The
Icon Airmada 4 Horsemen Helmet brings dark visions of the end days to life and displays it boldly for you to show off. Icon Airmada 4 Horsemen Helmets are extremely durable and strong for the world that you're about to take on! Featuring the Recessed Twin Channel Supervent system that includes industry leading intake and exhaust ports, you will stay cool for your entire ride. You're going to love the Fog-Free Icon Optics shield that greatly reduces the amount on fog on your shield compared to other uncoated shields. The Airmada 4 Horsemen Helmet by Icon maintains a constant temperature to keep you comfortable in every riding situation thanks to the adjustable chin and forehead venting system. Don't forget that Icon designs all of their helmets with a HydraDry Moisture Wicking Interior that is fully removable and washable to keep your liner fresh and fitting great. Order your Icon Airmada 4 Horsemen Helmet from CompAcc today!
If you have been paying attention, you may recognize that ICON harbors an apocalypse fixation. Maybe it's the sci-fi movies we visually devoured as youths. Or perhaps it's something darker, like CNN®. Regardless, this shared vision of the impending end of days will continue to manifest itself in the form of shadowy product copy and revelations depicted on helmet graphics. The Airmada 4 Horseman™ first envisioned by Dürer, now executed by Tanner Giddy'up to the fourth.
The Icon Airmada 4 Horseman Helmet: Everything you ever wanted...and less. Less bulk, less weight, less drag. These are all the results of years of rigorous helmet engineering. Precision headform research, refined shield mechanisms, optically pure shields, and artfully crafted interiors that are barely perceived details that define critical minimalism.
Significantly reduced exterior shape for a precision fit
More mobility and greater field of view
Less weight with new materials
Construction methods combined with decreased exterior dimensions minimize overall weight
Less drag with the streamlined shell
Recessed venting
Designed for aerodynamic efficiency while maintaining superior airflow