, this will be the only NSX available for the 2022 model year.
2022 Acura NSX Type S Specifications
Engine
3.5-liter, Twin-turbo V-6 with Three
Electric Motors
The Yamaha OX99-11 may have been conceived in 1992, but it all started in 1989 when Yamaha started competing in Formula One as an engine supplier. It’s then that the idea of a money-no-object Yamaha supercar came to be. Moreover, the car needed to be based on actual F1 technology, even though Yamaha was doing poorly in motorsports.
Named after its engine
In 1991, Yamaha developed a Formula One engine called the OX99. It was a 3.5-liter, 72-degree, 60-valve, V-12 unit capable of around 560 horsepower and well over 10,000 RPM in race trim.
For the road-going Yamaha OX99, the engine developed 400 horsepower (298 kilowatts) at 10,000 RPM and 210 pound-feet (285 Nm). This allowed the 2,535-pound (1,150 kg) V-12 Yamaha to sprint from 0 to 60 mph (97 km/h) in just 3.2 seconds and get up to 217 mph (350 km/h). The V-12 engine was paired with a six-speed manual transmission.
Fun fact: some people believed that the V-12 had something in common with the one used in the Bugatti EB110, as it had similar displacement and the same V-12 layout. The difference of course was that while the Yamaha unit was normally aspirated, the one used by Bugatti had a quad-turbo setup. Of course, the two engines didn’t share a single component. Essentially, it was a road car, powered by a Formula One-derived engine, similar to what they did with the Ferrari F50 and, more recently, the Mercedes AMG One. The difference is that Yamaha’s V-12 was much more restricted in its road-going form.
Yamaha wasn’t pleased with the initial design
Yamaha first approached a German company to design the body. However, the end result was deemed to be too mainstream, as it looked like most other supercars of that era. Yamaha’s subsidiary – Ypsilon Technology – then contracted IAD (International Automotive Design) for the task. The car ended up with an aluminum body, designed by Takuya Yura. The whole car was underpinned by a carbon-fiber chassis. The suspension was double-wishbone all around. The Yamaha OX99-11 featured a staggered set of tires, which were 245/40R17 front and 315/35R17 rear.
It had two tandem seats
Yes, the Yamaha 0X99-11 was a two-seater, but not in the traditional sense.
Yamaha wanted a two-seater but also wanted something closer to home (they normally make motorcycles), so a second seat was added just behind the driver.
The tandem arrangement was one of the reasons why the Yamaha OX99-11 looked like a hybrid between a Formula One car and a Group C racer. This also allowed the mid-engine Yamaha to retain a central driving position, just like the McLaren F1.
The OX99-11 did not have doors
At least not in the traditional sense. Because of the tandem seating arrangement, the car featured a canopy. The whole thing was glass, just like in a jet-fighter. To gain access to the interior, you have to open it from the left side.
The final product was rushed
This was mostly due to disagreements between IAD and Yamaha in regard to the development budget, which happened sometime in late 1991. This resulted in Yamaha transferring the entire project to its subsidiary, Ypsilon Technologies. Yamaha gave them six months to sort things out with the project, otherwise, it would be terminated.
Very few ended up being made
The Yamaha OX99-11 eventually took final form, in 1992. However, only three units were produced.
In terms of specifications, the cars were completely identical, only differing in the exterior finish. One was bright red, another was black, and the third was dark green. That said, because the project was rushed, even those three were technically functional prototype vehicles. At least two of the three cars are believed to have been bought by collectors and have exchanged hands a couple of times, while one of them could still be in Yamaha’s possession.
Yamaha wanted to put a steep price tag on it
The Yamaha OX99-11 reportedly had an expected price of around $800,000, which in 2021 equates to over $1.53 million – an enormous amount of money, considering the manufacturer lacks a previous history of making supercars. To put things in perspective, back in those days, the McLaren F1 cost $815,000. Not to mention the much more affordable (in comparison) $350,000 Bugatti EB110 or the $239,000 Lamborghini Diablo – all of which great supercars with heritage.
Moreover, a mid-engine V-12 Yamaha supercar would never have had the same recognition as, let’s say Lamborghini, Bugatti, or McLaren. Strangely enough, it would probably make it today, as many startup manufacturers are giving established ones a run for their money.
In the end, the Yamaha OX99-11 had a bad timing
The Yamaha OX99-11 was a product of the early 1990s. At that time, Japan’s economy was in a deep recession. Corporate investments dropped by a whopping 22 percent, so people weren’t exactly in a rush to get their hands on an exclusive, six-figure, V-12 supercar, especially from a manufacturer that doesn’t have much experience in making such. The project was delayed until 1994 before Yamaha pulled the plug on it.
That said, the Yamaha OX99-11 would have succeeded in our time, as nowadays, it is much more acceptable for companies to branch out into making exclusive vehicles. Moreover, Yamaha has proven itself by designing capable and great-sounding performance engines for various carmakers. In addition, the OX99-11’s minimalistic, yet uncompromising approach to performance could have spelled big trouble for modern-day supercars. With that being said, the OX99-11 would make much more sense now than it did back then. Sadly, we may never know.
Bentley’s Continental GT3 Pikes Peak racer is now in final preparations for the world’s most demanding and famous hill climb competition, having completed three dynamic test sessions and renewable fuel engine development.
The most extreme road-going Bentley ever built, the car represents another strand of Bentley’s ambitious and transformational Beyond100 programme, which will see the brand become the world’s leading sustainable luxury mobility company.
For its assault on Pikes Peak on 27 June, the car will run on renewable fuel, initiating a research and development programme that aims to offer renewable fuels to Bentley customers in parallel to Bentley’s electrification programme. This two-strand strategy is set to maximise the pace of Bentley’s progress towards outright carbon neutrality, as part of its Beyond100 journey.
Continental GT3 Pikes Peak – Technical Details
With the start line at 9,300 ft, the course climbs to 14,100 ft – where the air is a third less dense than at sea level. This environment means that the Continental GT3 Pikes Peak features modifications to its aerodynamics package, its chassis and its engine, turning it into the most extreme iteration of a Continental GT – or indeed any Bentley road car – ever.
The engine – based on Bentley’s race-proven version of its 4.0-litre twin-turbo V8 road car engine – has been thoroughly reworked to generate more than 750 bhp and 1,000 Nm at sea level for testing – and the engine will run even higher power levels for the race itself New pistons and conrods are installed to turn additional boost pressure (over 2.2 bar) into power, having to handle an increased dynamic pressure ratio. The carbon fibre intake manifold is thicker and reinforced versus the standard item, for the same reason. Custom, one-off Inconel exhaust manifolds have been 3D-printed via laser sintering by Akrapovič, and lead to larger turbos paired with external wastegates, venting into very short exhausts and dedicated screamer pipes that exit behind the front wheels.
The engine runs on 98RON Renewable Racing Fuel. The fuel is a dedicated blend of advanced biofuels specifically designed for motorsport, and is a technological stepping stone to sustainably-created eFuel with a greenhouse gas reduction of up to 85 per cent.
The high performance engine places additional demands on the cooling system, and for Pikes Peak the engineering team have developed a secondary cooling system that’s installed at the back of the car. Air scoops replace the rear windows, and channel air through a secondary radiator that exhausts through ducts in the boot lid. The system runs via a dedicated secondary water pump.
The gearbox is Bentley’s standard racing unit, already designed to handle the torque loads involved, but rear driveshaft diameter has been increased to provide additional durability. The gearbox runs a specially-formulated lubricant created specifically for the car by Mobil1, who have also supplied high-performance oil for the engine.
The chassis has been set up and tuned to suit the specific nature of the Pikes Pikes course. Both front and rear axles run significantly reduced camber to the standard Continental GT3 setup, focusing the car on low-speed cornering performance. The softest springs and anti-roll bars from Bentley’s range have been fitted, to allow more movement in the body and so maximise weight transfer for braking. The brakes themselves are water-cooled, to handle the increased loads that an all-out attack on the course will bring.
The aerodynamic modifications sees a 30 per cent increase in overall downforce at sea level, while maintaining the standard car’s aerodynamic front / rear balance – validated during the first track sessions. The biggest rear wing ever fitted to a Bentley dominates the rear of the car, sitting above a highly efficient rear diffuser that surrounds the transaxle gearbox. To maintain the aerodynamic balance front-to-rear, these devices are paired with a comprehensive front-end aerodynamic package comprising a two-plane front splitter flanked by separate dive planes. The majority of these parts were made with carbon nylon filament using rapid prototype, additive manufacturing techniques at the Bentley factory in Crewe.
The car is now resplendent in its race livery, which combines the black-and-gold theme of Roger Clark Motorsport (that runs the car in the UK) with Bentley’s instantly-recognisable Pikes Peak mountain graphic that featured on the Pikes Peak variants of the Bentayga and Continental GT.
An Extraordinary Team for a Triple Crown Attempt
Bentley’s pinnacle Pikes Peak project – its bid for the third and final part of a triple crown – is being run in conjunction with British Continental GT3 customer team Fastr, who have successfully campaigned their Bentley race car in time attack competitions across the country. Technical teams from Bentley and Fastr have worked together with specialists from M-Sport in Cumbria to extract the maximum possible performance from the Continental GT3 package, which will be run in Colorado by the same team.
Two parallel testing programmes have yielded promising results over recent weeks. On arrival in the USA, the Continental GT3 Pikes Peak was immediately put through its paces with two chassis set-up development tests at Willow Springs. High altitude testing then took place in Aspen, Colorado, focusing on engine performance and calibration. Meanwhile, back at the base of M-Sport in Cumbria, a development engine has been running on a high-load test bed, evaluating the performance of the renewable fuel selected by Bentley for the event – with powerful, reliable results.
To break the record, the car will have to complete the nearly 5,000 ft climb, which includes 156 corners, at an average speed of more than 78 mph to cross the finish line in less than nine minutes and 36 seconds. Three-time Pikes Peak champion and former “King of the Mountain’ Rhys Millen (NZ) returns to drive, having captured Bentley’s two existing Pikes Peak records – the Production SUV record attained in 2018 with a Bentayga W12, and the outright Production Car record scored in 2019 with a Continental GT.
The Continental GT3 Pikes Peak continues its final testing and development activities over the next two weeks, ahead of the 99th running of the Pikes Peak International Hill Climb on 27 June.
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Like most Alpina models out there, the i8 would have looked very similar to the standard BMW i8. However, things would have been radically different under the hood. That’s because Alpina wanted to get rid of the stock 1.5-liter three-cylinder engine. Instead, the tuning company went with a larger, 2.0-liter four-cylinder from the M135i hatchback.
With this mill paired to the synchronous electric motor, the Alpina i8 was rated at 455 horsepower and 516 pound-feet of torque, a solid 86-horsepower and 96-pound-foot increase over the regular i8.
As impressive as it sounds, this power increase is exactly what prompted Alpina to drop the project. The bigger gasoline engine needed more cooling, so Alpina had to fit two additional intercoolers in the front fenders. The company also discovered that the i8’s six-speed automatic transmission couldn’t handle the extra power. It replaced it with the eight-speed auto from the BMW M135i, but the new gearbox required a new, stronger rear subframe. All these changes made the i8 some 220 pounds heavier and required Alpina to crash-test the car.
Then there was the software calibration issue. With a new engine and a new transmission under the shell, all the software had to be recalibrated to work with the four-cylinder and eight-speed. Not only this is time consuming, but it’s also very expensive. According to Alpina boss Andreas Bovensiepen, this was the final nail in the i8 coffin, as the German firm decided to abandon the project.
The Alpina i8 would have been the brand’s first hybrid car
The BMW i8 was discontinued in June 2020 after a little more than six years in production. By dropping the i8 project, Alpina missed on offering its first hybrid or electrified vehicle. BMW isn’t planning on developing a predecessor, but it will expand its hybrid offerings in the future, so Alpina could eventually join this niche.
Alpina has been around since 1965. The brand’s early days revolved around modifying BMW engines for racing, but it morphed into an automobile manufacturer in the 1980s. Over the years, Alpina has modified various versions of the BMW 3 Series, 5 Series, 7 Series, and 8 Series, but it also built a limited-edition variant of the Z8 roadster.
Alpina models are now sold at BMW dealerships, with the U.S. lineup including the B7 and the XB7, based on the 7 Series and X7, respectively.
The five-minute video is both a history lesson on the race-spec 959 and a highlight footage of the car’s Paris-Dakar adventure. It documents how the 959 was designed and developed and it talks about its then-revolutionary all-wheel-drive system. It also gives us a closer look at the twin-turbocharged inline-six engine, rated at 400 horsepower, and the adjustments Porsche had to make to turn the 959 into a rally race winner.
Finally, it talks a bit about how the three Porsche 959s fielded in the 1986 Paris-Dakar Rally finished the race in first, second, and sixth positions, scoring a historic win for the German brand.
The 959 did more than just race at Paris-Dakar, though. While the video doesn’t mention it, simply because it documents this historic event only, the 959 was also raced at the 24 Hours of Le Mans. Called the 961, it won its class and finished seventh overall in 1986.
Of course, the 959 is actually more famous as a road-going car.
Introduced in 1986, it was the world’s fastest streel-legal production car with top speeds of up to 211 mph.
It was also considered the most technologically advanced sports car of its time and set the standard for the competition. It also provided the basis for Porsche’s first all-wheel drive 911, the Carrera 4. Fitted with a twin-turbo, 2.8-liter flat-six engine rated at up to 523 horsepower, the 959 remained in production until 1993. Porsche built 337 units in seven years.
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