New Balance Women's 850 Low-top Sneakers - New - 6 - White

Name: New Balance Women's 850 Low-top Sneakers - New - 6 - White
Brand: New Balance
SKU: SKU-E4123877704D
Price: 40.8 CAD
Availability: InStock

SKU: SKU-E4123877704D

List Price: $135.99 CAD

$40.80 CAD SAVE $95.19 CAD (70%)

Price includes all taxes

In Stock — Ready to Dispatch

Shipping calculated at checkout · Delivery timing is shown in the shipping policy
30-Day Returns · Eligibility rules apply
Secure Checkout · SSL encrypted payment

View shipping policy →

Quantity

Eligible items may be returned within 30 days. See the return policy for conditions.

Payment Method

Cash on Delivery — pay when your order is delivered.

Product Details

About this product

Description

This sneaker features a Rollbar posting system to reduce rear foot movement and a classic ABZORB midsole to offer support and stability while absorbing impact through a combination of cushioning and compression resistance. It also features a speed lace webbing closure that offers support and easy on/off access. The 850 by New Balance is bold and retro and features an updated upper with details that give it signature NB heritage-inspired style. Runs true to size. The 850 by New Balance is bold and retro and features an updated upper with details that give it signature NB heritage-inspired style. This sneaker features a Rollbar posting system to reduce rear foot movement and a classic ABZORB midsole to offer support and stability while absorbing impact through a combination of cushioning and compression resistance. It also features a speed lace webbing closure that offers support and easy on/off access.

Key Features

It also features a speed lace webbing closure that offers support and easy on/off access.
The 850 by New Balance is bold and retro and features an updated upper with details that give it signature NB heritage-inspired style.
This sneaker features a Rollbar posting system to reduce rear foot movement and a classic ABZORB midsole to offer support and stability while absorbing impact through a combination of cushioning and compression resistance.