Nimbl x Nike Ultimate Aero Sock

49,95€

The perfect match for the limited edition.

Designed to complement the Nimbl × Nike limited-edition shoes, the Nimbl × Nike Aero Socks bring the collaboration together from head to toe.

Engineered with a lightweight, aerodynamic construction, they provide a close, supportive fit while helping minimise excess material around the foot and ankle.

The refined design combines performance-driven construction with the distinctive visual identity of the Nimbl × Nike collection.

Made for riders who believe that performance is found in every detail and that the details should look as good as they perform.

Designed to be worn with the Nimbl × Nike limited-edition shoes.

Nimbl x Nike Ultimate Aero Sock | Key Features

World Tour Proven

Aerodynamic Profile

Ultra Lightweight

Gain up to 10 Watts

Engineered for the Margins. Validated in the Wind Tunnel. Proven by the riders of Team Visma | Lease a Bike

Every watt counts when speed is non-negotiable.

Developed in direct collaboration with Team Visma | Lease a Bike, the Nimbl Aero Socks bring WorldTour aerodynamic logic straight to your ride. Engineered using high-tech structured fabrics that actively influence boundary layer airflow, similar to what we use with our Ventoo system. These socks reduce drag across varied yaw angles, dynamic pedal strokes, and leg speeds.

Depending on velocity and wind conditions, the result is a measurable gain of up to 10 Watts, the exact decisive edge required when pushing the pace.
Pro-Validated Aerodynamics: Tested and refined alongside WorldTour riders to optimize turbulent wake over the lower leg.

  • Precision Fit & Stay-Fast Cuff: Woven for optimal air permeability without slipping, bunching, or compromising comfort.
  • Italian Fabrics: Built with ultra-lightweight, high-wicking textiles designed to perform at maximum intensity.

Turn effort into speed

Aerodynamics, Redefined
Engineered for elite endurance, these aero socks combine a streamlined aerodynamic profile with high-permeability micro-mesh construction to maximize airflow, moisture regulation, and cooling during long, high-power efforts.

Complete the look