Speed Women's Bike Cycling Shoes Boa Laces Size 38 US Size 7.5/8

Description

View Speed Women's Bike Cycling Shoes Boa Laces Size 38 US Size 7.5/8 with current marketplace pricing, condition, product images and item details. Shows very little signs of use. designed to enhance power transfer and efficiency on the bike, potentially leading to faster speeds. The stiffness of the sole and the secure fit, achieved through various closure systems like BOA dials or laces, contribute to this. Speed Women's Bike Cycling Shoes Boa Laces Size 38 US Size 7.5/8 Overall great condition. Shows very little signs of use. designed to enhance power transfer and efficiency on the bike, potentially leading to faster speeds. The stiffness of the sole and the secure fit, achieved through various closure systems like BOA dials or laces, contribute to this. However, the impact on actual speed is debated, with some studies showing no significant difference between cycling shoes and other footwear for steady-state riding Overall great condition. Shows very little signs of use. designed to enhance power transfer and efficiency on the bike, potentially leading to faster speeds. The stiffness of the sole and the secure fit, achieved through various closure systems like BOA dials or laces, contribute to this. However, the impact on actual speed is debated, with some studies showing no significant difference between cycling shoes and other footwear for steady-state riding eBay integration by Condition: Pre-owned. Category: Sporting Goods › Cycling › Cycling Shoes & Shoe Covers › Women's Cycling Shoes. Brand: Speed.

Country of Origin

China

Cleat Compatibility

3 Bolt

Pattern

Solid

Closure

boa

US Shoe Size

7.5

Color

Black

Lining Material

Synthetic

Cleat Type

Plastic

Brand

Speed

Department

Women

Type

Sneaker

Theme

Bike

Style

cycling

Outsole Material

Synthetic

Features

Lightweight, Adjustable, Adjustable Strap, Cushioned, Fits Clipless Pedals

Upper Material

Faux Leather

Season

Fall, Spring, Summer, Winter

Insole Material

Synthetic

Performance/Activity

Cycling