The Agilis MIPS® helmet is the right choice for riders looking for a helmet that combines airy design with slightly deeper coverage and a host of performance features aimed at road and multi-surface riding.

When its time to hit the road, the Agilis MIPS® offers a sporty, sleek style with comfortable features you can count on, including 32 wind tunnel vents, Coolfit anti-microbial padding, and integrated MIPS® technology.

The fit on the Agilis MIPS® is comfortable and secure thanks to adjustable Roc Loc® 5.5 MIPS system that combines fit and positioning adjustments while integrating with MIPS technology for an added measure of protection in the event of an angled impact. The outer Hardbody shell extends to the inside of the helmet, and is molded from a tough polycarbonate thats fused permanently to the EPS foam liner using In-Mold process to enhance durability and ventilation without excess bulk.

Features

• Ventilation: 32 Wind Tunnel tested vents with internal channeling.
• Construction: Full-Wrap In-Mold Polycarbonate shell with EPS liner.
• Coolfit anti-microbial padding.
• Featherweight webbing with Slimeline buckle.
• Fit system: Roc Loc® 5.5 MIPS.
• Certification: CE EN 1078.

Technologies

Integrated MIPS®
All Giro helmets are designed to reduce as much energy as possible while meeting and exceeding stringent safety standards. The goal of Giro's MIPS-equipped helmets is to reduce rotational forces. Giro believes that helmets equipped with this technology can reduce the amount of rotational force that may be transferred to rider's brain in certain impacts.

Wind Tunnel Ventilation System
Giro helmets are developed utilizing a proprietary Wind Tunnel ventilation system. This elaborate design combines active vents in the helmet's shell with exhaust channels inside the helmet that thrust fresh, cool air over and around the rider's head while forcing heat and stale air out. It's the most effective cooling system available, and a difference you can feel every time you ride.

In-Mold Construction
In-Mold Construction fuses a tough polycarbonate outer shell with the helmet's impact-absorbing foam liner. The fusion process allows for better ventilation systems, making in-mold helmets lighter and cooler than traditional helmets.