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Bugatti to build 40 units of Bolide experimental hypercar for sale

During the fourth quarter of 2020, Bugatti provided the answer to this question: What if the French carmaker built a radically light vehicle around the legendary 8.0-litre W16 engine? This led to a study that created the Bolide, a racetrack-oriented hyper sports car with a production-based W16 engine and minimal bodywork designed with maximum downforce in mind.

“The Bolide generated a great deal of enthusiasm and intrigue last year. Following its presentation, a significant number of enthusiasts and collectors asked us to develop the experimental Bolide as a production vehicle. I was absolutely amazed by the reactions and feedback from customers from all over the world,” recalled Stephan Winkelmann, President of Bugatti.

“We therefore decided to make the Bolide a few-off in order to give 40 customers the opportunity to experience this incredible vehicle. Our team has now been developing a production model – the ultimate driving machine for the track,” he said. This will make the Bolide the most extreme configuration level of the W16 engine and a must-have for Bugatti collectors.

Development around the powertrain
With the very limited-edition production Bolide, Bugatti engineers and designers have created the most extreme vehicle concept ever to have been conceived around the powerful powertrain of the W16 engine with 4 turbochargers.

“For me, being able to turn the radical thought experiment of the Bolide into reality as a production vehicle is a dream come true as it is by far the most challenging project of my 17-year Bugatti career,” said Bugatti Design Director Achim Anscheidt. “The design of the Bolide follows the minimalist approach of the Bugatti style philosophy of ‘form follows performance’ and is additionally founded on an uncompromising lightweight construction approach. It pays homage to the brand’s glorious motorsport past of the in the 1920s.”

The numerous air ducts and delicate front end are more reminiscent of aerodynamically sophisticated Formula 1 cars than a hyper sportscar, and they dominate its look. The Bolide sits very low to the ground, with an air intake scoop on the roof and an ultra-sporty seat position. In combination with the striking rear diffuser, the dominant rear wing results in high downforce and therefore also optimum traction. As with other Bugatti models, the design team opted for a colour split, although the proportion of visible carbonfibre parts is greater than in other models.

Tuned for RON98 fuel
With the W16 engine as a symbol of the brand’s technology, Bugatti boasts one of the most extraordinary engines in automotive history. In the case of the Bolide experimental car, its power output of 1,850 ps is achieved by (among other things) the 110-octane racing fuel. However, for the production model, Bugatti engineers have tuned the engine to run on RON98 petrol, readily available worldwide. This will enable the car to be driven anywhere in the world.

The use of a lower octane brings the output down to 1,600 ps with 1,600 Nm of torque generated from 2,250 rpm. The engine has been tuned for higher revs per minute for use on the racetrack, alongside the intake and exhaust system to achieve even faster, more spontaneous, and extreme responsiveness. The cooling system for the turbochargers, engine, transmission, and differential are likewise modified for optimum power development.

Meeting FIA safety standards
While some extreme cars are not constrained by regulations, Bugatti’s designers and engineers who are currently refining the aerodynamics and handling, have developed the Bolide in line with international FIA safety standards. The safety features include HANS system compatibility, an automatic fire extinguishing system, pressure refueling with a fuel bladder, central wheel locking, and a 6-point safety belt system. All these guarantee maximum safety and sufficient comfort during the pure driving experience.

“The customers’ safety is always our top priority. We therefore decided to offer exclusive track days for this extreme vehicle in order to guarantee a safe environment at all times and gradually introduce the customers to the Bolide’s breathtaking performance,” said Mr. Winkelmann.

Optimizations in the areas of design, aerodynamics, quality, and safety give the production vehicle a curb weight of just 1,450 kgs, which translates to a weight-to-power ratio of 0kgs per ps when RON98 fuel is used.

Close to technical demonstrator
Thanks to maximum weight-saving, the drivers will be able to experience the full power and torque of the engine. Bugatti has kept the production car so close to its technical demonstrator, both visually and technically, while also enhancing the design, quality, and vehicle safety.

Delivery to the 40 customers who put their money down for this hyper sportscar is scheduled for 2024 at a net unit price of 4 million euros (almost RM20 million) each.

FEATURE – The German engine that was born on a Japanese bullet-train

The power of touchscreens and dashboards of the future

With the digitization of car interiors and the continuing addition of more and more electronic systems, the way a driver interacts with the systems and operates or adjusts them has been changing. For decades, mechanical systems used mechanically-actuated knobs and levers or pushbutton and rocker switches and generations of drivers have used them.

No more knobs and levers
With the new generation of cars, those knobs and switches have been disappearing, typically replaced by icons on touchscreens. No longer does a driver have to turn a knob to make the temperature higher or lower – it can be done by touching a display screen, just like on a smartphone. Or physical interaction might not even be necessary as many cars now have intelligent voice command systems.

The dashboard in today’s Nissan Ariya has digital and graphic displays with touchscreens, a big difference from the one in the Nissan Grand Livina of 2011 which had knobs, levers and rotary dials (below).

When developing the latest Nissan Ariya all-electric crossover, its designers and engineers didn’t just consider the ergonomics involved in reaching toward the dashboard. They were determined to create a new look and feel for controls that drivers generally take for granted. This required a rethink of cabin space, touch and positioning.

Controls beneath the surfaces
Taking advantage of an all-electric powertrain layout, the Ariya’s interior was crafted to be open, and spacious, a cabin with a sense of calm and serenity. Part of that design is a dashboard free of traditional buttons. The wood-grained trim bisecting the dashboard comes to life upon starting the Ariya, illuminating a set of environmental controls that reside just beneath the dashboard’s surface.

Haptic feedback, like a smartphone
Utilizing a new generation of haptic feedback controls, these subtly integrated buttons open a world of possibilities in the relationship between function and design. In the same way that we interact with a smartphone display to navigate and engage with apps, haptic feedback buttons in the Ariya react to touch, communicating through fingertip vibrations. When adjusting the Ariya’s climate controls and drive modes, for example, the driver will interact with a familiar set of icons. Yet, because the points of interaction are felt and heard, they can remain focused on the road.

The design team’s decision to integrate haptic feedback into the Ariya follows the car’s underlying design concept of ‘Timeless Japanese Futurism’, which takes a distinctive Japanese approach to design, conveying a simple yet powerfully modern impression.

“We created a clean space by blending the haptic controls with the grain of the interior’s woodgrain finish. We did this in a way that didn’t affect the performance of the controls, allowing us to achieve both functionality and an attractive appearance,” said a Senior Designer at Nissan, Hideki Tago.

“By applying a woodgrain pattern to the plastic panels with a hydro-printing process, we gave them a very realistic wood-like feeling. At the same time, this allowed transparent icons to come to life when illuminated,” he explained.

Integrating technology into design
With the Ariya design team’s final goal laid out, it was the engineering team’s responsibility to make this sci-fi concept a reality. The process began with an exhaustive breakdown of the technology itself. Haptic feedback buttons are grouped into two specific areas in the Ariya — on the main dashboard and on the adjustable centre armrest. The goal was to not only integrate the technology into the cabin design as a means of wowing passengers, but also to give the technology a natural and responsive feel for a wide variety of drivers.

Following extensive testing, the team settled on electrostatic buttons that are not only bigger than traditional haptic controls, but also more broadly spaced. This allows for a realistic and intuitive feeling for users, and also generates a kind of air pressure ‘kick’. This amplifies the tactile feedback with the click sensation of a traditional mechanical button, despite no traditional physical button being involved.

Then came the fine-tuning of the vibrations and sounds. That’s right — sounds. “Vibration and sound are inseparable,” explained Tomotaka Igarashi, the engineer in charge of the Ariya’s interior HMI (Human-Machine Interface) development. “It may seem obvious, but this challenged our team to develop a unique sound that would match the expectations of the driver while also designing it to be as pleasant as possible.”

Such attention to detail in an all-electric crossover is a necessity as the minimal sound emitted by the electric powertrain means that the sounds developed by the team will be clearly heard while driving. The development of the haptic controls required that every possible scenario be tested repeatedly to ensure easy use for a wide range of drivers, especially since the Ariya will sell in different regions of the world. That meant extensive testing by people with different size fingers and fingernail lengths, and with different button-pressure strengths and engagement angles. Gloved hands were also tested to ensure button activation.

2021 Ariya crossover SUV takes Nissan further along the EV road

Bowler Motors to prepare Land Rover Defender rallycar for championship series in 2022

Bowler Motors, an off-road performance vehicle specialist in the UK, has developed a Land Rover Defender rallycar that will compete in its own championship in 2022. Known as The Bowler Defender Challenge, it will consist of seven events in the UK, the first of which is scheduled to be in March.

There are 12 entries available for the one-make series, with each team competing in identical Bowler-prepared Defenders. For those with limited experience or none, the company can offer training and support to gain the necessary licence before moving directly to the series. The Challenge has been an ideal platform on which to gain motorsport know-how before joining other Bowlers and competing in rally-raid events across the globe.

For 2022 and beyond, the Challenge will continue to focus on delivering a fun environment that fosters the development of driving and competition skills yet retains the involving, engaging feel of a real motorsport family.

Defender 90 model used
Bowler will prepare the rallycars using the Defender 90 with a 300 ps Ingenium 2-litre turbocharged petrol engine. Each vehicle will be completely stripped back to install a full FIA-standard roll cage. The front and rear subframes are modified and given additional bracing for a new bespoke performance suspension set-up. Designed in collaboration with Fox, it increases the ride height by 25 mm. In place of the standard wheels are Bowler rally-spec 18-inch wheels.

Bowler’s engineers will add a suite of electronic components, from fire protection and electrical cut-offs to additional lighting and vehicle control systems – all integrated with the existing electrical architecture. Competition racing seats are also installed and the gear selector is repositioned for the optimal racing position. Additionally, Bowler-developed column-mounted paddle shifts will provide quicker shifting action.

Strengthened structure
During the conversion, the engineers subtly modify and stiffen the already rigid Defender bodyshell to cope with the extreme conditions of off-road competition. The standard doors are trimmed to remove the sill covering section, which allows the fitment of full-length, side-to-side underbody protection panels. A modified front end increases airflow to the cooling system and houses additional race-level lighting

Packages for the 2022 Challenge will start at £99,500 (about RM574,500) which the vehicle. Options include training, series logistics and vehicle support and customers can also choose from a range of accessories developed as part of this programme .

“The development of the new Bowler Defender Challenge rallycar perfectly illustrates the mutual benefits of Bowler joining Jaguar Land Rover Special Vehicle Operations. Our technical support married to Bowler’s legendary rally expertise has turned the extraordinarily capable Defender into a purposeful competition machine,” said Michael van der Sande, Managing Director of Jaguar Land Rover Special Vehicle Operations which has owned the Bowler business since 2019.

Incidentally, for those who are interested in getting a new Defender, we hear that Jaguar Land Rover Malaysia will make the model available in the near future. To register your interest, visit www.landrover.com.my.

*Latest Land Rover Defender, soon to be available in Malaysia.*

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Mercedes-Benz C-Class All-Terrain for those who don’t like SUVs

The term ‘dual-purpose’ vehicle started appearing in the late 1970s when 4×4 vehicles got more ‘civilized’ and people began to use them like passenger cars. Then came ‘SUVs’ in the 1990s, followed by ‘crossovers’ in the following decade. Now comes another type of dual-purpose vehicle for those who find a conventional stationwagon less than suitable off-road, but an SUV or crossover is too tall and bulky.

It’s the new Mercedes-Benz C-Class All-Terrain with extra ground clearance than a regular C-Class stationwagon. It’s not a new idea though as Volvo did the same thing with its stationwagon many years ago to create Cross-Country versions that could be used in rougher conditions.

More ‘off-roader’ look
The off-road C-Class is differentiated by a distinctive radiator grille, different bumpers, a simulated chrome guard plate at the front and rear and the wheelarch linings in matt dark grey. At the rear, there is a multi-section bumper with a chrome-plated load sill guard.

As the All-Terrain version has an AVANTGARDE exterior, the waistline trim, side window surrounds and roof railings are finished in polished aluminium. The trim on the B-pillars and the bars on the rear side windows are in high-gloss black. The Night Package is also available, changing many items to high-gloss black.

Compared to the regular C-Class stationwagon, the All-Terrain has marginally increased dimensions – 4 mm longer and 21 mm wider, the latter due to the exaggerated wheelarch linings. Of significance is the increased ground clearance of around 40 mm, which has also increased the car’s height to 1,494 mm. The standard tyres are 225/55 on 7.5J x 17 wheels, and customers can also opt to fit 18-inch or 19-inch wheels with wider tyres.

Intelligent DIGITAL LIGHT
The C-Class has LED High Performance headlamps as standard and the DIGITAL LIGHT system from the new S-Class can be chosen as an option. For the All-Terrain, it includes a special off-road light. When driving on light terrain, wide illumination ensures that the driver can see obstacles sooner, even when cornering. As soon as the off-road driving mode is activated, the off-road light switches on and remains active up to 50 km/h.

DIGITAL LIGHT has a light module with three extremely powerful LEDs in each headlamp, whose light is refracted and directed by 1.3 million micro-mirrors. The resolution is therefore more than 2.6 million pixels per vehicle. This allows almost unlimited possibilities for a high-resolution light distribution that adapts to road conditions.

However, the deciding factor is not only the technology in the headlamp, but rather the digital intelligence behind it. An onboard camera and sensor systems detect other road users, with the data being evaluated by powerful computers in milliseconds. Depending on the conditions (including references to maps), the headlamps will have adjustments made to the light distribution.

Two electrified engine choices
Petrol or diesel engines are available. The 4-cylinder petrol engine has an integrated second-generation starter-generator (ISG) is used and can use electrical energy to briefly increased output by up to 20 bhp. The 4-cylinder turbodiesel engine is part of a mild hybrid drive system. It too has an integrated second-generation starter-generator and uses a 48V electrical system. Electrification allows the use of an electric refrigerant compressor for the air conditioning system.

As would be expected, the All-Terrain has standard 4MATIC all-wheel drive that will provide more traction and driving stability when going on rough or slippery surfaces. Up to 45% of engine power flows to the front axle, and up to 55% to the rear axle, the ratio varying according to the grip of the wheels. Together with the 4MATIC drive system is a 9-speed automatic transmission.

Besides the usual modes in the DYNAMIC SELECT system that offers pre-determined driving programmes, there are two more modes for use when driving in off-road conditions. OFFROAD is programmed for easy terrain such as dirt roads, gravel or sand; OFFROAD+ with DSR (Downhill Speed Regulation) is recommended for somewhat rougher and steeper terrain. DYNAMIC SELECT adapts the characteristics of the engine, transmission, steering, ESP and 4MATIC, with the modes selectable even when on the move.

The new front-axle drive allows higher torque levels to be transferred with an ideal axle load distribution for driving dynamics. Moreover, this has a significant weight advantage compared to the corresponding component in the preceding series – a contribution to CO₂ reduction. The engineers were also able to reduce the friction losses in the new transfer case and a closed oil circuit is used with no additional cooling measures needed.

The suspension is basically the same as the regular C-Class, but the 4-link front suspension has slightly larger steering knuckles for addition robustness. A multi-link suspension mounted on a rear axle carrier is installed at the rear. The suspension has a passive damping system with the damping effect constantly adapting to the road surface, depending on the amplitude. Ride comfort can be improved by reducing the damping effect, and when the shocks are more severe, the full damping action ensures more stability.

Same interior as regular C-Class
The interior of the All-Terrain is similar to that of a regular C-Class stationwagon, with the occupants benefiting from the moderately increased exterior dimensions of the new model generation. Compared to the predecessor, the elbow width has been increased by 22 mm for the driver and front passenger and by 15 mm for the rear passengers. There is 11 mm more headroom in the rear, plus increased kneeroom of up to 35 mm.

In terms of digitality and quality, the latest C-Class interior now has highlights such as the display and operating concept adopted from the new S-Class, with a sporty interpretation. Compared to the previous C-Class generation, the latest one has a Driving Assistance Package with additional and advanced functions. These reduce driver workload in day-to-day situations, for more comfortable and safe driving.

The C-Class All-Terrain will have its official global debut at the International Motor Show in Munich, Germany next month, with the first cars reaching showrooms later this year.

Mercedes-Benz EQC 4×4² proves e-mobility can go further off-road

Great Wall Motors to launch business luxury TANK “X” this month

Great Wall Motors (GWM), which has been a leader among SUV makers in China, has created a new sub-brand called TANK. The name originally began as a model name under the company’s WEY brand but at the end of last year, GWM decided that TANK would be a standalone brand. The first product is the TANK 300, a conventional looking SUV with a 2-litre turbocharged petrol engine. With an output of 227 bhp and 3 differential locks in the drivetrain, it seems like a serious off-roader.

At the Chengdu Motor Show 2021 in China this month, GWM will display a second SUV which is currently referred to as TANK ‘X’. Designed by Andrew Collinson, formerly with Land Rover, General Motors, Mercedes-Benz and some other carmakers, the new SUV is to be a more premium product.

It will have a ‘hardcore look’ and as the sketches show, there is a hexagonal grille, which will have chrome highlights. The side view shows a muscular form not unlike other large SUVs in the market today.

TANK ‘X’ is built on GWM’s global intelligent professional off-road platform. It will be the manufacturer’s first SUV to be equipped with the 3.0GDIT+9AT powertrain. This engine is said to have advanced technologies such as dual-injection system and Miller cycle, with a thermal efficiency of 38.5% and maximum power output of 354 bhp/ 500 Nm. Its 9-speed automatic transmission was developed by GWM and is said to have a fast shift speed, smoothness, high transmission efficiency and also light weight.

The TANK brand joins four existing brands – HAVAL, Ora, GWM PickUp and WEY. In the first half of 2021, GWM’s total sales volume was 618,211 vehicles, a year-on-year growth of 56.5%, of which nearly 10% were sold outside China.

GWM has been growing its presence in many regions and this year, it has stepped up its activities in Thailand with the aim of penetrating the ASEAN market. As an indication of the importance it places on the Thai market, GWM used the Bangkok International Motor Show this year as the venue for the world premiere of the HAVAL H6 Hybrid SUV.

*GWM’s factory in Thailand was acquired from General Motors last year and will produce vehicles for the region.*

New Great Wall Motors factory in Russia is the largest overseas factory built by a Chinese automobile enterprise

Hyundai Sime Darby Motors launches leasing programme for Grand Starex, Appreciation Programme for frontliners

Hyundai-Sime Darby Motors (HSDM) has launched its Hyundai Grand Starex Smart Lease Programme to offer corporations and businesses an attractive leasing programme with significant savings. The programme, which is in partnership with Sime Darby Rent A Car, is also available for individuals.

Customers who sign up for the Hyundai Grand Starex Smart Lease programme – which can be from 3 to 5 years – will enjoy the ownership experience of a new vehicle without having to worry about a loan application, and costs related to long-term maintenance, roadtax and insurance. There is also no need to consider the resale value or have the headache of disposing a vehicle.

Less outlay than a downpayment
Customers will only need to pay the agreed fixed monthly payment, a 2-month deposit and a booking fee of RM500 upon signing of the Hyundai Smart Lease Agreement. The deposit fee is lower compared to a downpayment and there is flexibility at the end of term. When the lease agreement expires, customers can opt to renew the lease programme with a new unit.

“We have tailored the programme to fit the business vehicle needs of companies. The Smart Lease programme will provide greater flexibility without the hassle and burden of hefty up-front payments and other costs,” said Low Yuan Lung, Managing Director of HSDM. He added that the cost-savings are approximately RM17,000 for a 5-year ownership term.

Customers who use the programme can choose from all four variants of the MPV – Standard Corporate, Executive Plus without bodykit, Executive Plus with bodykit, and Executive Prime. The Grand Starex can accommodate up to 11 persons and is powered by a 2.5-litre turbodiesel engine with a 5-speed automatic transmission.

The monthly payment for the Standard Corporate variant is RM2,800 for a 5-year leasing programme with mileage capped at 15,000 kms per annum. This includes a car replacement benefit of 3 days. Customers can choose to extend the mileage cap up to 30,000 kms per annum or 40,000 kms per annum with a monthly repayment of RM3,250 and RM3,550, respectively.

Showing gratitude to frontliners
Meanwhile, HSDM has a special programme to express gratitude to the healthcare workers and frontliners dealing with public health emergencies – such as fire fighters and uniformed law enforcement officers – as well as public school teachers.

Known as the Hyundai Frontliners Appreciation Programme, it is an initiative by HSDM to show its appreciation and support to frontliners who have worked tirelessly to serve the people. The programme comes with grocery vouchers, and other goodies worth RM7,900 in total. Additionally, a special rebate will make owning a new Hyundai model more affordable.

Older Hyundai models can now be covered under HSDM’s Extended Warranty programme

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