Дамски обувки за gravel колоездене Scott Women's Gravel RC Carbon Cycling shoes - White / Black
Suitable for: Women.Recommended use: gravel bike, mountain bike.Material type: microfiber, synthetic, textile.Closure: BOA twist lock.Sole: rubber sole.Sole standard: Click'r.Midsole: integrated carbon plate.Footbed: removable insole.Weight: 590 g.Reference size: medium-sized pair.Extras: padded heel, reinforced toes.Misc: stiffness index 10; midsole: HMX carbon; adjustable and detachable ErgoLogic insole.Item No.: 136-0229. Precise fit for maximum comfort The Women's Gravel RC Carbon shoes from Scott offer you a precise and customisable fit thanks to their BOA twist lock, which ensures optimum support and comfort. The padded heel and reinforced toe provide extra protection and comfort, while the removable ErgoLogic insole allows for a personalised fit. These features guarantee that the shoes remain comfortable, even on longer rides, and provide optimum support for your feet. Efficient power transfer for women cyclists In addition, with a carbon plate in the midsole and a stiffness index of 10, the Scott Women's Gravel RC Carbon shoes are ideal for cyclists who prioritise their best performance. The stiff carbon plate improves your energy transfer and power economy, resulting in more efficient pedalling. These advantages come into their own on gravel and mountain bike rides in particular, where efficiency and speed are crucial. Durable materials for every tour Made from high-quality materials such as microfibres, synthetics and textiles, the Scott Women's Gravel RC Carbon shoes are characterised by their durability and resistance. Plus, their rubber outsole not only offers excellent traction, but also a long service life even with intensive use. This choice of materials ensures that your shoes can withstand the demands of gravel and mountain bike tours while retaining their shape and functionality. The advantages at a glance: Precise adjustment thanks to BOA twist lock Padded heel for extra comfort Stiff carbon plate for optimum power transfer Hardwearing materials provide high durability Excellent traction on any terrain
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Suitable for: Women.Recommended use: gravel bike, mountain bike.Material type: microfiber, synthetic, textile.Closure: BOA twist lock.Sole: rubber sole.Sole standard: Click'r.Midsole: integrated carbon plate.Footbed: removable insole.Weight: 590 g.Reference size: medium-sized pair.Extras: padded heel, reinforced toes.Misc: stiffness index 10; midsole: HMX carbon; adjustable and detachable ErgoLogic insole.Item No.: 136-0229. Precise fit for maximum comfort The Women's Gravel RC Carbon shoes from Scott offer you a precise and customisable fit thanks to their BOA twist lock, which ensures optimum support and comfort. The padded heel and reinforced toe provide extra protection and comfort, while the removable ErgoLogic insole allows for a personalised fit. These features guarantee that the shoes remain comfortable, even on longer rides, and provide optimum support for your feet. Efficient power transfer for women cyclists In addition, with a carbon plate in the midsole and a stiffness index of 10, the Scott Women's Gravel RC Carbon shoes are ideal for cyclists who prioritise their best performance. The stiff carbon plate improves your energy transfer and power economy, resulting in more efficient pedalling. These advantages come into their own on gravel and mountain bike rides in particular, where efficiency and speed are crucial. Durable materials for every tour Made from high-quality materials such as microfibres, synthetics and textiles, the Scott Women's Gravel RC Carbon shoes are characterised by their durability and resistance. Plus, their rubber outsole not only offers excellent traction, but also a long service life even with intensive use. This choice of materials ensures that your shoes can withstand the demands of gravel and mountain bike tours while retaining their shape and functionality. The advantages at a glance: Precise adjustment thanks to BOA twist lock Padded heel for extra comfort Stiff carbon plate for optimum power transfer Hardwearing materials provide high durability Excellent traction on any terrain