Introduction

Hit the road in style and comfort with the Trek Circuit Cycling Jersey. Designed for those who seek both performance and endurance, this jersey is crafted from lightweight, breathable fabric that efficiently wicks moisture away, keeping you dry and comfortable during long rides. The full-length zipper offers customizable ventilation, while the fitted cut provides a streamlined, aerodynamic profile without being overly tight. Reflective elements enhance visibility in low-light conditions, ensuring safety during early morning rides or evening spins.

The Trek Circuit Cycling Jersey also features three open back pockets, providing ample storage for your ride essentials such as snacks, tools, and electronic devices. An additional zippered pocket secures valuable items, allowing you to focus on the ride without worry. With its vibrant color options and sleek design, this jersey not only boosts your performance but also adds a touch of style to your cycling adventures. Whether you’re training for a race or enjoying a leisurely tour, the Trek Circuit Cycling Jersey is your reliable companion on the road.

PRODUCT CONDITION

This UnNew Trek Circuit Cycling Jersey – Men’s is in Good condition.

Products in Good condition have been well loved, but still have life left in them. Signs of wear may include pilling, snags, lint, animal hair, dried dirt, minor but noticeable staining, and other cosmetic imperfections. Small tears or holes may be present, but will not affect the functionality of the item.

With this item, the following damages were observed:

-Light pilling

-Age

TECH SPECS

• Brand: Trek
• Material: Main body is 100% polyester; side panels are 86% polyester, 14% elastane
• Fabric: Lightweight, breathable, moisture-wicking fabric
• Closure Type: 3/4 length zipper with semi-auto lock slider
• Pockets: Three open back pockets
• Fit: Fitted – Streamlined fit for all-around cycling performance
• Features: Drop-tail design for cycling-specific fit, UPF 30+ sun protection
• Reflective elements for visibility in low-light conditions