There are four Bugatti sports cars that represent automotive innovation like no others cars do.

It would come as a surprise that the four cars that represent innovation in automobiles in its purest form are all Bugatti sports cars. Showcasing the evolution of automobiles in a way that is unique and amounts to flexing the boundaries of what machines can really be or do what they are expected to do to the fullest, the four Bugatti cars are the Veyron 16.4 Super Sport World Record Edition, Veyron 16.4 Grand Sport Vitesse World Record Edition, Chiron Super Sport 300+ and the W16 Mistral World Record Car.

Successful in carving out a niche, each of the four cars – ultra super cars – have come to represent Bugatti’s incomparable legacy. The Veyron 16.4 Super Sport World Record Edition, on a beautiful day of April 2010, achieved a new land speed world record for production cars on the proving grounds of the Volkswagen Group at Ehra-Lessien (nearby its headquarters at Wolfsburg). In the presence of the German Technical Inspection Agency (TÜV) and a representative of Guinness Book of Records, the Super Sport achieved an average top speed of 431 kmph!

Bugatti’s Pilote Officiel Pierre Henri Raphanel put his helmet and gloves on, pulled the safety belts tight whilst the engineers checked the car a very last time for tyre pressure, temperature and all the systems.

The orange-black Super Sport crossed the light barrier within one hour by driving from South to North and then in the opposite direction. The driver being the only one to touch the car during the record run, the description of the Veyron as its headlights appeared at a certain point of the track was of a jumbo jet coming closer and simply jetting by.

The GPS-tachometer recorded a speed of as much as 933 kmph. The average speed generated by the TUV and Guinness representatives was a whopping 431.072 kmph, which surprised even the Bugatti team.

The roadster version of Veyron 16.4 Super Sport World Record Edition, Veyron 16.4 Grand Sport Vitesse World Record Edition, set the world speed record for open-top production sports cars at the Volkswagen Group’s proving grounds in Ehra-Lessien.

TÜV, the renowned independent German organisation for technical inspection and certification, officially confirmed that a top speed of 408.84 kmph was achieved when the super car was driven by the Chinese racing driver Anthony Liu in 2013.

On the market since the spring of 2012, the open-top sports car is fitted with an 8.0 litre W16 engine that pours 1,200 PS and a torque of 1,500 Nm at 3,000 to 5,000 rpm on the road. Its high-performance handling can be attributed to a racing chassis, which together with extremely fast-acting shock absorbers and reinforced anti-roll bars, guarantees exact control of both the four-wheel drive system and the entire vehicle.

The other factors that enable such performance at the upper limits include a standard carbon monocoque with high torsional rigidity and an outer shell made entirely of carbon fibre. With wind noise and air turbulence a particular concern with open-top vehicles, the Vitesse is offered with a specially developed roof spoiler along with an intricately designed windbreak that guarantees calm open-top driving.

The Chiron Super Sport 300+ is the fastest Bugatti ever made, redefining what is possible when it comes to speed and aerodynamics. Piloted by Bugatti’s Pilote Officiel Andy Wallace, the hypercar smashed through the 482.803 kmph (300 mph) barrier in 2019. Never had a production car reached such speeds ever!

Occupying a spot in the history and standing as a marker in the quest for greater performance and speed, the hypercar was fitted with a re-engineered version of Bugatti’s legendary 8.0 litre W16 engine that produced 1,600 PS of power. A new thermal management system for the engine and gearbox were developed. Refinements to the software governing the engine, gearbox and turbochargers were also made.

To ensure top notch stability, the car was fitted with a ‘longtail’ that extended the car length by approximately 25 cm. This allowed the laminar flow to pass over the body for a longer period of time, reducing aerodynamic stall by more than 40 percent. Air curtains adorning the hyper sports car’s front corners dispersed excess air pressure towards the car’s sides. Simultaneously, air outlets at the wheel arches and behind the front wheels guided excess pressure away from each wheel arch, reducing drag by also producing a small amount of negative lift. Liberal use of exposed carbon fibre – flowing through into the car’s engine cover and the windscreen wiper, thereby contributing to crucial weight-saving that helps the hyper sports car push the envelope of performance – was resorted to. Extremely light and strong magnesium alloy wheels were deployed.

Andy Wallace – Bugatti Pilote Officiel and winner of the Le Mans 24 Hours – assumed the controls of the one-off W16 Mistral World Record Car, warming up the vehicle’s bespoke high-performance tyres on a first anticipatory lap. Ascending to a specified speed of 200 kmph into the banking of the track (of ATP Automotive Testing Papenburg GmbH), he increased the speed before unleashing the full power of the vehicle as the straight opened up coming off the banking, taking it to new heights of record speed in November 2024. Under the meticulous control of SGS-TÜV Saar GmbH, the achievement of a new world top-speed record for an open-top car was officially confirmed at the end of the run, with Andy reaching an incredible 453.91 kmph.

The EUR 14 million hypercar is powered by an 8.0-litre, quad-turbo, W16 engine that does an impressive 1,578 bhp. Innovative is the W16 Mistral’s X-taillight arrangement, which channels hot air from the radiators through ducts towards the rear of the vehicle. The air is expelled through the vents in the X-taillight arrangement.

The hypercar’s ramp-design diffuser accelerates the air’s journey from the rear of the vehicle, which increases downforce and helps the model excel at high speeds. Contributing to the vehicle’s excellent stability are bespoke high-performance tyres.

MT

Comments (0)

ADD COMMENT

Link Copied!

Renault India, a wholly-owned subsidiary of the French Renault Group, has announced the official ARAI-certified fuel efficiency for the new Duster Turbo TCe 100. The upcoming midsize SUV achieves a certified fuel economy of 19.41 kmpl, aiming to offer a balance of everyday performance and low fuel consumption.

The TCe 100 powertrain has been developed exclusively for the Duster line and features specific tuning to optimise thermal efficiency and power delivery. The SUV is built on Renault's all-new RGMP platform. The engine and drivetrain are comprehensively engineered to align with this advanced architecture's structural dynamics.

The turbocharged petrol engine produces a peak power output of 100 PS and 160 Nm of torque. Power is sent to the wheels via a 6-speed manual transmission, calibrated to deliver responsive performance and a smooth driving experience across varied road conditions.

Dr V. Vikraman, Chief of Renault Engineering at Renault Group India, said, “The ARAI-certified fuel efficiency reflects Renault’s focus on practical engineering and customer value. The Turbo TCe 100 engine uses turbocharging and efficient combustion to deliver responsive performance with strong fuel economy. With the 6‑speed manual transmission, the powertrain provides a balanced and efficient driving experience.”

Comments (0)

ADD COMMENT

Link Copied!

Hyundai Motor India, one of the leading passenger vehicle manufacturers, has announced the launch of the ‘Hyundai Innovation Challenge 2026’. The initiative invites applications from high-potential startups to collaborate on developing next-generation mobility and automobile technologies.

The program is curated and supported in partnership with ZER01NE, Hyundai Motor Group’s global open innovation platform. The challenge is structured as a 6-month innovation initiative designed to bridge the gap between entrepreneurial concepts and commercial validation. Hyundai Motor India is seeking cutting-edge software and hardware solutions across several core technology pillars – electrification & alternative energy systems; new mobility models & connectivity frameworks; Advanced Driver Assistance Systems (ADAS); Artificial Intelligence (AI)-driven automotive tools and next-generation integrated vehicle technologies.

While the application platform outlines 15 specific focus areas, the automaker encourages startups to submit any disruptive ideas that demonstrate strong potential for high-impact mobility solutions, even if they fall outside the listed criteria.

The program will run on a structured evaluation pipeline managed by LINK Innovation, a global startup consulting and accelerator platform. Startups can submit their entries through the designated LINK Innovation website until the end of June 2026. Applications will be reviewed on a rolling basis throughout the open timeline, judged against a set of preliminary technical and operational parameters. Shortlisted startups will undergo a rigorous review focusing specifically on their technology and product readiness levels. Shortlisted candidates will progress to a final pitch round hosted before HMIL's top management.

The selected startups for the final cohort will gain access to Hyundai's industrial capabilities to transform theoretical concepts into market-ready products. They will get opportunities to co-create future mobility solutions alongside Hyundai Motor India, backed by dedicated Proof-of-Concept (PoC) grants. Hands-on technical guidance and expert mentorship from engineering specialists. Access to Hyundai’s robust commercial ecosystem and customer base to unlock market exposure. Long-term avenues for potential corporate investments and enduring strategic business partnerships.

Tarun Garg, Managing Director & CEO, Hyundai Motor India, said, "At Hyundai Motor India, we strongly believe that the future of mobility will be shaped by collaboration, innovation and bold thinking. The Hyundai Innovation Challenge, curated in partnership with Hyundai Motor Group's ZER01NE team, is designed to bring together some of the brightest minds and most promising startups to co-create solutions that redefine mobility."

“Given India’s dynamic entrepreneurial ecosystem and its growing influence on global innovation, the Hyundai Innovation Challenge is poised to bring new tech innovations to the world of mobility. At HMIL, we see startups as partners and co-creators of a smarter, more sustainable future," said Garg.

Comments (0)

ADD COMMENT

Link Copied!

Honda India Foundation (HIF) has inaugurated a new Driving Practice Zone (DPZ) in Mahendragarh, marking the first facility of its kind in the state of Haryana. The community infrastructure project is designed to provide aspiring drivers with a safe, structured environment to practice driving skills and undergo essential road safety training. The facility will be fully accessible and open to the general public free of cost.

The project targets a prominent infrastructure gap common in Tier II and Tier III towns, where a lack of formal, dedicated driving enclosures often compels learners to practice on public roads, escalating safety risks for themselves and other commuters.

The newly opened Driving Practice Zone incorporates both practical and academic training spaces to build comprehensive driver competency before individuals transition to public roads –

• Dedicated Practice Tracks: Specially engineered tracks to help learner drivers systematically build vehicle control, operational confidence, and manoeuvring skills.
• Theoretical Classroom: A dedicated indoor learning space utilised for theoretical instructional sessions, focused on enhancing traffic rule compliance and general road awareness.

Vinay Dhingra, Trustee of the Honda India Foundation, said, “Road safety begins with access to the right training environment. Through this Driving Practice Zone, we aim to provide learner drivers with a safe, structured space to build driving skills, improve awareness and develop responsible road behaviour before they begin driving on public roads. This initiative reflects our continued commitment to making road safety training more accessible at the community level.”

Comments (0)

ADD COMMENT

Link Copied!

Czech automaker Skoda Auto has released the initial exterior sketches of its upcoming flagship electric vehicle, the Skoda Peaq. The seven-seater SUV marks a new design direction for the brand, utilising clean surfaces, structured details and signature electric vehicle styling cues.

The world premiere of the new flagship SUV is scheduled to take place in Monnetier-Mornex, France, at 18:25 on 23 June 2026.

The exterior of the Peaq represents a consistent application of Skoda's new ‘Modern Solid’ design framework. The aesthetic balances rugged proportions with minimalist, aerodynamic elements tailored for the electric era.

The front features slender, T-shaped headlights and a gloss-black ‘Tech-Deck Face’. A connecting element runs between the assemblies to form a frame-like loop motif, which contrasts against a pronounced, volcano-shaped lower bumper.

The side profile is dominated by a high shoulder line and wide D-pillars to emphasise a wide, stable stance. The sketches also reveal flush door handles seamlessly integrated into the structured body panels to optimise aerodynamic efficiency.

At the rear, the Skoda Peaq echoes the front design language with matching T-shaped taillights and a unified connecting element, establishing a cohesive loop motif that serves as a distinct visual signature.

Karl Neuhold, Head of Exterior Design, Skoda Auto, said, “In designing the exterior of the Skoda Peaq, we consistently applied the Modern Solid design language, combining clean lines, balanced proportions and distinctive elements. Precisely sculpted surfaces and clearly structured details create a confident, timeless presence, while signature features such as the T-shaped headlights and Tech-Deck Face express Skoda’s identity in a new electric era.”

Comments (0)

ADD COMMENT

Link Copied!