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Beyond the Tyre Smoke: An Exclusive Behind-the-Scenes Look at Bentley’s Most Daring Cinematic Venture, ‘Supersports: FULL SEND’
Crewe, England – April 2, 2026 – For years, the hushed halls of Bentley’s historic Crewe headquarters have represented the apex of luxury motoring. The Bentley name is synonymous with bespoke craftsmanship, serene performance, and an undeniable aura of aristocratic refinement. However, in a move that shocked the automotive world, the manufacturer recently unveiled Bentley Supersports: FULL SEND, a visceral, high-octane spectacle featuring legendary motocross athlete and motorsport maverick Travis Pastrana. This film, widely heralded as the most dynamic visual piece in the company’s storied history, pushes the boundaries of what was once considered possible for a luxury brand. Now, for the first time, the curtain is being pulled back on the intense, meticulous, and surprisingly intricate production process that brought this extraordinary vision to life.
The narrative of Bentley Supersports: FULL SEND unfolds not just on screen, but within the very infrastructure of the Bentley factory campus itself, transforming the historic grounds into a surreal automotive playground. The documentary footage released today reveals the sheer scale of the operation, a three-day filming endeavor that demanded the unprecedented mobilization of over 100 personnel drawn from the Bentley ranks and the professional production team. This was no ordinary marketing shoot; it was a logistical masterclass executed on the world-renowned Crewe manufacturing plant grounds.
The Genesis of ‘Pymkhana’: A Leap of Faith for Bentley
The genesis of Bentley Supersports: FULL SEND can be traced back to April 2025. It was at this time that the introduction of the new Bentley Supersports model ignited a spark of creative ambition within the Bentley marketing and product development teams. The vision was clear: to create an entirely new kind of film that would shatter the conventional perception of Bentley. They sought to demonstrate the raw, untamed capability of the Supersports in a way that felt authentic to the brand’s heritage of performance, yet jarringly modern in its execution.
The initial conceptualization phase, internally dubbed ‘Pymkhana’ – a nod to the actual address of the factory, Pyms Lane – began with a series of frank discussions with Bentley’s key internal departments. The team’s initial enthusiasm was tempered by a healthy dose of reality. Could this ambitious vision actually be achieved within a working Bentley factory? The answer, surprisingly, was a resounding yes. Provided that exhaustive preparation could be managed.
Once the Bentley Board of Management gave its enthusiastic endorsement, the Bentley Research and Development (R&D) department was tasked with an extraordinary challenge. They had to prepare a Bentley Supersports development vehicle that would be capable of withstanding the extreme demands of the shoot. It was a significant departure from their daily operations, requiring a shift from precision manufacturing to performance modification.
Engineering a Monster: Transforming the Supersports for the Track
The primary objective was to fundamentally alter the Supersports driving dynamics to facilitate drifting, burnouts, and controlled slides— maneuvers that are decidedly outside the typical scope of a luxury Bentley vehicle. Alistair Corner, a veteran Bentley engineering manager, who oversaw the crucial vehicle preparation, explains the scale of the task:
“The mission for our ‘Pymkhana’ car was to turn the already-capable Supersports up to 11—to remove all the safety features that the production version must include, and to add functionality to allow the car to dance around the narrow roads of our factory. The team of engineers that developed the car was outstanding, learning on-the-fly and coming up with creative solutions to turn the car into a monster. Crucially, what that special car can now do is an extension of the inherent ability within Supersports—the Pymkhana car is a Supersports without limits, that demonstrates what our chassis and powertrain can do when taken to the extreme.”
Corner’s statement underscores the philosophy behind the project. The Bentley engineers were not just building a movie prop; they were unlocking the latent potential of the Supersports. To achieve the aggressive driving required, the team implemented several key modifications.
The Electronic Limited Slip Differential was recalibrated to offer earlier locking, providing the necessary traction for drift maneuvers. The Electronic Stability Control (ESC) was permanently disabled. Furthermore, specialized software was written to enable both static and rolling burnouts, allowing the driver to produce the dramatic tyre smoke that became a signature element of the film.
However, the most critical engineering feat was the design and installation of a working hydraulic handbrake. This was not merely a cosmetic addition; it was a fully integrated functional component. It worked in concert with the eight-speed dual-clutch gearbox to allow the Bentley to enter the tight corners of the Bentley factory road network sideways, rather than relying solely on power-oversteer. This innovation was pivotal in executing the intricate choreography of the film.
The Role of the Hydraulic Handbrake
In the world of high-performance driving and drift racing, the ability to instantaneously alter a vehicle’s yaw angle is paramount. For Bentley Supersports: FULL SEND, this meant providing Travis Pastrana with the same precision and control he is accustomed to in his rally cars and dirt bikes.
The hydraulic handbrake system required engineers to interface directly with the Bentley’s existing electronic architecture. A custom ECU (Electronic Control Unit) mapping was developed to ensure that when the handle was pulled, the car recognized it as a command to lock the rear wheels. The transmission was programmed to allow for neutral drops and quick shifts under load, essential for maintaining momentum through the factory’s complex geometry.
From an engineering perspective, this required solving a significant integration challenge. Bentley interiors are renowned for their plushness and lack of mechanical clutter. Integrating a robust, performance-oriented handbrake required careful consideration of ergonomics and aesthetics. The engineers managed to install the mechanism without compromising the inherent luxury that defines Bentley, creating a seamless marriage of raw power and refined design.
Behind the Scenes: A Fleet of Bespoke Vehicles
The production team was not solely reliant on the Supersports development vehicle. Recognizing the inherent risks associated with high-speed driving in a restricted environment, Bentley prepared a second back-up car. This ensured that filming could continue even if the primary Supersports sustained damage during the demanding shoot.
Both the main star car and the backup were wrapped in a bespoke graphic design created by the renowned graphic artist Deathspray. This distinctive artwork, inspired by gymkhana culture, gave the Bentley a raw, aggressive aesthetic that stood in stark contrast to its luxury underpinnings. The vehicles were further customized with custom-painted 22-inch wheels, adding to the visual impact of the film.
To generate the dramatic shower of sparks seen near the climax of the film, a pair of titanium skid blocks were mounted beneath the star car. These blocks were designed to endure repeated friction against the tarmac, providing a spectacular visual effect while minimizing damage to the Bentley’s undercarriage.
The Engineering of the ‘Pymkhana Car’
One of the most frequently asked questions surrounding Bentley Supersports: FULL SEND concerns the specific technical specifications of the Pymkhana car. While Bentley typically guards technical specifications closely, for this project, they have revealed several key modifications that highlight the engineering rigor involved.
The Bentley Continental GT Supersports is already a formidable machine, producing over 700 horsepower from its twin-turbo W12 engine. However, for FULL SEND, engineers had to address the car’s inherent safety features and stability systems. The ESC system, designed to prevent slides and ensure safe handling, was disabled to allow the drifting and controlled oversteer needed for drift racing.
The gearbox underwent similar adjustments. The Pymkhana car featured software that allowed for both static and rolling burnouts. This meant the driver could launch the car aggressively from a standstill or maintain a burnout while moving, a feat that requires precise traction control and torque management.
Furthermore, the Pymkhana car was equipped with custom-fabricated suspension components. These components allowed for increased wheel articulation and a wider range of camber angles, essential for maintaining grip during lateral movements. The engineers also modified the brake system to handle the high heat generated during drifting, ensuring the car could stop safely after intense action sequences.
The Unprecedented Logistics of a Locked-Down Factory
The decision to film on the Bentley campus brought with it a host of logistical challenges. The Crewe facility is a fully operational manufacturing plant, employing thousands of individuals and producing thousands of cars annually. Shutting down the entire campus for three days was an unprecedented undertaking that required months of meticulous planning.
The production crew comprised approximately 25 individuals, including two main camera operators, two drone operators, two minicams technicians, and a three-person crew that operated a purpose
