Uvex i-vo cc MIPS Helmet - all black matt

The search for a practical all-rounder with the greatest possible safety features ends with the uvex i-vo cc MIPS

The uvex i-vo cc MIPS is aimed specifically at bike tourists and frequent tourers. The lightweight all-rounder has first-class ventilation and also protects against rotational forces in the event of an accident.

Equipped with integrated Multi Impact Protection System (MIPS) for additional protection against rotational forces and 3D IAS system for optimum helmet fit, the sleek touring helmet convinces from the first ride. 24 large ventilation openings, of course with fly net on the front side, ensure a perfect helmet climate. With this helmet the next cycling holiday can come.

Features of the uvex i-vo cc MIPS helmet

• MIPS adjustable in height and width
• Inmould technology
• 3D IAS size adjustment
• 24 ventilation openings
• FAS strap system
• Monomatic closure
• Fly Net
• Vent head pad (one-piece)
• Plug-in LED (optional)
• Standards: EN 1078

Uvex technologies

Inmould Technology:
EPS protective material is foamed directly into the polycarbonate shell. For a lightweight helmet construction with maximum impact resistance. Perfect fusion of EPS inner layer and polycarbonate outer layer.

Monomatic - Fits at the touch of a button:
The uvex monomatic comfort closure can be opened and closed with one hand. The chin strap is adjusted at the touch of a button: for a ride with a cap - or better ventilation and maximum comfort on the mountain.

FAS - Simple and practical:
The Fast-Adapting-System harness can be easily and continuously adjusted exactly to your own head shape. This keeps the helmet firmly on your head in all situations and the strap always in the optimum position.

Vent head padding (one-piece):High-quality functional material with embossed ventilation openings. Pleasant and soft on the skin, quick-drying, removable and washable.

MIPS: An oblique impact generates rotational movements that can cause serious injuries. The MIPS system can reduce the rotational movements and thus reduce the risk of brain damage.