SPYDER MENS BANDIT FULL ZIP SWEATER

SPYDER MENS BANDIT FULL ZIP SWEATER

The Spyder Mens Bandit Full Zip Sweater is a high-performance alpine mid-layer technically engineered to deliver exceptional thermal regulation and versatile moisture management. Constructed from a premium light-weight polyester knit bonded to an anti-pilling fleece interior, this jacket combines the classic look of a sweater with the technical performance of a fleece. The specialized fabric matrix efficiently traps pockets of warm air close to the core while creating a highly breathable channel system that rapidly transports sweat away from the skin during high-output mountain activities.

Engineered with precise athletic functionality, the Bandit features strategically placed stretch fleece panels under the arms and along the sides to ensure uncompromised mechanical mobility and enhanced breathability where it is needed most. The full-length center-front zipper utilizes a low-profile reverse coil track, allowing for rapid, on-the-fly core ventilation as physical intensity shifts. Finished with a secure zippered chest pocket, brushed microfiber inner collar for next-to-skin comfort, and clean elastic-bound cuffs and hem, this technical sweater operates flawlessly as a standalone jacket in moderate cold or as a core insulator beneath a technical shell.

Key Features

• Light-weight polyester knit bonded with anti-pilling fleece backing
• Strategic stretch fleece panels for enhanced mobility and breathability
• Full-length center-front reverse coil zipper
• Secure zippered chest pocket and zippered handwarmer pockets
• Low-profile athletic fit tailored for seamless alpine layering
• Brushed microfiber interior collar for next-to-skin comfort
• Quick-drying and highly breathable performance composition

Best For

• Technical mid-layering under alpine ski shells or winter jackets
• Standalone cold-weather active wear and mountain resort lifestyle
• Variable-intensity outdoor recreation demanding thermal flexibility
• Active moisture management and core warmth in freezing conditions
• Multi-season technical layering and cold-weather travel