ION Seek AMP - MTB Shoes - Black

The Seek Amp from ION is the latest flat pedal shoe in the range and stands out with its urban sneaker style. The insole with a padded heel area offers comfort and protection while the robust upper material ensures the shoe's durability. Like all flat pedal models, the Seek Amp shoe features the Pin Tonic concept: it's about the perfect combination of grip, protection, and style, as a good bike shoe depends on all these qualities. The outsole has a positive profile in the toe and heel area, providing grip when pushing or carrying the bike. In the middle area, however, there is a negative profile, which gives the pins enough surface area for the best grip. Additionally, the SUPTraction_Rubbercompound rubber mixture provides just the right grip you need. To enhance this feeling, the toe area has been slightly lowered to increase the sole's contact area on the pedal. To refine this perfectly balanced shoe, ION uses an asymmetrical shaft, which is raised on the inner ankle side to protect against contact with the crank. Additionally, a reinforced toe box is used to protect against stones and roots.

Insole with cushioning heel element, inner shaft raised with additional padding to protect the lower ankle joint. The Pin Tonic concept from ION is based on the perfect blend of grip, protection, and style. The outsole profile features a positive profile in the forefoot and heel area for the best grip when pushing or carrying the bike. The negative profile, on the other hand, offers plenty of surface area for the pins and thus contributes to secure grip on the pedal. Furthermore, the rubber compound provides additional grip. To ensure even more power transfer, the front toe area has a lowered shape to achieve maximum contact with the pedal. To round off this perfectly balanced shoe, ION has added additional protective features for contact with stones and roots in the toe area of the crank in the ankle area.

• No-Sew_Reinforcement, robust & minimalist suede main material
• Glued reinforcements at the most exposed and stressed areas