Last week, Ford Racing's WEC Hypercar program reached one of its most significant milestones to date.
The 5.4-litre Coyote-based V8 engine was fired up for the first time, installed with the hybrid system within the chassis. It was the moment the program truly came to life outside the dyno cells of Dearborn.
This moment was the culmination of months of painstaking work.
The Ford Hypercar features a chassis developed with ORECA and is powered by the 5.4-litre, naturally-aspirated Coyote V8 engine — designed, developed, and built in-house at our base in Michigan.
Importantly, it serves as a direct link to Ford's production performance vehicles as well as accelerating the transfer of technology between the racetrack and the road.
As I reflect on the journey to this point, I am proud of the groundwork that was laid long before the engine ever turned over in France.
The engine's development phase is already showing great promise on the dynos in Dearborn, where we've been pushing the limits of its performance and durability — and learning a lot at the same time.
That dyno work, combined with parallel progress on the chassis side with ORECA, has now converged into a complete package ready for its next phase.
The firing of the engine at ORECA is more than a symbolic moment. It's a critical validation step.
We are doing everything from an engine perspective in-house, and we're doing that because we can react faster, we can learn faster, and we can bring that back to the production side of the business.
Hearing the Coyote V8 come alive within its intended home for the first time confirmed that months of integration work between the powertrain and chassis teams had paid off.
Looking ahead, we have a lot of laps to turn later this year, but the work has already started. And I'm excited for what's ahead.
Ford Racing’s comprehensive track testing schedule is set to begin next month in August at various circuits throughout Europe.
Testing will focus on performance, reliability, hybrid system integration, and aerodynamic validation in conditions aimed at simulating the demands of competing in the FIA WEC and the 24 Hours of Le Mans.
The driver line-up will play a central role in that next phase. All six drivers’ combined feedback from the simulator and upcoming testing across Europe (and later in the USA) will be vital as the program transitions from the virtual world to the track.
Of course, it’s early days, and we have a huge amount of work ahead of us.
The sim work and dyno numbers give us a great foundation, but there's no substitute for what the drivers feel through the wheel and the seat once we're actually out on track.
That feedback loop is what will truly sharpen this car over the upcoming months.
With the engine now firing within the chassis at ORECA and a track debut just a matter of weeks away, the Ford Hypercar program is entering its most visible and consequential phase yet — one that brings Ford Racing another step closer to its ultimate ambition of returning to fight for victory at the 24 Hours of Le Mans.
Dan Sayers is WEC Hypercar Program Manager at Ford Racing.
