Q36.5 Dottore Clima Jersey: extreme summer performance
The Q36.5 Dottore Clima 2026 jersey represents the highest evolution in cycling apparel for hot conditions. Designed drawing on professional racing experience, it combines aerodynamics, lightness and advanced thermoregulation.
Thanks to its graphene yarn technology and ultralight construction, this jersey is designed for cyclists seeking top performance in extreme heat.
- Use: cycling in warm climates / racing
- Weight: 105 g (size M)
- Recommended temperature: +18ºC
- Type: ultralight technical jersey
- Fit: racing fit (tight and aerodynamic)
- Material: 47% polyamide, 28% polyester (with graphene), 25% elastane
Technical features
Advanced thermoregulation with graphene
The Dottore Clima jersey incorporates innovative graphene yarn technology integrated into the polyester fabric. This material improves thermal conductivity, enabling efficient dissipation of body heat. As a result, it helps maintain a more stable temperature even during intense efforts in high temperatures.
Moisture management and ultra-fast drying
The fabric is designed to quickly absorb moisture from the skin and wick it to the outside, promoting immediate drying. This reduces the feeling of dampness and improves comfort on long rides or demanding training sessions.
Optimized aerodynamics
The sleeves feature an ultra-light 10 mm ribbed fabric that reduces air resistance. This construction enhances aerodynamic efficiency, helping you maintain speed with less effort, especially in races or high-intensity training.
Extreme lightness for maximum performance
Weighing just 105 grams in size M, this jersey stands out for its lightness. This characteristic not only improves comfort, but also optimizes breathability and thermal regulation, making it an ideal choice for extremely hot conditions.
Developed for professionals
Designed based on developments created for the Q36.5 Pro Cycling team at the 2025 Vuelta a España, this jersey offers professional-level performance adapted to demanding cyclists. Its versatility allows optimal performance at different intensities and in varying weather conditions.