Red Bull Advanced Technologies has commenced the final assembly of the Red Bull RB17, a limited-edition hypercar designed by legendary aerodynamicist Adrian Newey. With only 50 units planned at a price point of £5 million each, this vehicle represents the pinnacle of road-legal performance engineering, blending Formula 1 technology with hypercar aesthetics.
The first car is currently nearing completion in Milton Keynes, with circuit testing and development sessions scheduled to begin within weeks. Production is set to launch next spring, with deliveries to clients extending over the subsequent two years.
Beyond Formula 1 Speed
The RB17 is not merely a fast road car; it is engineered to outperform a current Formula 1 car on many circuits. Weighing just 900kg and producing a combined 1,200bhp, the two-seater track-only vehicle relies on a hybrid powertrain comprising:
- A Cosworth-designed V10 engine generating 1,000bhp.
- An electric drive motor contributing an additional 200bhp.
- An Xtrac hybrid gearbox delivering F1-level acceleration.
This combination enables a top speed of 220mph. Virtual simulations have already validated the car’s potential, estimating a lap time at the Spa-Francorchamps circuit of approximately 1 minute 38 seconds —roughly a second quicker than a modern F1 car. While F1 cars benefit from superior tire grip and active aerodynamics in specific configurations, the RB17’s lightweight construction and raw power allow it to compete directly with the premier racing formula in terms of lap times.
Evolution of Newey’s Design
Although the RB17 was first revealed at the Goodwood Festival of Speed in 2024, the production model has undergone significant refinement. The exterior dimensions and core proportions remain unchanged, but recent aerodynamic testing has led to several key updates:
- Slimmer headlights for improved aerodynamic efficiency and sharper aesthetics.
- Refined air scoops and active aero surfaces, mirroring technology found in contemporary F1 cars.
- A new engine cover spine that channels exhaust gases to blow over the rear wing, increasing downforce.
Rob Gray, the programme chief and former Red Bull F1 designer now serving as RB17 technical director, described the car wryly as “something Adrian drew when he was bored one year over Christmas.” This comment underscores the organic, almost playful origin of the project, which evolved into a serious engineering challenge.
A Parting Gift from Adrian Newey
The most notable recent addition to the RB17 is the exhaust-driven rear wing system. This feature, which uses high-temperature exhaust gases to enhance aerodynamic downforce, was requested by Newey shortly before his departure from Red Bull to join Aston Martin in early 2025.
Gray highlighted this as “Adrian Newey’s parting gift,” noting that it required extensive development to manage the thermal challenges involved. The integration of this system demonstrates Newey’s continued influence on the car’s performance, even after his exit.
Built on a Racing Legacy
The RB17 is being constructed in a repurposed warehouse on Red Bull’s Milton Keynes estate, which now houses both the RB17 assembly facility and Red Bull Racing’s new F1 wind tunnel. This shared infrastructure underscores the close relationship between the hypercar project and Red Bull’s Formula 1 operations.
Key Insight: The RB17 bridges the gap between road-legal hypercars and single-seater racing machines, offering a unique blend of accessibility, performance, and exclusivity.
Conclusion
The Red Bull RB17 stands as a testament to Adrian Newey’s engineering genius and Red Bull’s ambition to push the boundaries of automotive performance. With its F1-beating lap times, hybrid V10 powertrain, and active aerodynamics, it sets a new benchmark for hypercars. As testing begins, the world will soon see if the RB17 can deliver on its promise to redefine what a road-legal car can achieve on a race track.
