Solid Army Green Women's Prisma Short
Description
Elevate your casual rides with a pair of shorts designed for the laid-back rider who seeks comfort without sacrificing style. With an army green hue, these shorts not only blend effortlessly into the outdoor scenery but also ensure a comfortable and leisurely cycling experience for those enjoying the road at a relaxed pace.
For beginner, casual, recreational riders who prefer a more comfortable fit with a modern cut.
Fabrics
PriFlexPriflex is a spandex/poly blend bright yarn fabric developed with specific consideration given to muscle compression, elastic recovery and printability.
Technical Specs: 80% Polyester, 20% Spandex | 250 gsm | SPF 50
APX Chamois ChamoisThe APX chamois is ideal for teams and competitive road cyclists. Three layers of density foam, 4-way stretch and an anatomical shape allow for optimum comfort while maintaining a free range of motion. Antibacterial Silver Ion and Visigrid fabrics offer superior moisture transport and will not break down over time.
Product details
A sport-level short designed to maximize comfort around the legs and seat panels for long rides on the bike. Ergonomically-paneled, with 3” leg bands, and a silicone leg gripper, provides exceptional comfort and security without restricting the range of movement.
Features
• PriFlex Fabric
• APX Chamois
• Silicone Leg Gripper
• Flatlock Stitching
• 9 Inch Inseam
• Standard Fit
FEATURES
• APX Chamois
• Silicone Leg Gripper
• Flatlock Stitching
• 9 Inch Inseam
• Standard Fit
Prisma Shorts
MATERIALS
Priflex is a spandex/poly blend bright yarn fabric developed with specific consideration given to muscle compression, elastic recovery and printability.
Technical Specs: 80% Polyester, 20% Spandex | 250 gsm | SPF 50
Chamois
APX Chamois Chamois
The APX chamois is ideal for teams and competitive road cyclists. Three layers of density foam, 4-way stretch and an anatomical shape allow for optimum comfort while maintaining a free range of motion. Antibacterial Silver Ion and Visigrid fabrics offer superior moisture transport and will not break down over time.