Description

Like new barely used Bint Riot Cycling shoes.
Size 44

Bont Riot+ , the worlds first carbon composite heat moldable entry level cycling shoe now available with BOA retention system.The Riot+ combines Bont´s pro series technical features, our power transfer platform, anatomical shaping with competition grade materials and BOA retention system to create the most technically advanced entry level road cycling shoe.

Specifications:

- Material Carbon Composite Construction with Microfiber Upper
- Stack Height 4.8 mm
- Air Vents Ventilations holes through upper and mesh inserts
- Innersole Comfort
- Sole Guards Replaceable
- Cleat Mounting 3 Hole Look Configuration
- Closing Options Boa dial and Z from velcro strap
- Weight 280 grams

Technology:

Microfiber Upper Is Utilized:
- Microfiber upper is used to provide the Bont Riot+ with a strong outer layer to withstand the rigours of everyday cycling whilst extensive perforations across the upper ensure excellent ventilation of the cycling shoes.

Carbon Composite Construction:
- The carbon composite construction of the Riot+ has been specifically designed to ensure maximum performance at low weight. The composite tub style construction of the chassis has been strengthened with the inclusion of carbon across high stress areas. The carbon has been sandwiched between layers of fibreglass to maximise strength.

Retention System:
- Z form velcro and micro adjustable BOA retention system are utilized in conjunction with Bont´s anatomical design to ensure a secure fit.

Ventilation:
- The Bont Riot+ is highly ventilated via extensive perforations of the top panel.

Anti Stretch:
- Between the outer leather and the liner we add a material that is proprietary to Bont to stop the cycling shoe from stretching over time. This material has similar strength characteristics to Kevlar. The material is stitched to the outer leather and bonded to the liner so it can never move or be removed, it becomes part of the cycling shoes structure. This layer assits in pedalling efficiency by maintaining a supportive structure over the top of the foot in the upward part of the pedal stroke.