The POC Kortal Race Mips helmet is an advanced MTB helmet that offers a high level of protection while navigating difficult trails. It is breathable and fits well on the body.

It includes an integrated NFC medical ID and RECCO reflector. Its design has been developed with complete head protection in mind against the consequences of dangerous falls and collisions in challenging mountainous terrain. It is suitable for cross-country and enduro rides.

It features a Unibody Shell that enhances the structural integrity of the helmet. The extended protective zones around the temples and rear area provide extra safety to the most vulnerable parts of the head. The MIPS Integra technology effectively reduces rotational forces, which are one of the main causes of brain injuries.

The helmet has a lightweight and flexible EPS lining that effectively absorbs the impact force. The patented folding visor detaches from the helmet in the event of sudden contact with a hard surface, reducing the risk of neck injuries.

The integrated NFC ID allows for the storage of medical information and emergency contacts, which can be accessed by rescue services if needed. The construction also includes a RECCO reflector, which facilitates the quick locating of the cyclist in case of an accident.

The helmet also meets the Dutch NTA 8776 standard – it is compatible with electric bikes. The POC Kortal Race Mips ensures a high level of comfort during long rides and dynamic terrain details.

The wide air vents ensure efficient air circulation. The special 360° adjustment system allows for easy customization of the fit to the individual needs of the user. The helmet is compatible with glasses and cycling eyewear – it works particularly well with the Devour and Ora models, which can be stored under the visor when removed.

The twICEme Chip technology acts as an electronic, advanced ID. Using the app, you can store important health-related information on the helmet. After an accident, this information can be quickly accessed by the person providing assistance. Just scan the data with a smartphone to access your medical profile, insurance information, and emergency contacts.

Additionally, twICEme precisely determines the coordinates of the incident location. In the app, you can specify what data you want to share through the chip. The technology is based on near-field communication, or NFC. The radio frequency standard works thanks to an antenna found in almost every modern smartphone. In other words, twICEme uses a solution similar to the well-known BLIK.

The MIPS system disperses the energy generated by impacts. The helmet shell moves in relation to the inner lining, as the cyclist can be at various angles when hitting a hard surface. At the moment of impact, it shifts, reducing the shocks that reach the head.