Bandit Lite Run™ Quarter Socks — Featherweight Feel. Maximum Breathability.

The Bandit Lite Run™ Quarter Socks strip things back to the essentials — swapping extra cushioning for a honeycomb mesh crown blended with spandex-based compression that delivers a barely-there feel underfoot. Sweat-wicking, anti-microbial and maximised for airflow, these are the socks you reach for when you want to feel as little as possible between foot and shoe.

Honeycomb Mesh with Spandex Compression

The honeycomb mesh crown construction maximises airflow to keep feet dry, cool and comfortable throughout sustained efforts. Advanced moisture management pulls sweat away instantly, whilst the anti-microbial treatment prevents odour build-up across extended training weeks and multiple runs between washes. Spandex-based compression delivers a supportive fit that stays in place without slipping.

The Details

A quarter-length cut keeps coverage minimal and weight low. Knit Bandit branding at both sides of the ankle adds a considered finish, whilst OG branding at the toes completes the construction. Everything here earns its place — nothing that doesn't.

Key Features

- Honeycomb mesh crown construction

- Spandex-based compression

- Featherweight feel

- Advanced sweat-wicking moisture management

- Ultra-breathable maximum airflow

- Anti-microbial odourless construction

- Quarter-length cut

- OG branding at toes

Best For

- Road running

- Track training

- Tempo runs

- Race day

- Warm weather running

- Minimal sock preference

Are the Lite Run™ Quarter Socks Right for You?

Built for runners who want as little between them and the road as possible. If you run hot, prefer a minimal underfoot feel, or simply want a sock that stays fresh across a heavy training week without adding any weight or bulk, the Lite Run™ Quarter Sock delivers exactly that. The honeycomb mesh keeps airflow moving when effort climbs, the compression fit stays put without fuss, and the anti-microbial construction means they hold up across back-to-back sessions.