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Nissan ‘Great Rewards’ campaign offers special deals besides savings on sales tax

With the exemption of sales tax extended till the end of 2021 (from its original date of June 30), car-buyers will be able to save money on their purchases. Besides enjoying these savings, they can also get special deals from Edaran Tan Chong Motor (ETCM) when purchasing new Nissan models.

The company’s latest Nissan ‘Great Rewards’ campaign offers sales tax savings, low monthly instalments with Flexi Financing program and accessories or maintenance packages.

For example, the latest Almera 1.0 Turbo now comes with an Urban accessories package worth up to RM5,500 and with the Flexi Financing offer, the instalment will be RM530 each month (terms and conditions apply).

There is also a new Special Civil Servants Promotion for the Almera 1.0 Turbo VL variant with a starting price from RM71,906.

2020 Nissan Almera Turbo — *Almera Turbo*

Those who have want a more versatile and tough off-road capable vehicle can consider the latest Navara. The 4×4 2.5-litre Turbo Double-Cab Pick-up comes with many best-in-class technologies, including an array of Nissan Intelligent Mobility driver-assist features and safety systems. The monthly instalment for this model can be from RM960 using Flexi Financing.

Other Nissan models with special models are the X-Trail and Serena S-Hybrid. For the X-Trail, ETCM is offering an IMPUL or Aero Edition accessories package (worth up to RM5,600) and Flexi Financing that starts from RM1,020 monthly. The Serena S-Hybrid comes with 3 years of free scheduled maintenance and service with parts and labour included. Using Flexi Financing means the instalment can be RM1,080 monthly.

As showrooms are presently closed, interested customers can visit the Nissan Flagship Store at Lazada where they can not only find out about the many models available but also make bookings for just RM250 to initiate the purchase process.

Other channels for information on Nissan products and services in Malaysia are the Nissan Online Showroom as well as the Nissan Customer Care Centre hotline 1800-88-3838.

How the new Nissan Almera Turbo is contributing to road safety

Track-only Lamborghini Essenza SCV12 with full carbon chassis meets FIA Hypercar safety standards

With 30 years of experience in using composite materials in the automotive field, it’s not surprising that Lamborghini is the first carmaker to have a car on the market with a carbonfibre roll-cage homologated according to the FIA Hypercar safety standards. The model is the Essenza SCV12 which was developed by Lamborghini Squadra Corse and designed by Lamborghini Centro Stile as the direct descendant of cars such as the Miura Jota and Diablo GTR.

‘Laboratory of ideas’
“The Essenza SCV12 was born as a ‘laboratory of ideas’. This allowed us to use technical solutions usually found in racing prototypes, such as the suspension installed directly on the load-bearing gearbox, which is an innovative solution for a GT car. In addition, it features the new carbonfibre monocoque chassis without steel roll- cage, resulting from technical collaboration with the FIA, thanks to which we’ve started a process that will lead to an exponential improvement in safety for GT racing drivers in the future,” said Giorgio Sanna, Lamborghini’s Head of Motorsport.

Rigorous testing to meet standards
The carbonfibre chassis has been subjected to the testing required by the FIA for chassis homologation. This testing is extremely rigorous, involving both static and dynamic tests, and required Lamborghini Squadra Corse technicians to extensively modify the structure of the production chassis from which the Essenza SCV12 chassis is derived.

The carbonfibre monocoque was reinforced in several points, having to withstand forces of over 12 tons during the FIA homologation tests without presenting significant deformations. There are more than 20 static tests which, in addition to the chassis, involve the pedals, seatbelts and fuel tank. The dynamic crash tests, on the other hand, involve impacts at speeds of up to 14 metres/second. In this type of test, the chassis must not be subjected to any intrusion of external elements that could come into contact with the driver, and the fuel tank must not leak.

Saving weight and space
The decision of the Lamborghini Squadra Corse technicians to maintain the carbonfibre structure, ie not mounting a steel roll-cage, was a benefit in terms of overall weight, along with the use of innovative laminated foams inside the chassis (ROHACELL 71 XT). This also provided a significant increase in cockpit space for optimal driving comfort.

In the Essenza SCV12, the driver sits on an OMP FIA 8862 homologated seat, mounted on carbonfibre cradles designed by Squadra Corse and produced in Lamborghini’s CFK laboratories. The seat has been lowered compared to the road models and the driver and passenger are protected on the door side by two side impact guards, also made of composite material, which replace the classic steel tubes found in racing cars.

Another new solution is the cradle situated in the rear part of the monocoque, which houses the engine perfectly positioned on the longitudinal axis, while the gearbox has a load-bearing and structural function. This characteristic also made it possible to achieve torsional stiffness values 20% higher than those of the Huracan GT3 EVO.

“Along with the aerodynamic load of over 1,200 kgs at top speed, the torsional stiffness of the car contributes to ensuring extraordinary driving precision,” explained Marco Mapelli. “This makes it possible for the driver to tackle curves at speed without any appreciable correction of the steering angle. Essenza SCV12 is a very fast car, thanks to the extraordinary thrust of the 830 bhp engine, and it’s relatively easy to drive.”

Only for track use
The track-only hypercar, limited to 40 units, has the most powerful V12 naturally-aspirated engine ever developed by Lamborghini, combined with aerodynamics inspired by racing prototypes and new technical solutions designed for the ultimate driving experience.

The first units of Essenza SCV12 were delivered to customers about 2 months ago and the dedicated program of track events will start at the end of this month. Essenza SCV12 owners will become part of an exclusive club that will give them access to special programs to drive their hypercar on the most prestigious circuits in the world. The program includes storage service in a new hangar built in Sant’Agata Bolognese for the Essenza SCV12 club. Each car will have a personalized garage and dedicated services, including webcams to allow customers to monitor their cars 24 hours a day using an app.

Are you good enough to be a Lamborghini Official Sim driver?

2021 Rimac Nevera – the 412 km/h hypercar from Croatia

Croatia, a country across the Adriatic Sea from Italy, is not a particularly large country. Its population of 4.13 million is less than Singapore’s 5 million+ and annual sales volume has been around 63,000 units (apart from last year when new vehicle sales contracted worldwide due to the pandemic). It has a fairly active auto industry with many factories producing autoparts for export as well as a few domestic carmakers.

Notable among these is 11-year old Rimac Automobil, an ambitious carmaker which specialises in high-performance electric cars. Its earlier Concept One gained global exposure as an official track car during the first season of the all-electric Formula E championship in 2014. Since then, the company has continued to develop models with new technology and its latest is the Nevera hypercar. The Nevera is the production-ready iteration of the Rimac C_Two concept car, which was revealed at the International Geneva Motor Show in 2018. Since then, Rimac’s engineers have refined their new flagship through an extensive development program.

A 10-year ‘impossible’ journey
“This is it. This is the car I had in mind when I embarked on the ‘impossible’ journey ten years ago. All our hard work has resulted in the Nevera – our record-breaking hypercar. This car was born to outperform, and to raise the bar, redefining the norm for performance cars. And not only in performance – but as an all-around package,” said Mate Rimac, founder and CEO of the company.

“The Nevera proves what is possible when there are no restraints placed on technology, development, or ambition. We have now unveiled a car that pushes the hypercar market to a higher level, we have utilized the full potential of the electric powertrain today, proving what we’ve always been saying – that electric hypercar, in the form of the Nevera, is beyond exciting, and that is as thrilling on the track, as it is crossing continents,” he said.

Signature ‘cravat’ feature
Rimac favours lean and effective engineering at every stage, and that philosophy is exemplified in the form-follows-function nature of the Nevera’s design. It is applied to every single detail, including the car’s signature ‘cravat’ feature, which is incorporated into its flanks. It is functional too, serving as an air intake for the rear cooling systems.

As the design evolved, many changes were made to the Nevera’s bodywork; for example, the redesigned air diffusers and intakes deliver a 34% improvement in aerodynamic efficiency over the early prototypes. The profile of the bonnet, the shape of the pillars and the design of the diffusers, splitters and radiators have all been intensively analysed and refined to improve airflow and downforce. Inlets and cooling channels have been painstakingly developed to increase the cooling efficiency of both the brake and powertrain systems, resulting in a 30% improvement at low speeds and a 7% enhancement at high speeds.

Rimac has also created many new innovative active aerodynamic elements for better cooling, performance, stability, and efficiency. The front bonnet profile, underbody flap, rear diffuser and rear wing can each move independently, driven by complex algorithms that provided the optimum aerodynamic configuration for every driving situation. Switching from ‘high downforce’ to ‘low drag’ mode reduces aerodynamic drag by 17.5% to create a drag value of 0.3 Cd. Changing back into ‘high downforce’ mode increases downforce by 326%.

World’s most advanced monocoque construction
The hypercar’s groundbreaking monocoque incorporates a bonded carbonfibre roof, integrated structural battery pack and rear carbonfibre subframe. This is believed to be the largest single carbonfibre piece in the entire automotive industry. Weighing less than 200 kgs and utilising 2,200 carbon fibre plies with 222 aluminium inserts, the monocoque encases the car’s battery to form a compact yet incredibly strong structure.

Powertrain developed in-house
The key to the Nevera’s high performance is Rimac’s pioneering electric powertrain. The unique H-shaped, liquid-cooled, 120kWh, 6960-cell battery pack was designed from scratch by. Capable of producing 1.4MW of power, the lithium-manganese-nickel battery pack also forms an integral part of the car’s core, adding 37% structural stiffness to the carbonfibre monocoque.

The battery pack’s optimum positioning low and central within the car’s floor contributes to an ultra-low centre of gravity. This helps create an excellent 48:52 front/rear weight distribution and the best possible handling balance. High-power recharging can ‘refuel’ an empty battery pack to 80% in 19 minutes, it is claimed, and the range is 550 kms.

Four bespoke surface-mounted permanent magnet motors drive the four wheels individually. Together, they generate 1,914 hp and 2,360Nm of torque, which is triple the output of a ‘conventional–engined’ supercar. The front and rear wheels are each connected to a pair of single-speed gearboxes. The electric motors are 97% efficient and completely maintenance-free throughout their operating life. The Nevera is claimed to take 1.85 seconds from 0 to 60 mph (96 km/h) and if there is a road which is long enough – and no speedtraps – it should be able to reach a maximum speed of 412 km/h.

An experienced person will find the available driving modes useful for a more engaging drive. The SPORT mode sharpens the response of the throttle, brakes, suspension and steering, while DRIFT mode sends more torque to the rear wheels to accentuate oversteer and help hold the car in a controlled power slide on the track. In expert hands, TRACK mode sets the Nevera to full, unrestrained configuration to allow drivers to exploit the car’s full potential.

Minimalist design cabin
The Nevera is as much a capable grand tourer as it is a performance hypercar with space for two occupants and their luggage. Configured for both track driving and comfort, the layout of the cockpit is divided into two zones. Digital screens eliminate switchgear, with only essential tactile controls present, thereby freeing up space.

The cockpit features a trio of high-definition TFT screens, which present as much, or as little, information as the user requires. The focus of the top segment is entirely placed on driving pleasure and performance, while the lower part houses the infotainment system, comfort controls and driving data. From the cockpit, the driver can monitor every aspect of the car’s performance with real-time telemetry – downloadable to a laptop or smartphone for later review.

World’s first AI Driving Coach
To enable drivers to extract maximum performance and help them further develop their track driving skills, Rimac has developed the world’s first AI (Artificial Intelligence) Driver Coach. Using 12 ultrasonic sensors, 13 cameras, 6 radars, and the very latest NVIDIA Pegasus operating system, the Rimac Driving Coach adds an additional, immersive experience behind the wheel. The system overlays selected race circuits in real-time, offering clear and precise audio and visual guidance, to enable drivers to perfect their racing lines, braking and acceleration points and steering inputs.

Only 150 units will be available and no two Neveras will leave the factory looking the same or bearing the same specification. The customer will have the ability to choose from a comprehensive range of bespoke trims and material options. In addition to the company’s premium individual personalisation program, Rimac will offer its flagship in various editions: GT, Signature, Timeless or Bespoke. The price of a Nevera starts at 2 million euros (around RM10 million) but after all the personalisation, the final amount will obviously be more.

Aspark Owl – first Japanese electric hypercar – claims acceleration record

Ferrari SF90 Spider hybrid supercar now in Malaysia

Ferrari had prototypes of hybrid powertrains over 10 years ago and last year finally put a plug-in hybrid (PHEV) into production as the SF90 Stradale – the Italian carmaker’s first hybrid supercar. Together with the Stradale came the SF90 Spider, its first hybrid supercar with a retractable hard top (RHT) and this new model is now available in Malaysia from RM2,088,000 (excluding duties, taxes and insurance).

Simple and light RHT
The RHT is simple in design and can open or close within 14 seconds, with operation possible even when the car is on the move. The use of aluminium in its construction also means that it is around 40 kgs lighter than a conventional retractable hardtop while taking up less storage space. Its compactness requires just 100 litres of space, rather than the 150 – 200 litres required by a traditional system.

Ferrari guarantees optimal noise insulation and protection from the elements when the RHT is raised, and it will not deform at high speeds. An adjustable electric rear window also enhances occupant comfort, even when the RHT is lowered at higher speeds.

Hybrid architecture
In a first for a Ferrari production spider, the SF90 Spider has plug-in hybrid architecture in which the internal combustion engine is integrated with two electric motors at the front and one at the rear derived from and named after the MGUK (Motor Generator Unit, Kinetic) used in Ferrari’s F1 cars. The synergy between the turbocharged V8 petrol engine and the electric motors generates a maximum of 1,000 ps/900 Nm, more than any other V8 turbo engine ever built by Ferrari.

The hybrid architecture proved a challenge in terms of weight management. While the extra 270 kgs of the hybrid system was amply compensated for by the extra power delivered, extensive optimisation and weight reduction work was also required on the rest of the car to keep overall weight down to 1,670 kgs.

Just as the SF90 Stradale redefined the aerodynamic performance levels of the Ferrari range, the SF90 Spider is pushing the limits of the results delivered still further. The goals that drove the aerodynamic development of the car from the very earliest stages were maintaining the SF90 Stradale’s performance levels with the RHT deployed, minimising aerodynamic turbulence and noise with the RHT retracted, and optimising power flows. Up to 390 kgs of downforce can generated in cornering at 250 km/h (with the special Assetto Fiorano specification).

1,000 ps/900 Nm V8
The synergy between the turbocharged V8 petrol engine and the electric motors generates a maximum of 1,000 ps/900 Nm – 60 ps more than any other V8 turbo engine ever built by Ferrari. To deliver this output, Ferrari’s engineers completely redesigned the intake and exhaust systems. To improve internal fluid dynamics, the ducts are now all horizontally lined up at engine head height, the turbo charger assembly has been lowered, and the exhaust line is higher.

This rationalisation also produced both a lower centre of gravity and a reduction in overall weight thanks to the use of Inconel instead of steel for the exhaust manifold.

The 8-speed, oil-bath, dual-clutch gearbox used in the SF90 Stradale has been redesigned for the spider version. Despite the addition of an eighth gear and the need to transmit a maximum torque of 900 Nm (an increase of more than 20% on the current 7-speed), the gearbox’s overall weight is actually 10 kgs lower than its predecessor. The clutch’s performance is 35% higher than the 7-speed, transmitting up to 1,200 Nm in dynamic torque during gear shifts.

Much attention was given to sound quality when redesigning the exhaust system as the soundtrack is one of the pivotal factors in the exhilarating pleasure of driving a Ferrari. The introduction of a ‘hot tube system’, which transfers sound more directly to the cockpit, has produced fuller, richer harmonics across the entire frequency range, improving both in-car sound quality and intensity as revs rise compared to previous Ferrari V8s.

To make full use of the powertrain’s output, the engineers improved the vehicle dynamics systems to allow the driver to enjoy the maximum potential, and not just in terms of pure performance and lap times.

Digital instrumentation with HUD
The look and feel of the cabin was driven in large part by the complete redesign of the HMI (Human-Machine Interface). The instrumentation is now predominantly digital with all the screens going completely black when the car is not running. The central instrument cluster comprises a single 16-inch HD screen, complemented by a head-up display (HUD).

The steering wheel completes that transfer process from the competition world and also ushers in a new era by introducing a series of touch commands that allow the driver to control virtually every aspect of the car without ever taking the hands off the wheel.

The F1 bridge, a signature on the previous models, has now disappeared from the central tunnel and been replaced by a modern take on the gearshift gate, an iconic feature of Ferrari’s manual gearboxes. In the new gate, however, the gearshift grille is digital as befits an automatic transmission.

Assetto Fiorano upgrades
As with the SF90 Stradale, the SF90 Spider is also available with an additional specification option for owners that want to push its track car capability to the extreme. The Assetto Fiorano pack includes a list of exclusive upgrades that include Multimatic shock absorbers derived from the Ferrari’s GT racing experience and optimised for track use.

F1/Round 6: Highlights & Provisional Results For 2021 Azerbaijan Grand Prix

As the cars in the front got off to a good start, Williams Racing’s George Russell quickly headed to the pits for a change of tyres to a Hard compound.

While fighting to get ahead at the start, Aston Martin’s Lance Stroll and Haas F1’s Michael Schumacher banged wheels, but fortunately remained on the track and didn’t hit the walls to bring out the dreaded red flags that upset Qualifying.

Lewis Hamilton, determined to rectify his loss of championship lead, pushed hard to pass Charles Leclerc and did it within the first 3 laps. The Mercedes-AMG could outrun the Ferrari on the straight but the Italian car had the edge through the tight corners. Meanwhile, Hamilton’s team mate, Valtteri Bottas, seemed unable to improve from the 10th position he had started from.

For Esteban Ocon (Alpine F1), the race ended after just 3 laps as his car lost power. Fortunately, he was able to reach the pits and get off the track so there was no need for disruption with a Safety Car.

On lap 8, Red Bull racing’s Max Verstappen slipped past Hamilton into second for a while but by Hamilton managed to regain it and then when Leclerc went into the pits for a tyre change, inherited the lead while being chased by Verstappen. Though Leclerc’s stop was not slow, when he rejoined the race, he was already down in 10th.

Both Mercedes-AMG cars came in on lap 12, Hamilton first. He had lost the lead not to Verstappen but Red Bull Racing’s Sergio Pererz who had been setting quicker and quicker laps and then passed his team mate. As Verstappen also came into the pits, Aston Martin’s Sebastian Vettel moved into second position with Perez visible just ahead.

Then Perez had to pit so Vettel took over the lead, but it wouldn’t be for long as he would have to go for new tyres. Verstappen was back in second and with fresh tyres, waiting for Vettel to get out of the way.

Hamilton’s pit stop dropped him to 4th place and he had to deal with Perez, who had managed to get ahead of him, before he could start going after the leader, He was certainly trying as he recorded fastest laps.

The two Aston Martins were still staying out of the pits as lap 15 passed, the only two remaining not to get new tyres. Stroll had started on Hards while Vettel was on Softs, and came in on lap 19.

With Vettel dropping out of the lead position, Verstappen took over with Perez and then Hamilton 3 – 4 seconds behind him. It was a reverse of the usual situation where the Red Bulls are seeing the rear end of the Mercedes… It was vital for Hamilton to minimise the points Red Bull could score so they would not move further ahead in the championship.

As the race passed the halfway mark, Stroll was still amazingly on his original set of tyres – the only car that had not come in. That Hard compound must have been really hard!

It seemed like Hamilton just could not find a way past Perez and it didn’t help that he was also in the ‘dirty air’ behind the Red Bull. The gap from Verstappen was also widening, from 4 seconds to 8 seconds as the Dutchman put in faster laps.

After 26 laps, Bottas was still in 10th place, with drivers like Norris and Tsunoda ahead of him. In spite of urging from his team, Bottas just didn’t seem to be in the groove today.

On lap 30, the ‘Tyre King’ Lance Stroll went into the wall, bringing out the Safety Car because debris was all over the track. He was travelling quite fast on the straight when it appeared that the rear left tyre failed but he was able to get out of the car on his own.

With the Safety Car circulating, a number of drivers chose to visit the pits and have the tyres changed. Up to that point, all of them had only done one change. The Safety Car would come in on lap 35 and off went Verstappen again, with Perez and Hamilton on his tail.

With fresh tyres, Vettel could afford to push harder and got past Gasly to fourth place and start thinking about the possibility of a podium placing if he could challenge his old rival Hamilton.

Leclerc, who had started from pole position, saw his race worsen and with the restart after the Safety Car, he locked up and flat-spotted his tyres. Bottas too was having a very bad day and seemed unable to prevent 4 other cars from passing him.

With 10 laps remaining, Hamilton was pushing harder, setting the fastest laps on each round of the Baku City Circuit. He didn’t have Bottas behind him as would sometimes be the case, so it was all up to him to get the points for the team.

Disaster struck on lap 46 as Verstappen crashed while speeding along the main straight. Tyre failure (also at the rear) lost him the race that he most likely would have won. Out came the Safety Car as Perez inherited the lead and Hamilton was elevated to second, with Vettel now on a podium position – if the tyres didn’t fail too.

With 2 laps remaining, the Stewards decided that the race would be suspended as there was a lot of debris on the track. Some drivers were beginning to wonder about the tyres as well. A tyre-change was allowed if any team felt it necessary to be on the safe side.

The race did not end with the suspension even with two laps left and there was a standing start, with Perez in the first slot. All eyes were on the Mexican and how he would hold off Hamilton in the 12-km sprint to the chequered flag.

And Hamilton lost out – trying too hard to outrun the Red Bull, his car went off the track into the run-off and rejoined at the tail end of the pack. Just before the restart, he had been thinking of just completing the race and getting the points, but not necessarily pushing too hard for an overall win. Neither he nor Bottas would bring home any points from Baku, Bottas finishing in 12th and Hamilton in 15th.

Perez had a clear run to the end, pursued closely by Vettel, with Gasly less than 3 seconds behind. It was a bitter-sweet victory for the Red Bull Racing team and a heartbreaking day for Verstappen who could have led a 1-2 finish.

Bentley aiming for a third record at Pikes Peak International Hill Climb this month with Continental GT3

Up till the 1980s, the Pikes Peak Hill Climb in the US state of Colorado was pretty much an American event, largely unknown to the rest of the world. The first run for the ‘Race to the Clouds’ was held in 1916 and thereafter, it became an annual event that saw new records being set every so often. Then in 1984, Audi showed up; as the era of the Group B super rallycars ended, Audi looked for other events where it could still enter its cars and the Pikes Peak Hillclimb was one of them.

French rally driver Michele Mouton came with the Audi Quattro and, within two years, was able to win overall as well as set a new course record. Other European teams also brought their powerful rallycars to Pikes Peak and the power game escalated. Even electric vehicles started to race up the hill, one of them from Mitsubishi Motors.

Two previous records
Bentley also saw the event as a good place to demonstrate the superior performance of its cars, especially to the US market which takes a lot of them each year. In 2018, it sent Rhys Millen in a Bentayga W12 up the 20-km route with 156 turns and the New Zealander set a new Production SUV record. The following year, Millen used a Continental GT and set the outright Production Car record.

This year, on June 27, Millen will again be racing up the hill and for this run, he has a Continental GT3. The car is now in final preparations which have included three dynamic test sessions and renewable fuel engine development.

Most extreme road-going Bentley
Regarded as ‘the most extreme road-going Bentley ever built’, the Pikes Peak racer will run on renewable fuel, initiating a R&D 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.

Upgraded twin-turbo V8 engine
From the start line at 2,834 metres, the course climbs to around 4,300 metres. As the altitude increases, the air becomes less dense, which has major implications in engine performance. The car’s engine – based on Bentley’s race-proven version of its 4-litre V8 road car engine – can cope with the reduced air density as it is turbocharged. It has been thoroughly reworked to generate more than 750 bhp/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 carbonfibre 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 Abramovic, 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 high performance engine places additional demands on the cooling system and for Pikes Peak, the engineering team 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.

RON98 eFuel
The engine runs on RON98 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%.

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 Peak 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.

Aerodynamic modifications
The aerodynamic modifications see a 30% 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.

To break the record, the car will have to complete the climb of around 1,500 metres at an average speed of more than 125 km/h to cross the finish line in less than 9 minutes and 36 seconds.

Piston.my

Latest News

Nissan ‘Great Rewards’ campaign offers special deals besides savings on sales tax

Track-only Lamborghini Essenza SCV12 with full carbon chassis meets FIA Hypercar safety standards

2021 Rimac Nevera – the 412 km/h hypercar from Croatia

Ferrari SF90 Spider hybrid supercar now in Malaysia

F1/Round 6: Highlights & Provisional Results For 2021 Azerbaijan Grand Prix

Bentley aiming for a third record at Pikes Peak International Hill Climb this month with Continental GT3

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