Salopette Dottore L1 Bib Shorts

Q36.5 Salopette Dottore L1 Bib Shorts is an ergonomic masterpiece crafted for the female body. Designed with advanced fabrics for muscle support and gradual compression, these bib shorts boast an ergogenic model for maximum comfort and stability on the road. The chamois, made by Elastic Interface® CyTech Italy, is engineered for the female anatomy, ensuring a perfect fit and unparalleled comfort. Stay cool and dry with Heiq Eco Dry technology, and experience the benefits of vector elasticity and the "Y" pattern for gradual compression during even the most intense rides.

• Lightweight at 160g
• Highly breathable
• Water repellent and wind control capabilities
• Form fitting
• Designed for the function, activity and anatomy of the female form
• Pad made by Elastic Interface® CyTech Italy
• Gradual compression with "Y" pattern on fabric
• Vectorial elasticity for intelligent and strategic alignment of panels
• Ergogenic support of certain muscle groups
• Body temperature stability guarantee, above 64°F / 18°C
  

• Fits true to size. Take your normal size
  
• This garment is designed for a tight smooth fit
  
• Ergogenic support
  
• Gradual compression
  
• 160 grams

  Size Guide

• 61% polyamide 6.6, 36% elastane, 2% Silver, 1% carbon fiber (PAC)
  
• 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.