Buy it now and receive it between 8 Jun and 9 Jun with InPost
POC Cytal Lite: extreme lightness and total ventilation for climbing
The POC Cytal Lite is designed for riders seeking maximum performance on ascents and in hot conditions. With an ultra-lightweight build and optimized ventilation, this helmet delivers the perfect combination of comfort, protection, and efficiency on every ride.
- Helmet type: Ultra-light road
- Aerodynamics: Design optimized for efficiency and ventilation
- Ventilation system: Improved airflow with optimized channels
- Safety technology: EPS structure optimized for protection and lightness
- Weight: 200 g (size M)
- Materials: Optimized shell with lower-weight EPS
The definitive helmet to conquer climbs and high temperatures
The POC Cytal Lite has been developed for riders who prioritize every gram and need exceptional ventilation. Ideal for demanding climbs and warm climates, it combines extreme lightness with optimized protection.
Ultra-light design for maximum performance
Weighing just 200 grams, this helmet is designed to disappear on the head. Every component, from the adjustment system to the straps, has been optimized to minimize weight without compromising safety.
Advanced ventilation to keep you cool
The structure has been redesigned to improve airflow, allowing constant cooling even during the most intense efforts. Perfect for long climbs and hot days.
Optimized protection with EPS structure
The helmet incorporates an improved shell that reduces weight in the EPS liner while maintaining a high level of protection. The material distribution absorbs impacts efficiently without adding unnecessary grams.
Comfortable and precise fit on every ride
The adjustment system, together with lightweight straps and dividers, provides a firm, personalized hold. The result is a helmet that remains comfortable for hours, even on the most demanding routes.
Functional minimalism for demanding riders
Inspired by the Cytal and Cytal Carbon models, this helmet bets on a clean, efficient design focused on delivering the best possible performance in situations where weight and ventilation make the difference.