DMT OXY

The DMT Oxy is a triathlon cycling shoe developed to ensure an instant fit and optimal power transfer.Thanks to its technical rear hook, it's ideal for quick transitions, while the aerodynamic micro-textured upper and full carbon sole guarantee lightweight performance and stiffness where needed.Continuous ventilation and UV-resistant materials make it perfect for intensive use in extreme conditions.

TECHNICAL FEATURES

• Rear hook for quick transitions in triathlon races.
• Dimple Tech upper with micro-textured aerodynamic surface.
• Micro-perforations for constant ventilation and water drainage.
• Ultra-stiff full carbon sole for maximum power transfer.
• 30% reduced stack height for improved foot–pedal connection.
• UV- and salt-resistant materials.
• Technical Velcro closure for quick adjustment.

PRODUCT CARE

For effective and safe cleaning of Oxy shoes, we recommend using mild soap and a damp cloth. Do not use solvents, paint thinners, or harsh chemicals. For more information on how to keep your shoes in perfect condition, see the dedicated section.

TECHNICAL VELCRO CLOSURE

The DMT Oxy's technical Velcro closure system is designed to ensure a quick and precise fit - essential during triathlon transitions. This mechanism provides efficiency during races while maintaining a secure and comfortable fit. The ease of use and strategic placement to save valuable seconds during transitions, improving overall performance.

QUICK TRANSITION SUPPORT

The DMT Oxy features a strategically positioned rear hook, ideal for facilitating triathlon transitions. This support allows the attachment of an elastic band, keeping the shoe in position on the pedals during changeover. Thanks to this features, athletes can wear shoes faster and more smoothly, reducing time between disciplines and enhancing race efficiency.

UPPER WITH DIMPLE TECJ AND MICRO-PERFORATIONS

The DMT Oxy upper incorporates our Dimple Tech technology, characterized by a micro-textured surface that enhances the shoe's aerodynamics. This innovation reduces wind resistance for a faster, more efficient pedal stroke. Additionally, the perforations improves ventilations, keeping the foot cool and dry during intense activity.