Adventure Insulation Vest

Q36.5 presents the Adventure Insulation Vest, a minimalist companion that boasts exceptional windproof capabilities and thermal protection in a lightweight, packable design. Constructed from high-density, 4-way stretch fabric with a durable water repellent treatment, this vest is a masterclass in tailoring and engineering. The inner layer features UF Air Insulation, a blend of micro polyester and merino wool, providing warmth and moisture management. The vest is finished with invisible mesh pockets and a hermetic collar, ensuring maximum protection in variable conditions.

• Feather-weight at 115g
• High density, 4-way stretch woven fabric
• Highly breathable
• Thermal insulation
• Water repellent and wind control capabilities
• Fast drying
• Advanced moisture management with high absorption and emission rate
• UF air insulation
• Light, invisible mesh pockets with reflective inserts
• High hermetic collar for superior protection from cold air
• Easily stow-able
• 4-season temperature rating

• Fits true to size, take your normal size
  
• Regular fit
  
• Lightweight at 115 grams
  
• For accurate measurements consult the brand’s size guide

  Size Guide

• 60% polyamide, 10% polyester, 10% Merino wool, 10% elastane, 10% polyurethane materials
  
• Machine wash cold
  
• Use gentle detergent
  
• Do not use fabric softener
  
• Dry garment inside out in shade
  
• Made in Italy

Launched in summer of 2013 by Luigi Bergamo and his wife Sabrina Bergamo Emmasi, Italian cycling brand Q36.5 is driven to create cutting-edge, uncompromising technical clothing that reflect the future of competitive cycling. Situated at the base of the Dolomites, in Bolzano, Südtirol, Italy, a hub for sportswear innovation and riders alike, the brand carefully tests its products dedicated to pure performance. Q36.5 prides itself for designing lightweight yet durable, dynamic, and high-quality fabrics, developed specifically for cycling. Combined with a radically essentialist philosophy, the brand strives to maximize aerodynamics efficiency to best support athletes across all ride types.