Twin Axis Gear Fitting System
Bell’s next-generation Twin Axis Gear™ (TAG) fit system adjusts to the head on two axes — circumferentially as standard fit systems do, but also horizontally to better accommodate differences in the up/down position of the occipital lobe. For added comfort,the system arms are co-molded with soft rubber and positioned them higher to better accommodate eyewear. The result is the most adjustable, comfortable and easy-to-use fit system ever.

Camlock strap levers
Bell’s Cam-Lock strap levers make it easy to adjust the straps around your ears. Simply open the cam…position comfortably and close the lever.

Channeled ventilation
Specially designed ventilation channels on the interior of the helmet's liner bring cool air in through the front, pass it over the head and flushes warm air out of the rear ports.

Fusion In Mold Microshell
In-molding is the process of bonding the helmet’s Microshell to its EPS foam layer to provide a sturdier, more solid helmet. The EPS foam is shot into the thin Microshell cap when it’s in the mold rather than formed separately and taped on later. This process was pioneered by Bell and is now the industry standard for all high-end helmets.

In-Mold bottom wrap
In-Mold bottom wraps bring a new level of durability, solidity and aesthetics to helmets. By bonding Microshell material to the lower half of the helmet, In-Mold bottom wraps cover what on most helmets is a less durable, exposed EPS foam.

Internal reinforcement
In order to maximize venting and minimize bulk, Bell high-end helmets feature internal reinforcement structures. These composite skeletons fortify helmets the same way rebar makes concrete stronger, allowing for bigger vents, more advanced styling and lighter weight, while still meeting stringent safety standards.