The technology uses a ball-and-socket design powered by MIPS®, which reduces rotational forces. The outer liner of the helmet rotates around the inner liner during impact, providing more comprehensive protection and performance by gradually overlapping the liners.

Multidirectional Impact Protection System - A common impact protection system used in helmets. Its purpose is to protect against the rotational movement that occurs during a severe impact. MIPS absorbs the first shock, minimising the risk of brain damage.

An innovative technology that relies on the release of silver ions from the fabric fibres. The system helps to eliminate microorganisms from the surface of the product.

The internal ventilation duct in Giro helmets. It forces fresh, cool air to flow around the head, ensuring the efficiency of the ventilation system.

A helmet adjustment system that ensures a perfect fit, stability and ventilation performance. Adjustment is done in seconds with one hand. In a comfortable fitting helmet, the space between the shell and the head is maintained, allowing cool air to flow freely.

The DryCore™ system manages sweat with an internal silicone bead that draws moisture away from the rider's forehead. This solution eliminates skin irritation for greater comfort during use.

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.