New Balance 740 Trainers - White - UK 6

The New Balance 740 Trainers are primarily designed as lifestyle trainers, focusing on everyday comfort and style. While they offer good support for walking and light activities, they are not optimized for high-performance running.

The upper is 100% Polyester. For general cleaning, gently wipe the trainers with a damp cloth and a small amount of mild soap. Always refer to the specific care label inside your trainers for detailed cleaning instructions.

ACTEVA is a specialized foam technology developed by New Balance that provides a lightweight, durable, and highly cushioned midsole, enhancing overall comfort and shock absorption.

N-ergy heel cushioning is a New Balance technology designed to provide superior shock absorption and responsive cushioning in the heel area, offering a comfortable and energetic stride.

Yes, the New Balance 740 Trainers feature a mesh upper construction which is specifically designed to enhance airflow and breathability, helping to keep your feet cool and comfortable.

Yes, the New Balance 740 Trainers are designed as a unisex product, suitable for both men and women, featuring a versatile aesthetic.

Adjust the speed lacing system to achieve a secure yet comfortable fit. Ensure you are wearing appropriate socks. If the issue persists, verify your size against New Balance's sizing guide.

The mesh upper is designed for breathability. Ensure you are wearing breathable socks, preferably made from moisture-wicking materials. Avoid wearing these in extremely hot or humid conditions for extended periods if discomfort persists.

The ACTEVA midsole and N-ergy cushioning are durable, but prolonged heavy use can lead to wear. Ensure proper cleaning and storage. If cushioning feels significantly degraded, it might indicate natural wear and tear requiring replacement.

For polyester uppers, gently wipe with a damp cloth and mild soap. Avoid harsh chemicals or machine washing unless explicitly stated on the care label. Allow to air dry naturally, away from direct heat.