Fox Racing Jersey 24 Defend Thermal Large Green
$124.95
Free shipping on orders $50 and upLearn More About This Product
Fox Racing leads the pack with hard-wearing MTB gear that's comfortable, stylish, and protects you where you need it most. Ride hard and look good doing it, that's what we say.
Fox Racings lightly insulated Defend Thermal jersey is perfect for those cold mornings where a standard jersey isnt quite enough. With reinforced elbows and hem, this jersey takes a beating to stay in your rotation for the long haul.
- Stretch grid offers channeled insulation that provides enhanced lightweight, moisture wicking insulation
- DWR-coated, nylon elbows and dropped tail for increased abrasion resistance
- Relaxed fit leaves room for elbow guards
- Made from recycled materials
Product Identifiers
- SKU: 5331696
- Barcode: 191972956560
See what our customers say about us on Google
*Disclaimers
- While every effort is made to ensure the accuracy of the above information, it is entered by real live humans and humans make mistakes. The majority of the bikes on our website are specced exactly as they come from the manufacturers. Any upgrades or customizations will be listed separately. Please confirm with Airpark Bike Co if there are any questions about the included specification for the bike you are looking at.
- Bike component specifications including (but not limited to) suspension, drivetrain, brakes, tires, and wheels are subject to change by the manufacturer without notice.
- Any indicated component upgrades included or purchased in conjunction with a bike will be replacements for OEM components on the bike. The bike will ship with the upgraded components installed, but will not include the OEM components. Credit for the OEM components are factored into the pricing for upgrades.
- Weights, where provided, are based on manufacturer estimates for the model and are not a guarantee. The actual delivered weight may vary between build kits or spec levels of the same product, as well as between sizes. It may also vary due to upgraded components, variation in amounts of lubricants and sealants, and other factors.