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BMW Group Has Started Production Of iX5 Hydrogen SAVs

One year ago, at IAA Mobility in Munich, Germany, the BMW Group displayed a special X5 which runs on hydrogen. Known as the iX5 Hydrogen, it uses the X5 bodywork but has a hydrogen fuel-cell electric drivetrain.

The iX5 Hydrogen is under development because BMW sees hydrogen fuel-cell technology as having the potential to become a further pillar in the BMW Group’s drivetrain portfolio for local mobility without CO₂ emissions. Provided the gas is produced using renewable energy and the necessary infrastructure is available, this technology can complement the BMW Group’s electrified drivetrain portfolio in future.

Fuel-cell + BMW eDrive technology
The iX5 Hydrogen combines fuel-cell technology with a fifth-generation BMW eDrive. The drive system uses hydrogen as fuel by converting it into electricity in a fuel-cell. The electric output can be up to 125 kW/170 bhp, with water vapour as the only emission.

The electric motor was developed from BMW eDrive technology also used in the BMW iX. In coasting overrun and braking phases, it serves as a generator, feeding energy into a power battery. The energy stored in this power battery can deliver a system output of 275 kW/374 bhp to provide the driving experience that the brand has been known for.

The hydrogen needed to supply the fuel cell is stored in two 700-bar tanks (the two cylinders in the picture above) made of carbonfibre reinforced plastic (CFRP), which together hold almost 6 kgs of hydrogen. “Filling up the tanks only takes three to four minutes – so there are no limits on using the BMW iX5 Hydrogen for long distances, with just a few, short stops in-between,” said Juergen Guldner, Head of BMW Group Hydrogen Fuel Cell Technology and Vehicle Projects.

Built in-house
The carmaker recently commenced fuel-cell system production at its competence centre in Munich. By the end of this year, it will have a small fleet iX5 Hydrogen SAVs that will be run around the world for test and demonstration purposes

“As a versatile energy source, hydrogen has a key role to play on the road to climate neutrality. And it will also gain substantially in importance as far as personal mobility is concerned. We think hydrogen-powered vehicles are ideally placed technologically to fit alongside battery-electric vehicles and complete the electric mobility picture,” said Oliver Zipse, Chairman of the Board of Management of BMW AG. “By commencing small-scale production of fuel cells today, we are demonstrating the technical maturity of this type of drive system and underscoring its potential for the future.”

“Our many years of research and development work have enabled us to get the very most out of hydrogen technology,” added Frank Weber, Member of the Board of Management of BMW AG, Development. “We have managed to more than double the fuel cell’s continuous output in the second-generation fuel-cell in the BMW iX5 Hydrogen, while weight and size have both decreased drastically.”

So far, the iX Hydrogen prototype has already successfully demonstrated its excellent everyday usability, even at very low temperatures, during the final round of winter testing in Sweden at the start of this year.

Technological expertise, high efficiency standards
A chemical reaction takes place in the fuel cell between hydrogen from the tanks and oxygen from the air. Maintaining a steady supply of both elements to the fuel cell’s membrane is of crucial importance for the drive system’s efficiency. In addition to the technological equivalents of features found on combustion engines, such as charge air coolers, air filters, control units and sensors, the BMW Group also developed special hydrogen components for its new fuel cell system. These include the high-speed compressor with turbine and high-voltage coolant pump.

The individual fuel cells required for manufacturing the iX5 Hydrogen are supplied by from the Toyota Motor Corporation, which has been selling a hydrogen fuel-cell electric vehicle (the Mirai) since 2014. The two companies have been collaborating on fuel-cell drive systems since 2013.

First look at the hydrogen fuel cell powertrain being developed by BMW and Toyota

Setel Provides More Convenient One-tap Operation To Start Refuelling

Setel users now have a more convenient option of starting refuelling with the ‘One-Tap Fuelling’ feature. This allows them to activate the pump with just one tap upon arrival at all PETRONAS stations nationwide. The new solution is available to the first 1,000 registered Setel users around Malaysia, with a staggered rollout in the next 2 months.

Current Setel users who are interested to receive early bird access can opt-in by posting an Instagram Story or Tweet of their Dah Setel So Far page with the caption: “I want One-Tap Fuelling now”, tag @setel and include the #SetelOneTapFuelling hashtag.

From now until October 4, 2022, they also have a chance to win limited edition Setel gift boxes when they upload their most creative video on Instagram or Twitter showing their experience using the ‘One-Tap Fuelling’ feature’

In the upcoming enhancements, motorists will be able to pre-set their preferred fuelling amount – either by litres or a full tank, in the Preferences page when setting up the new feature. Motorists can also pre-set their preferred payment method, which includes CardTerus for direct payments via a debit or credit card, as well as Setel Share, which allows users to share their Setel Wallet or CardTerus with two others to pay whilst jointly earning Mesra points.

“We are constantly innovating and developing solutions that meet our users’ ever-evolving needs, especially in this endemic period where Malaysians are travelling more frequently than before. Over the past 4 years, our loyal users have continuously raved about their refuelling experience at PETRONAS stations. With this new enhancement that brings about a refuelling journey from the usual 5 clicks to just one tap through a one-time setup, Setel offers a more personalised and faster refuelling journey for its users. Gone are the days of rummaging through wallets for cash or cards to refuel and earn loyalty points,” said Mazlin Erawati Ab Manan, Chief Executive Officer of Setel.

*Setel’s contactless service can be used at EV charging stations as well.*

Setel has been in the market since July 2018, offering a mobile platform for motorists patronising PETRONAS stations. In recent times, it has also added EV charging for use by those owning electric vehicles. Its services include Setel Express, an in-app service for Setel customers to track their e-commerce deliveries and pick up/drop off parcels at selected PETRONAS stations.

RFID can now be used for fuel purchases at Shell stations

Audi RS Q e-tron E2 ready for more off-road competition with improved performance

In March 2022, the Audi RS Q e-tron won its first desert rally in Abu Dhabi, an important achievement for an electrically-powered vehicle. Audi was the first carmaker that committed to develop a viable alternative drive concept for the gruelling event, making it a pioneer in motorsport.

The original RS Q e-tron development had been rushed as it had to be done during the difficult period of the coronavirus pandemic in 2021 and limited testing opportunities. However, with the experience and learnings from that tough first event, Audi Sport’s engineers have developed a new and significantly improved prototype which will be entered in the 2022 Morocco Rally and the 2023 Dakar Rally.

“We’ve managed a good debut at the Dakar with the Audi RS Q e-tron and even our first stage victories in a motorsport discipline that is new to us,” said Rolf Michl, Managing Director of Audi Sport GmbH and responsible for motorsport at Audi. “The entire team is working excellently together and pulling in the same direction. As is usual at such an early stage, the drivers, co-drivers and technicians quickly agreed on the next development targets. We have summarized the result in a new evolution package – the RS Q e-tron E2.”

*Main components of the first RS Q e-tron*

Second phase of development program
Reminiscent of the legendary Audi Sport quattro in its final development stage for Group B rallying in the 1980s, the body is completely new and features significantly enhanced aerodynamics. It also has a lower weight and centre of gravity.

“The Audi RS Q e-tron E2 does not adopt a single body part from its predecessor,” said Axel Loffler, Chief Designer of the RS Q e-tron. In order to comply with the prescribed interior dimensions, the cockpit, which was previously narrowly recessed towards the roof, is now significantly wider. The front and rear hoods have also been redesigned.

“We are now doing away with the underflow of the rear hood to the left and right of the B-pillars. In conjunction with modified lay-ups – optimized fabric layers of the composite materials – this solution reduces weight,” said Loffler.

The T1U prototypes will have to weigh 2,100 instead of 2,000 kgs in the future. Given that the first generation of the RS Q e-tron was overweight, it was still necessary to save several dozen kilograms. This is accompanied by the lowering of the vehicle’s centre of gravity.

New aerodynamic concept
The aerodynamic concept in the area of the body below the hoods is completely new. This section is somewhat like the shape of a boat’s hull: its widest point is at the height of the cockpit, while the body tapers significantly towards the front and rear.

The designers dispensed with the part of the fenders that was behind the front wheels and formed the transition to the door. Internally, this structure was called the ‘elephant foot’ and as a result, it saved more weight and optimized the airflow.

“The aerodynamic aspect should not be underestimated in desert rallying either,” said Axel Loffler, Chief Designer of the RS Q e-tron. “Admittedly, the new cockpit dimensions mean that the body has a larger and therefore less favourable cross-section. Nevertheless, it was possible to reduce the overall aerodynamic drag by around 15%. But this does not change the top speed, which remains limited to 170 km/h in the regulations.”

Nevertheless, the improved airflow offers one major advantage. “It further reduces the energy requirements of the electrically powered car,” explained Loffler. “We implemented the aerodynamic calculations entirely using computational fluid dynamics. These computer simulations replace the time-consuming work in the wind tunnel and still deliver highly precise results.”

Simplified operation in the cockpit
The drivers can look forward to their new workplaces. The displays are still in the driver’s field of view and located in the centre console in the usual style, and the central switch panel with its 24 fields has also been retained. However, the engineers have restructured the displays and controls.

They can also work much more easily when there is a puncture, which is not uncommon in off-road events. Simple, flat and easily removable body components replace the previous bulky covers for the spare wheels in the flanks. The new 10-spoke rims are much easier to handle, making the change of wheels safe and quick.

New operating strategies further improve the efficiency of the electric drivetrain. The drivetrain of the RS Q e-tron E2 comprises an energy converter consisting of an internal combustion engine and a generator, as well as a high-voltage battery pack. Two electric motors are used to power the front and rear axles.

Better energy management
Energy management plays a crucial role here. The electronic control system of the complex electric drivetrain proved its worth in the first rally events and issues only occurred in extreme cases. At the Dakar Rally, for example, it was noted that there were short-term surpluses of power in situations where the wheels made less contact with the ground while jumping or on uneven terrain.

The so-called auxiliary consumers also benefit from optimized control. The servo pump, the air-conditioning cooling pump and the fans have a measurable impact on the energy balance. In the course of the debut season this year, the Audi and Q Motorsport rally team gained valuable experience that enables better assessment.

The air-conditioning system, for example, works so aggressively that it could cause the coolant to freeze when constantly running at its maximum output. In the future, the system will run in an intermittent mode. This saves energy, yet the interior temperatures only fluctuate slightly, even over longer periods.

“We have combined all the important lessons in a very short time. The result of our ideas is the E2 evolution,” says Uwe Breuling, Head of Vehicle Operations Audi Sport. “Our development team’s determined and cost-efficient work has prepared us perfectly for our second Dakar Rally.”

F1 / Round 15: 2022 Dutch Grand Prix Highlights and Provisional Results

As the drivers left the grid for the first of 72 laps, the home crowd filled the air with orange for their countryman – championship F1 leader Max Verstappen. Both Verstappen and Ferrari’s Charles Leclerc got a good start but it was the Red Bull driver who had a slight edge. Further back, Mercedes-AMG’s Lewis Hamilton also sliced through the grid and had just a tiny bit of contact with Ferrari’s Carlos Sainz who had been one slot ahead of him on the grid.

With Zandvoort having very short laps, the cars raced across the starting grid again within a very short time. Haas driver, Kevin Magnussen, provided some drama in the opening lap as his car went wide into the gravel and although he bounced off a barrier, he managed to remain in the race but in last position. His team mate, Mick Schumacher, was not doing well either, having slipped two positions back from eighth on the grid.

Within the first 12 minutes, 6 laps had already been completed and Verstappen was already setting the fastest time. But just one lap later, Leclerc pushed hard and did an even faster lap, gaining a bit on the Dutchman. Hamilton was less than a second behind Sainz who was dropping back from the front two.

Tyre degradation was appearing and Scuderia Alphatauri’s Pierre Gasly went into the pits for new tyres, followed by McLaren’s Daniel Ricciardo. They had started on softs which did not seem to be a good choice. Alpine F1’s Fernando Alonso also came in on lap 13 for tyres. Schumacher’s pit-stop was frustrating as it took a while before he could be released.

Lap 15 saw Sainz and Sergio Perez, the other Red Bull driver, pitting. It was messy as Sainz could not shoot back out straight away due to Perez coming past and the Ferrari driver was still for 11 seconds – which is a long time in the pitlane.

As Leclerc headed off to the pits, Hamilton inherited second place, 12 seconds behind Verstappen. When the Ferrari driver got back to the race, he was fourth with Mercedes-AMG’s George Russell ahead.

When Verstappen finally came in on lap 19, Hamilton took the lead, followed by Russell. Switching to mediums, the Dutchman had a very quick stop as usual, returning in third place and about 8 seconds behind Hamilton, and 5 seconds ahead of Leclerc. Up to that point, both Mercedes-AMG drivers were still on their original tyres – a one-stop strategy?

The Alfa Romeo ORLEN team must have been grateful that their cars remained in the race, Zhou Guan-Yu in 13^th and Valtteri Bottas in 15^th place. But Zhou picked up a 5-second penalty for exceeding the speed limit in the pit lane.

On lap 28, Verstappen closed in on Russell and speeding along the main straight with DRS open, he easily slipped past the Mercedes-AMG into second as he powered his way around on the outside. One lap later, Hamilton left the lead to Verstappen as he rushed into the pits. While changing tyres, Russell, Leclerc and Perez passed by so he rejoined in fifth, 11 seconds ahead of Sainz.

It was Russell’s turn on lap 31 which gives second place to Leclerc, who has a 7-second gap to close with Verstappen. He’s comfortably ahead of Perez who has to keep an eye out for Hamilton sneaking up on him. It was hard to say which Mercedes-AMG driver might have a chance at winning the F1 race as Russell was faster than Hamilton at times.

Halfway through the F1 race, Verstappen looked steady in the lead with an 8-second gap from Leclerc, with Perez around the same time gap from the Ferrari driver. This meant his focus could be entirely on Hamilton who was in his mirrors. Hamilton gets past on lap 37 but Aston Martin’s Sebastian Vettel is in the way and the Mercedes-AMG driver cannot pull away from Perez quickly enough. Perhaps too focussed on Hamilton, Perez is caught by surprise as Russell slips past him as well into fourth place.

On lap 45, there was confusion when Scuderia Alphatauri’s Yuki Tsunoda pulled to the side as he seemed to have tyre problems. He was able to make it back to the pits where his wheels were checked. He rejoined and then had problems again after 3 laps and pulled over between Turns 4 and 5. but the Virtual Safety Car (VSC) was activated as the Japanese driver left his car.

This triggered a flurry of activity in the pits and on lap 49, Verstappen pit from the lead! The Mercedes-AMG drivers also did the same, but the Red Bull driver got back out and still kept his lead. Racing resumed on lap 50 as the VSC was deactivated. Hamilton was then 12 seconds behind Verstappen, with his team mate 3 seconds away. Instead of being able to keep the lead, Hamilton had been forced into working for the win again due to the VSC.

Alfa Romeo lost a car again as Bottas came to a stop on the main straight while he was in 18^th place. The F1 Safety Car came out on lap 56 and Verstappen shot straight to the pits for softs. But the Mercedes-AMG duo did not do the same, so Hamilton was back in the lead with his team mate shadowing him. However, on lap 58, as the cars diverted along the pit lane because the marshals were clearing the Alfa Romeo, Russell did a stop and got soft tyres. That dropped him to third behind Verstappen.

The F1 Safety Car ended its duty after 3 laps. Mercedes-AMG had a buffer between Hamilton and Verstappen but lost it. They had a good chance of Hamilton winning but if he could not, then Russell was ready to take over. As the race started, the Dutchman pulled out and swooped past the Mercedes-AMG easily. The Dutchman regained the lead in the Dutch Grand Prix with 11 laps remaining.

Within a short while, Verstappen had already opened the gap to 2 seconds. As the cars charged through Turn 1, Russell passed Hamilton who was very frustrated at having mediums while his British team mate had softs that worked a lot better. From being in the lead, Hamilton now had to deal with a determined Leclerc who passed him on lap 66.

Verstappen had the speed to stay ahead no matter how hard Russell tried, while Hamilton struggled with his tyres to try to keep Sainz from also displacing him. How quickly his fortunes had changed.

Clocking a fastest lap, Verstappen again won in front of his home crowd which went crazy as their hero sped across the finish line. He had pretty much led from pole position on the grid and got it right again.

Skoda Previews New Design Language With Vision 7S Concept

With the VISION 7S concept, Skoda is providing a preview of an all-new battery electric SUV as well as the Czech brand’s new design language. There is also a new brand logo which no longer uses sculptural 3D graphics, a response to a growing shift in marketing activities from print to online.

The 7-seater VISION 7S SUV, which is 3 to 4 years from appearing in Skoda showrooms, sits on the Volkswagen Group’s Modular Electrification Kit (MEB). Proposed with an 89 kWh battery pack, it has a projected range of over 600 kms.

With the new design language comes the ‘Tech-Deck Face’ at the front end with a a solid underbody and aerodynamic roof lines. The Tech Deck Face embodies a modern reinterpretation of the familiar Skoda grille. Though it has similar lines, the appearance is significantly flatter and wider than the previous styling. The ribs have been replaced by dark glass that conceals the vehicle’s sensors.

The redesigned SKODA wordmark replaces the brand’s picturemark and is complemented by a new ambient light strip. This extends across the entire width of the vehicle at the upper edge of the front section and features illuminated graphics.

The robust bumpers are made of durable, recycled tyres. This material is also used for the wheelarch linings and adds a rugged visual highlight. Seven vertical air intakes are integrated into the front, through which air is directed to the cooling systems and brakes, and another nine vertical air outlets are in the rear bumper.

A control element in bright Flashy Orange is located in the centre of both the front and rear. These can be pulled out to serve as hooks. In addition, they can be used to safely cut off the vehicle’s high-voltage current from the outside, if required.

A high tornado line separates the solid underbody from the side windows and emphasises the powerful shoulder sections through its curve. The squared-off wheel arches beneath it are prominent and clearly recessed. Within them, the wheels are aerodynamically optimized rims and almost completely closed.

Additional air outlets are positioned between the wheel arches and above the side skirts. These act as running boards for the portal doors that swing up in opposite directions and also have cover grilles. These grilles channel the warm air generated from cooling the high-voltage battery pack to the outside.

The flat roofline gently slopes to the rear and merges with a pronounced roof spoiler for high aerodynamic efficiency. The triangular D-pillar extending to the rear features a bold design; at the bottom, it bears the new SKODA wordmark, which also appears on the tailgate and is lit up in the same way as at the front of the vehicle.

The minimalistic interior is as spacious as the exterior proportions of the Skoda concept suggest. The sense of security further enhanced by the combination of dark and light materials. These are leather-free (mostly from sustainable sources) and are extremely durable, thanks to some smart material combinations.

One example is the floor, which is also made from recycled tyres. The interior trim is also sustainable and coated with a fine, matt metallic layer, thus conserving valuable resources. The fabrics are made of 100% recycled polyester yarns.

Great emphasis was placed on further optimising usability. In addition, the vehicle’s menu structure and infotainment functions have been streamlined, and the controls on the central, free-standing touchscreen, as well as haptic keys for important or frequently used functions, are particularly intuitive.

In front of the central screen on the instrument cluster is a large crystal that indicates the battery and charging status using different colours. This can be seen easily from outside the Skoda SUV.

The position of the childseat may seem unsuitable from the safety point of view but it is actually in the safest place in the vehicle. It is integrated into the centre console, which extends to the second row of seats, opposite to the direction of travel. This means the child is optimally protected, and the passengers in the second row can always keep an eye on him or her.

An optional interior camera in the rear roof area can also transmit a video of the child to the central infotainment display. This makes it possible for the driver and front passenger to see the little ones on board at all times.

The VISION 7S also introduces a new series of ‘Simply Clever’ features, well known in Skodas. For example, the air vents on the dashboard work in a discreet, diffuse mode until more direct ventilation is needed. Passengers will also find magnetic surfaces under the floating centre console, where metal Skoda drink bottles or a first-aid kit can be securely attached. There are also backpacks that are magnetically attached to the seat backrests, easily taken off when leaving the vehicle for a hike.

“The VISION 7S is the forerunner of our new design language that we’ll be rolling out across the entire product portfolio over the coming years. We’ll also be using it to sharpen our customer appeal; with the new styling, we are taking the brand to the next level and aligning it to our customers’ new needs and expectations, particularly regarding UX (user experience), connectivity and the entire customer journey,” said Martin Jahn, Skoda Auto Board Member for Sales and Marketing.

F1 / Round 15: 2022 Dutch Grand Prix Preview & Starting Positions

Last year saw the return of the Dutch Grand Prix after a 36-year gap – the longest in the Formula 1 championship. The reason it had dropped off the F1 calendar was due to financial difficulties that prevented the Zandvoort circuit from being modernized and upgraded as the sport evolved. It was only in 1995 that proper investment was made with a new owner and the circuit, which had its first race in 1948, was redesigned and redeveloped.

The last F1 race in 1985 was won by Niki Lauda when he was with McLaren, which also won the championship that year. Besides Lauda, the drivers of that era were men like Jim Clark, Jackie Stewart and Rene Arnoux, all retired (or passed away).

Formel 1 – Mercedes-AMG Petronas Motorsport, Großer Preis der Niederlande 2022. Lewis Hamilton Formula One – Mercedes-AMG Petronas Motorsport, 2022 Dutch GP. Lewis Hamilton

While the 4.3-km layout of today’s circuit for Round 15 of the 2022 championship differs greatly from the one that existed in the first 50 years, some of the drivers who raced in last year’s championship round were familiar with it from their Formula 3 years.

**Race starts at 3 pm in Holland/9 pm in Malaysia**

Zandvoort is a challenging track with 14 corners, many of them fast and sweeping with the ‘Tarzan Corner’ hairpin at the end of the start/finish straight. Undulating, rising and falling between the sand dunes, with a rollercoaster-like vibe similar to Portimao, it has an old-school feel, which many of the drivers like. “It’s definitely a unique challenge for the drivers and puts many aspects of an F1 car to the test,” said Mercedes-AMG’s Toto Wolff.

The elevation change is almost 8 metres and being located across the road from the North Sea, strong wind can be expected, sometimes blowing sand onto the track and affecting grip (an issue normally associated with places like Bahrain).

Zandvoort doesn’t feature many long straights and a lot of the lap is spent cornering. Due to this, it’s a track with low power sensitivity and engine duty, so the Power Unit has an easier time than at other tracks, where it is worked harder.

Because of the many high-speed changes of direction, where the mass of the car can work against you, Zandvoort has the highest mass sensitivity of the year – which means, carrying more fuel will be more penalising. But it’s below average for tyre duty and wear, because most of the corner speeds and loads sit in the middle of the. Many sequences are also very flowing rather than stop/start, which puts traction demand into the tyre.

“The most challenging parts for the tyres are the banked Turns 3 and 14, which are taken at high speed and place sustained combined forces on the car: downforce as well as lateral demands. Along with the other overall demands of the circuit layout, this is why we have nominated the hardest three compounds in the range for only the fourth time in 2022, after Bahrain, Spain and Great Britain,” said Mario Isola, Pirelli’s Motorsport Director.

Overtaking is challenging at Zandvoort due to the almost constant sequence of cornering, apart from the main straight (which leads into not a particularly big braking zone) and the back straight (which isn’t very long). This means qualifying performance and pace is vital and makes it one of the most important F1 qualifying sessions of the year.

“The new F1 car-tyre package this season should make overtaking easier on a track where it was hard to pass last year. The majority of drivers stopped just once to maintain track position but this time, there could be more of a focus on the softer compounds – which might lead to more two-stoppers and drivers pushing even harder,” predicts Isola.

There are two very different tarmacs at Zandvoort, which means the tyres behave quite differently on one relative to the other. There’s some new, smoother tarmac laid in 2020, and the rest of the track features an older, more aggressive surface. This makes it tricky to rebalance the car for all corners, because the surfaces can be different from one corner to the next.

*Cornering speeds and gears used by Mercedes-AMG drivers.*

Drivers experience 5.2g through the long, sweeping Turn 7 at Zandvoort, one of the highest lateral g-forces of the entire season. Of the 10 braking sections, two are classified as highly demanding on the Brembo brakes, six are of medium difficulty and the remaining two are light.

The most difficult one for the braking system is on the first turn because the cars come off a 1.1-km straight with no braking on the last turn. The single-seater F1 cars hit the brakes at 317 km/h and drop to 133 km/h in just 111 metres. To achieve this, the drivers brake for 1.99 seconds and sustain 4.8g of deceleration.

Because of the very long gap from the 1985 Dutch F1 GP, the most successful driver remains one from that era and it is Jim Clark who won 4 times in the 1960s. Max Verstappen won last year at his home race, and if he repeats his winning form for the next few years, he could replace Clark.

Scuderia Ferrari has been the most successful team in the Dutch F1 GP with 10 victories between 1952 and 1983. During that period, the team had drivers like Alberto Ascari. Juan Manuel Fangio, Mike Hawthorn, Phil Hill, John Surtees, Niki Lauda and Jody Scheckter.

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Latest News

BMW Group Has Started Production Of iX5 Hydrogen SAVs

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Audi RS Q e-tron E2 ready for more off-road competition with improved performance

F1 / Round 15: 2022 Dutch Grand Prix Highlights and Provisional Results

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F1 / Round 15: 2022 Dutch Grand Prix Preview & Starting Positions

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