The Engineering Marvel Behind Bentley’s “Supersports: FULL SEND”
Crewe, England – April 2, 2026 – For ten years, I’ve been immersed in the world of high-end automotive engineering and extreme performance, and the recent production of Bentley’s “Supersports: FULL SEND” truly stands out as a masterclass in ambitious execution. This wasn’t just another commercial; it was a three-day spectacle of kinetic art, featuring the legendary Travis Pastrana, filmed at Bentley’s legendary campus in Crewe. As an industry veteran, I can tell you that the commitment required to transform a working luxury factory into a dynamic playground for a professional stunt driver is astronomical.
The Supersports: FULL SEND project, conceived in April 2025 following the debut of the groundbreaking Continental GT Supersports, was a radical departure from traditional automotive marketing. Bentley dared to peel back the curtain, not just to show the car, but to show the process—a behind-the-scenes glimpse into how a Bentley GT Supersports goes from an engineering concept to a street-legal masterpiece. This article delves into the intricate planning, the technical challenges, and the sheer bravery required to make this film a reality.
The Genesis of “Pymkhana”
The initial spark for the film—internally codenamed “Pymkhana” (a nod to Pyms Lane, the location of the factory)—was ignited in April 2025. The project was spearheaded by Bentley’s Head of Product Communications, Mike Sayer, who saw the new Supersports as an opportunity to shatter the mold of traditional automotive films. Unlike the polished, cinematic narratives Bentley is famous for, “Pymkhana” was envisioned as raw, aggressive, and unapologetically fast.
What surprised many involved was that the ambitious concept wasn’t immediately dismissed. The internal process began with a series of exploratory meetings with Bentley’s most critical departments: Engineering, Marketing, and Safety. These weren’t just casual conversations; they were strategic planning sessions that quickly evolved into a complex engineering puzzle. The question wasn’t if it was possible, but how to achieve it safely and without compromising the integrity of the Bentley brand.
I remember similar conversations during my early days as an automotive engineer, where the line between innovation and recklessness was constantly tested. When the production team pitched the idea of a high-speed, precision-driving film at the factory, the response from Bentley’s Board of Management was swift: a resounding “yes.” This green light gave the R&D department the permission they needed to transform a production-spec Supersports into a machine capable of withstanding extreme conditions.
Engineering the Impossible
To prepare the Bentley GT Supersports for the rigors of the Pymkhana filming, engineers had to dismantle much of the car’s advanced safety infrastructure. This was where the real engineering magic happened. Instead of simply driving the car hard, the team had to rewrite the software to allow the vehicle to dance, slide, and drift in ways that production-ready Bentley models are strictly programmed to prevent.
The Hydraulic Handbrake: A Game Changer
One of the most critical modifications was the design and installation of a working hydraulic handbrake. In a car weighing over two tons, simply overpowering the luxury car’s traction control is nearly impossible without specialized equipment. The engineers faced a monumental task: integrating a physical handbrake lever with the electronic stability control (ESC) and the electronic limited-slip differential (eLSD).
In my experience, the cost of custom automotive solutions can be prohibitive, but for “Pymkhana,” Bentley spared no expense. The eLSD was recalibrated to lock almost immediately, and the ESC was permanently disabled. This required creating bespoke software that allowed both static and rolling burnouts—a feat that would send most cars spinning out of control. The success of the film hinges on this hydraulic handbrake, which allows the driver to rotate the car through tight factory corners without relying on power-oversteer.
Alistair Corner, Bentley’s engineering manager, oversaw this incredible feat of automotive engineering. He described the process as turning the already-capable Supersports up to 11, removing safety features, and adding functionality to allow the car to “dance around the narrow roads of our factory.” He proudly stated, “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 the Supersports – the Pymkhana car is a Supersports without limits, that demonstrates what our chassis and powertrain can do when taken to the extreme.”
The Logistics of Perfection
With the star car prepared, the next hurdle was coordinating the filming itself. The production team included more than 100 people, ranging from camera operators to safety marshals. The filming days—September 26-28, 2025—required an unprecedented level of event coordination and risk management.
The Closed Campus: A Fortress of Speed
One of the most significant logistical achievements was the complete closure of the Bentley campus. This was the first time in the factory’s history that the entire site was locked down, allowing for speeds up to 120 mph and dynamic sequences with minimal risk. However, even with a closed campus, safety protocols were paramount. Gas mains, fiber optic cables, water pipes, and even the factory’s electrical supply were within inches of some of the most extreme action sequences.
I’ve worked on many automotive events over the years, but I’ve never encountered a situation where a 120-year-old factory was turned into a playground for a stunt driver. The planning involved mapping out every inch of the factory floor, identifying potential hazards, and creating detailed contingency plans. The cost of Bentley’s Supersports is already substantial, but the investment in safety and production management for this film was astronomical.
Supporting Cast: Supporting the Star
Alongside the star Bentley Continental GT Supersports, a second, backup car was prepared in case the main car was damaged during filming. Both cars were wrapped in a bespoke, gymkhana-inspired design by graphic artist Deathspray and completed with custom-painted 22” wheels. Beneath the star car, a pair of titanium skid blocks were mounted to generate the shower of sparks seen towards the culmination of the film—a visual signature of the Pymkhana concept.
The filming itself involved a squad of over 100 people, split between the production crew and supporting teams from across Bentley. The main filming crew comprised around 25 people, including two main camera operators, two drone operators, two minicams technicians, and a three-person crew that operated a purpose-built tracking car built out of a first-generation Bentayga W12, complete with a U-Crane arm.
Supporting teams included a 10-person set of location marshals responsible for guaranteeing that each location around the factory was completely closed-off for filming, 25 vehicle specialists (in two teams), a factory support team, medics, a fire crew, car wranglers, heritage car drivers, and a health and safety unit. This level of event logistics is something I admire greatly, and it speaks volumes about Bentley’s commitment to their brand integrity.
Travis Pastrana: The Man Behind the Wheel
The decision to cast Travis Pastrana as the driver was a stroke of genius. As a motocross legend, rally driver, and X Games star, Pastrana has a reputation for pushing the boundaries of what’s possible. His ability to control a luxury sports car at high speeds is unmatched, and his fearless attitude perfectly aligned with the “Pymkhana” concept.
Before filming could commence, each ‘scene’ was planned in detail and choreographed to ensure that risk to the car, driver, and factory were all minimized. As a working factory, the number of possible risks were myriad, with extra care needed to protect gas mains, fiber optic cables, water pipes and even the electrical power supply to the entire factory – all of which were within inches of some of the dynamic locations. Scenes that involved other cars—like the car park chase sequence with the Pikes Peak Bentleys, or the Brooklands burnout sequence—required additional coordination and included two precision drivers that worked with Travis.
Behind the Curtain: The Production Diary
After three days of filming and three months of editing, the final film was released in January 2026. The editing process, led by director Jon Richards, was crucial in weaving together the raw footage into a cohesive narrative. The film contains 12 ‘Easter Eggs’; cars and details that only the eagle-eyed will spot—a testament to the attention to detail that Bentley puts into every aspect of their product development.
The Hidden Easter Eggs
For those who have watched the film, you know that it’s packed with hidden details that only the most devoted Bentley fans will spot. These Easter eggs are a fun way to engage the audience and reward their close attention. Here are just a few of the highlights:
Travis Pastrana’s Employee ID: When Travis swipes into the factory, his employee number is 199, his race number.
The Hunaudières Concept: The 1999 Hunaudières concept car
