Marquette University College Cycling Jersey Men’s Top

Product Description

Show your school spirit with this men’s Marquette University College Cycling Jersey. The navy blue and gold design features the official university logo prominently on the chest, perfect for riding while supporting the team.

Built for performance, this jersey combines style and functionality for everyday rides or race events. Its moisture-wicking fabric keeps you dry and comfortable during long rides, ensuring focus remains on the road ahead.

Key Features

• Breathability: Designed to keep you cool and comfortable through sweat management.
• Fabric: High-quality polyester construction for durability and lasting wear.
• Fit: Club fit offers a streamlined look that allows full range of motion while cycling.
• Usage: Ideal for varsity events, recreational rides, or casual training sessions.
• Durability: Reinforced stitching and sublimation printing ensure graphics stay vibrant.

Specifications

• Material: DrySport moisture-wicking polyester fabric.
• Closure: Full-length hidden zipper at the front.
• Fit: Athletic / Club Fit for active movement.
• Style: Sport performance cycling jersey.

Frequently Asked Questions (FAQ)

What size should I order?

Answer: Select your usual athletic apparel size. For a tighter, more aerodynamic fit typical in cycling, consider sizing down if you prefer compression.

Is the fabric really moisture-wicking?

Answer: Yes, this jersey uses DrySport technology designed to pull sweat away from skin and help it evaporate quickly for dry comfort.

How should I wash my jersey?

Answer: Machine wash cold with like colors. Tumble dry low or air dry. Avoid fabric softeners and high heat to preserve elasticity and print quality.

Can I wear this off the bike?

Answer: Absolutely. While optimized for cycling, it looks great as a casual layer on sunny days—ideal for errands or outdoor activities.

Does this jersey breathe well during intense rides?

Answer: Yes, the lightweight mesh panels and breathable polyester blend promote airflow to reduce heat buildup under exertion.