Cytal Carbon Cycling HelmetUranium Black
450.00 USD
The Cytal Carbon is the result of the constant search for new ways to maximise performance and safety. The road cycling helmet introduces new methods and technologies to deliver speed and safety.
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Product description
Using production methods currently only seen on luxury sports cars, POC has integrated a carbon wing into the helmet, enhancing its aero properties, keeping weight low and supporting more even impact force distribution across the whole helmet.
The introduction of new modelling and simulation methods during the design process opened up new possibilities to test designs and push what is possible in a helmet, in terms of balancing speed, safety and performance. The result: a new approach to what keeps you safe.
The helmet is more open at the front, improving air entry into the helmet for better ventilation and reduced drag. An adjustment system spanning from the temples and around the back of the head makes it easy to find a secure and comfortable fit.
KEY FEATURES


PRODUCT FEATURES

Finite Element Method (FEM) modeling
Created to question many more safety variables, our FEM process ensures that we deliver products that live up to our internal safety demands and is the process that influenced the carbon wing.

CFD simulation and testing
Competitive cyclists optimize every pedal stroke to deliver pure forward motion. Several details need to align to create precise forward motion on a bike, such as fitness, power, and technique, all of which are basic building blocks to building speed.

The Cooling Power of a carbon wing
A handmade carbon wing featuring a Koridion core lies at the centre of a new approach to performance, ventilation and protection visible in the new Cytal Carbon road cycling helmet.

Different by design
Everything starts with a reason: a question that needs a solution. It’s never simply about creating protection that works, the question is how to ensure a user stays as safe as possible while having the freedom to perform at their best.
The integrated carbon wing enhances aerodynamic efficiency while reinforcing the helmet’s structure, helping distribute impact forces effectively without adding unnecessary weight.
How it enhances performance:
- Aerodynamically shaped carbon wing supports smoother airflow around the helmet at higher speeds
- Structural stiffness from the carbon wing helps maintain helmet stability during fast riding
Why it matters:
- Reduced aerodynamic drag benefits sustained high-speed efforts and racing
- Structural reinforcement helps distribute impact forces more evenly across the helmet
Learn more about the cooling power of a carbon wing here.
The Cytal Carbon delivers high-performance ventilation by combining open airflow paths with aerodynamic optimisation, keeping riders cool across a wide range of speeds.
How the ventilation works:
- Open front intake ports increase airflow entry during riding
- Internal channels guide air efficiently across the head to manage heat build-up
- Reduced air resistance supports cooling while maintaining aerodynamic efficiency
When it matters:
- Hot-weather riding
- Long, steady climbing efforts
- High-speed road riding and racing conditions
The Cytal Carbon balances lightweight performance with protection through a performance-optimised EPS liner and structural reinforcement from the carbon wing.
Saftey features:
- Performance-optimised EPS liner with targeted density in key protection zones
- Carbon wing construction supports impact force distribution across the helmet
- Polycarbonate shell improves overall structural rigidity
Why it matters:
- Helps reduce crash forces while preserving comfort and low weight
- Suited to fast road riders who demand both safety and performance
Yes, the Cytal Carbon is built for racing and high-speed group riding, and is worn by EF Pro Cycling Team riders in the professional peloton.
Performance benefits:
- Aerodynamic carbon wing helps reduce drag at sustained speeds
- Advanced ventilation supports cooling during intense efforts
- Lightweight construction helps reduce fatigue over competitive distances












