DPV Proteus MTB Shoes Red

The DPV Proteus MTB shoes are elegant, aerodynamic and comfortable. Developed with the collaboration of professional testers, they are characterized by their perfect performance, rigidity and lateral support. They adapt a seamless instep design, and with Pro-Last technology, which being only a piece of top quality microfiber, fits the shape of the foot like a sock. The fastening system uses a micrometric rotor for the upper instep area and a Velcro strap for the lower instep area to ensure a secure fit at every point of the foot, thus achieving progressive and optimal pressure even in positions of strong thrust during pedalling.

Thanks to the combination of the Nylon mesh openings, perforated holes in the instep area, and a breathable tongue, the DPV Proteus shoe provides excellent thermal regulation of the foot. Rigid Nylon sole with PU inserts increase performance and transfer of pedal power without compromising weight and comfort. The double density inserts in the sole and the toe cap provide very good traction and grip on all types of terrain.



Features:
- Sockliner: EVA, breathable and removable
- Anatomical shape: Fine instep with anatomically raised heel
- Compatibility: All 2-bolt systems (SPD...)
- Ergonomic construction on top with a wrap-around design that minimizes energy loss when pedaling
- Anatomical foot support
- This model contains a reduced volume and height in the toe, a higher arch and a raised and anatomical heel for a better fit when pedaling
- Weight: 352 g

Technology:
- Sole: Rigid Nylon with double density inserts specially shaped for MTB
- Fit system: Micrometric rotor in the upper instep area, and a velcro in the lower instep area for quick and secure fastening. The combination allows the shoe to be closed along its entire length, adapting the instep to the shape of the foot and obtaining a personalized fit
- Upper: Premium microfiber material with ventilated Nylon inserts, this material has excellent characteristics of strength, stability, lightness and breathability