Behind the Scenes of Supersports: FULL SEND: A Deep Dive into the Making of Bentley’s Most Dynamic Film (2026 Update)
In the rapidly evolving landscape of automotive advertising and social media engagement, brands face increasing pressure to create content that not only showcases their vehicles but also connects with audiences on a visceral level. For legendary luxury marques such as Bentley, the challenge is amplified. Not only must they maintain an image of exclusivity and refinement, but they must also demonstrate that they can produce content that is both exhilarating and innovative. In this context, Bentley Supersports is not just a car; it is a philosophy, a statement of ultimate performance and driving prowess. But what does it actually take to produce a film that captures the essence of this machine? This comprehensive 2026 analysis goes deep into the production of “Supersports: FULL SEND,” examining the strategies behind this ground-breaking project and the challenges faced by the team.
The Genesis of a Vision: From Product Launch to Full Throttle
The story of “Supersports: FULL SEND” begins in the spring of 2025. With the introduction of the new Bentley Supersports—a machine designed to deliver a blend of hypercar-level performance with Bentley’s signature luxurious refinement—the company identified a unique opportunity. The goal was simple yet audacious: create a film that was as radical as the car itself. Instead of a standard product film, the Bentley team envisioned something entirely different—a narrative that would showcase the Supersports’ capabilities in a real-world, high-octane environment.
This initiative, internally codenamed “Pymkhana” (a clever portmanteau of the Pyms Lane address of the Bentley factory and “gymkhana”), was more than just a creative experiment. It was a strategic decision to push the boundaries of what was considered possible for a film produced entirely at the company’s historic manufacturing site in Crewe, England. From the outset, the project was marked by a spirit of ambition and relentless determination.
The first steps involved extensive internal discussions with key departments. As with any high-stakes production, there were legitimate concerns about the safety and integrity of the factory environment. However, what surprised many stakeholders was the team’s unwavering conviction that the concept was achievable, provided the right preparation and collaboration were in place. The Bentley Board of Management eventually gave the green light, a pivotal moment that allowed the R&D team to begin the intensive process of preparing a development Bentley Supersports for the most extreme conditions imaginable.
Engineering at the Extreme: Transforming a Production Car into a Pymkhana Monster
For a car that is already the most powerful and driver-focused Bentley ever produced, turning the Supersports “up to 11” required a level of technical customization that pushed the boundaries of engineering and production. The primary objective was to remove the safety features inherent in the production version and install functionality that would allow the car to navigate the tight and narrow roads of the factory with unprecedented agility.
Alistair Corner, Bentley’s engineering manager, who oversaw the development of the specialized “Pymkhana” vehicle, articulated the mission perfectly: “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.”
The technical modifications were extensive. First, the electronic Limited Slip Differential (eLSD) was recalibrated to allow for earlier locking, giving the driver more control during dynamic maneuvers. The Electronic Stability Control (ESC) was permanently disabled, and special software was written to enable both static and rolling burnouts.
Perhaps the most critical technical development was the design and implementation of a working hydraulic handbrake. This system was ingeniously integrated with the control system of the eight-speed double-clutch gearbox. It allowed the driver to precisely control the car’s slide through tight corners, making high-speed, controlled drifts possible in the confined spaces of the factory. This modification was the key to unlocking the dynamic potential of the Supersports in a way that traditional drifting techniques simply could not achieve on such a scale.
This engineering effort was a triumph of adaptive problem-solving. The team had to learn on the fly, coming up with creative solutions to the myriad challenges posed by adapting a high-performance luxury car to function as a drift machine. The result was a Bentley Supersports that was not just faster or more powerful, but fundamentally different—a car that could truly “dance” on factory roads.
The Logistics of a High-Stakes Film Shoot: Collaboration, Planning, and Execution
Producing a film of this magnitude in a live, working factory presented a unique set of logistical challenges. The Bentley campus in Crewe is not just a scenic backdrop; it is a complex ecosystem of production lines, infrastructure, and high-value equipment. The need to minimize risk to both the production team and the factory itself required meticulous planning and coordination.
The filming took place over three days, September 26th to 28th, 2025, and involved a dedicated crew of over 100 people. This team was split between the production crew—comprising around 25 individuals including camera operators, drone pilots, and a three-person crew operating a specialized tracking car built from a first-generation Bentayga W12 with a U-Crane arm—and supporting teams from across Bentley. The support teams included 10 location marshals ensuring each area was completely closed off, 25 vehicle specialists working in two teams, a factory support team, medics, a fire crew, car wranglers, heritage car drivers, and a dedicated health and safety unit.
One of the most striking aspects of this production was that the entire Bentley campus was closed and locked down for the first time ever. This was essential for safety and to allow for speeds exceeding 120 mph, which would have been impossible in a live production environment. The team had to consider every possible risk—from gas mains and fiber optic cables to water pipes and the factory’s electrical supply—all of which were in close proximity to the dynamic driving sequences.
Scenes involving other vehicles, such as the car park chase with the Bentley Pikes Peak cars and the Brooklands burnout sequence, required additional coordination. This involved precision driving from two expert drivers working alongside Travis Pastrana, ensuring every move was executed safely and accurately. The coordination between these diverse teams—engineering, production, safety, and logistics—was critical to the success of the project.
Visual Storytelling: The Art of Bentley Film Production
The creative vision for “Supersports: FULL SEND” extended beyond the technical performance of the car. The film aimed to tell a compelling story, one that celebrated both the heritage of Bentley cars and the future of the brand. This involved careful choreography, detailed planning of each ‘scene’, and the strategic inclusion of hidden details that would reward observant viewers.
From the outset, the project was conceived to do something entirely new. The first steps for the film—internally known as ‘Pymkhana’—involved conversations with key internal departments at Bentley, which, to the surprise of all those present, made it clear that the concept was indeed possible, with enough preparation. The project was driven by a desire to push creative boundaries while remaining true to the Bentley identity.
The Technical Marvel: Engineering the Ultimate Bentley Supersports
One of the most defining characteristics of the “Supersports: FULL SEND” experience is the sheer engineering brilliance that enabled the dynamic sequences. As detailed earlier, the engineering team went above and beyond to transform a production Bentley Supersports into a specialized ‘Pymkhana’ car. By disabling electronic stability control and permanently adjusting the electronic limited slip differential (eLSD) to provide early locking, the engineers created a machine capable of performing static and rolling burnouts.
The ingenuity of the working hydraulic handbrake cannot be overstated. Integrated with the eight-speed double-clutch gearbox, this system allowed the driver to enter the tight corners of the factory road network sideways, rather than relying on power-oversteer. This wasn’t just a gimmick; it was a functional modification that enabled the precise control needed to navigate the factory at high speed.
This engineering effort was not without its challenges. The Bentley engineering manager, Alistair Corner, commented on the collaborative spirit of the team, noting that they “came 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.”
The visual Execution: A Masterclass in Automotive Cinematography
The visual artistry of “Supersports: FULL SEND” is evident in every frame. The main star car—which has since joined Bentley’s Heritage Collection—was wrapped in a bespoke, gymkhana-inspired design by graphic artist Deathspray and completed with custom-painted 22” wheels. A second, back-up car was also prepared, ensuring continuity of the visual narrative in the event of damage.
Beneath the star car, a pair of titanium skid blocks were mounted to generate the shower of sparks seen
