GOREWEAR Distance Winter Bib Tights+ - Men's
GOREWEAR
$200.00 40% OFF
$120.00
Product Insights & Style Tips
The GOREWEAR Distance Winter Bib Tights+ for men exude winter sport confidence with a clean, utilitarian edge. The fabric is wind and water resistant to block the cold, while water resistant inserts on the lower legs, seat, and back area keep road spray at bay. A DWR treatment adds a further layer of shield, and the face fabric blends recycled polyester, recycled nylon, and elastane for a breathable, durable feel.
Form-fitting and full-length, the bibs stay close to the body through rides and commutes, while bib straps keep the tights in place without shifting mid pedal. The stretch in the leg panels supports movement and layering, and the lining adds comfort next to skin. They layer smoothly under a shell or over base layers, transitioning from frosty dawn rides to dry, post-work sessions with ease. Dry clean.
GOREWEAR leans into its weatherproof DNA with the Distance Winter Bib Tights+ and its Responsible Collection ethos, blending recycled materials with serious performance. In the mix with other winter layers, they read as true outdoor gear that doubles for chilly commutes and weekend rides, with a streamlined silhouette that still looks at home under a puffer or a shell.
Materials / Fabrication
- Wind and water-resistant outer fabric
- Water-resistant inserts on the lower legs, seat, and back area
- Face fabric: 49% recycled polyester, 42% recycled nylon, 9% elastane
- Leg panels: 85% nylon, 15% elastane
- Lining: 100% polyester
- Leg panel lining: 84% nylon, 16% elastane
- DWR treatment applied
- Length: full-length
- Fit: form-fitting
- Responsible Collection: Recycled/Repurposed Material
- Season: fall, winter, spring
Recommended Care
- Machine wash cold on gentle cycle with like colors
- Use mild detergent; avoid fabric softeners and bleach
- Close zippers before washing
- Do not iron; avoid high heat
- Tumble dry low or line dry away from direct heat
- Reapply DWR coating after washing if water repellency diminishes
