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The Athletes

From World Tour to Ironman

The Tube is open to our riders and teams, providing a cutting-edge environment to test and refine helmet designs, making them increasingly aerodynamic with each new generation. As a trusted partner, we welcome our athletes into the MET Wind Tunnel, supporting them in developing a complete aero package to gain a competitive edge at every level.
Tube is an advanced wind tunnel at MET HQ, designed for aerodynamic and thermal analysis to help athletes from UAE Team Emirates enhance their performance.
Tube is an advanced wind tunnel at MET HQ, designed for aerodynamic and thermal analysis to help UAE Team Emirates and Tadej Pogačar improve their performance.
Tube is an advanced wind tunnel at MET HQ, designed for aerodynamic and thermal analysis to help UAE Team Emirates and Isaac Del Toro improve their performance.

UAE Team Emirates

In collaboration with the performance engineering team of UAE Team Emirates, we are pushing the boundaries of innovation to create the fastest and most ventilated helmets on the road.
Tube is an advanced wind tunnel at MET HQ, designed for aerodynamic and thermal analysis to help athletes from UAE Team ADQ enhance their performance.
Tube is an advanced wind tunnel at MET HQ, designed for aerodynamic and thermal analysis to help athletes from UAE Team ADQ enhance their performance.
Tube is an advanced wind tunnel at MET HQ, designed for aerodynamic and thermal analysis to help athletes from UAE Team ADQ enhance their performance.

UAE Team ADQ

UAE Team ADQ, one of the leading women's WorldTour teams, benefits from the same advanced aerodynamics research, ensuring their riders have the best performance solutions in every race.
Tube is an advanced wind tunnel at MET HQ, designed for aerodynamic and thermal analysis to help athletes like Daniel Bækkegård enhance their performance.
Tube is an advanced wind tunnel at MET HQ, designed for aerodynamic and thermal analysis to help athletes like Daniel Bækkegård enhance their performance.
Tube is an advanced wind tunnel at MET HQ, designed for aerodynamic and thermal analysis to help athletes like Daniel Bækkegård enhance their performance.

Daniel Bækkegård

Daniel Bækkegård brings his relentless pursuit of performance to MET’s TUBE wind tunnel. With his strong cycling power, he helps us fine-tune helmet aerodynamics, while we assist him in optimizing his riding position to maximize every watt—turning innovation and precision into a true competitive advantage.
Tube is an advanced wind tunnel at MET HQ, designed for aerodynamic and thermal analysis to help athletes from Downhill and XC World Cup teams enhance their performance.
Tube is an advanced wind tunnel at MET HQ, designed for aerodynamic and thermal analysis to help athletes from Downhill and XC World Cup teams enhance their performance.
Tube is an advanced wind tunnel at MET HQ, designed for aerodynamic and thermal analysis to help athletes from Downhill and XC World Cup teams enhance their performance.

DH and XC World Cup Teams

The MET Wind Tunnel isn’t just for road racers and triathletes—MTB World Cup teams, from Downhill to Cross-Country, can also harness its insights to optimize their performance and race more efficiently against the wind.
Tube is an advanced wind tunnel at MET HQ, designed for aerodynamic and thermal analysis to help athletes from UAE Team Emirates enhance their performance.