100% Exceeda Short-Sleeve Jersey Black/Charcoal XL - Breathable Polyester-Spandex Mesh with Moisture Management

The 100% Exceeda Short-Sleeve Jersey, part number 40051-00003, is engineered for performance and comfort. Crafted from a polyester/spandex mesh fabric, it offers excellent moisture management to keep you dry during intense rides or workouts. The jersey features fade-resistant sublimated graphics that maintain vibrant visuals even after repeated washing, ensuring long-lasting style. The full-zip front allows for customizable ventilation, providing flexibility to regulate temperature based on activity level or weather conditions.

Designed with rider convenience in mind, the jersey includes a brushed elastic with a silicone logo on the inside back hem, which helps keep the garment securely in place, preventing ride-up during movement. The back panel incorporates a multi-compartment pocket with elastic openings, offering support and easy access to essentials like energy gels, snacks, or small tools. Additionally, an extra zippered pocket provides a secure space for valuables such as keys or a wallet, giving peace of mind during your ride.

Enhanced visibility is a key feature, with reflective elements strategically placed to improve safety in low-light conditions. The combination of lightweight construction, functional storage options, and reflective details makes this jersey ideal for both casual and competitive cycling. Whether you're hitting the trails or commuting through city streets, the 100% Exceeda Jersey delivers comfort, durability, and style in a sleek black and charcoal design.

Features:

• Moisture management polyester/spandex mesh fabric for dry comfort

• Fade-resistant sublimated graphics maintain vibrant appearance

• Full-zip front for adjustable ventilation

• Brushed elastic with silicone logo inside back hem keeps jersey in place

• Multi-compartment back pocket with elastic opening for support

• Additional zippered pocket for secure valuables

• Reflective elements enhance visibility in low-light conditions