A ventilation system for Alpina helmets, taking care of breathability and comfort. It consists of strategically pampered vents through which air enters under the helmet. Fresh air is then guided around the head and exhausted to the outside through as many vents.

A solution in Alpina helmets that allows you to change the height of the adjustment system located at the back of the helmet. It allows the equipment to be optimally adjusted to the head, eliminating point pressure and increasing safety.

Ergomatic technology, used in Alpina helmets, is a proven buckle system featuring a red button and an automatic locking mechanism. Thanks to its one-handed operation, the strap can be easily adjusted to your needs while riding and the locking mechanism will not open automatically in the event of a fall.

Hi-EPS is an innovative technology used in Alpina helmets, whose microscopic air chambers effectively absorb the forces generated during impact. Thanks to the use of Hi-EPS, the helmets offer optimum protection while remaining slim and thin-walled for increased comfort.

The Run System Classic technology, used in Alpina helmets, allows the helmet to be precisely adjusted to the size of the head. Using a simple, easy-to-use dial, each wearer can adjust the helmet to their unique head shape.

The Y-Clip technology in Alpina helmets allows the straps under the ear to be precisely adjusted to keep the helmet in the optimum position in the event of an impact.

The innovative top shell of the helmet is made of Ceramic SHEEL material. This is a lightweight and thin material that is extremely resistant to damage, scratches, UV radiation and also has anti-static properties.

This is an additional polycarbonate plate that gives Inmold helmets an elegant finish. It covers the edges on the underside of the helmet. This manufacturing process ensures that there are no sharp edges in Inmold helmets, reducing the risk of injury.

In-mold is a manufacturing method in which the outer shell of the helmet is permanently bonded to a layer of inner protective foam during moulding. This makes the helmet lighter, more durable and better absorbs impacts. The process also provides an aesthetically pleasing finish and increased structural durability.