Here is the thing about modern Formula 1: even when a team achieves extraordinary results, they can be doing it with ancient hardware. According to Motorsport.com Italia, the Milton Keynes squad has been extracting championship-contending performances using what team director Laurent Mekies openly calls the oldest wind tunnel in the entire circus. That era of wrestling with dated infrastructure is finally coming to a close, with a brand-new, state-of-the-art facility currently under construction.
Timing-wise, the new wind tunnel is scheduled to enter service at some point during 2027, though an exact date is not yet locked in. Mekies explained that the team will need to navigate the calibration process, verify all parameters, and complete necessary checks before the facility is fully operational. Because of this ramp-up period, the structure is expected to contribute to the latter stages of the 2027 car project and provide a full developmental baseline for the 2028 machine.
This infrastructure upgrade follows a couple of recent years marked by dramatic championship fightbacks. In 2025, Max Verstappen clawed back roughly one hundred points against the McLaren drivers, who had previously dominated the early part of the season, ultimately losing out on the drivers' title by a razor-thin margin of just two points. This year brought a different challenge following a disastrous start with the RB22 machine, which saw the team initially fighting in the thick of the midfield alongside Haas both on track and in the constructors' standings.
While a late charge like the one seen twelve months prior proved out of reach due to the strong form and consistency of Mercedes and Andrea Kimi Antonelli—who ran a nearly flawless campaign from China to Mexico—the team's underlying need for modernized tools remained clear. The current wind tunnel has delivered incredible success historically, but moving to a cutting-edge facility is expected to naturally yield a competitive advantage.
Mekies offered a note of caution regarding the transition, pointing out that flipping the switch on a new facility does not deliver instant miracles. It takes precious weeks to correlate data and calibrate the new equipment properly. Even so, the incoming installation will unlock fresh potential for the brilliant aerodynamic minds in the department, giving them a much-needed modern beast of a tool to translate their ideas directly onto future racing machines.
F1
F1
