6D Helmets - ATR-2Y Helmet - Fusion

Introducing the 6D ATR-2Y youth off-road helmet, the ultimate brain protection for young athletes. Designed to meet the unique needs of growing children, the ATR-2Y follows in the footsteps of the adult model. Infused with the same advanced ODS technology found in the adult ATR-2, this helmet prioritizes the safety of young riders and their still-developing brains. Experience superior protection and peace of mind with the 6D ATR-2Y, taking youth off-road safety to the next level.

• Rebuildable Omni-Directional Suspension™ (ODS)
• Durable tri-composite shell
• Air-Gap™ ventilation system
• Removable, washable, dri-lex® antibacterial comfort liner
• Emergency release cheek pads – removable, washable, dri-lex® antibacterial fabric
• Shear-away visor screws
• Roost guard – provides additional face protection
• Cervical spine relief – rear lower shell incorporates compliant zone at the cervical spine location
• Clavicle cut-away – provides increased clavicle clearance
• Sternum pad – provides added protection to the chin, jaw and sternum
• Light weight with improved center of gravity

Rebuildable ODS system:

• Improved ODS design
• Replaceable inner EPS liner
• Multi-impact EPP outer liner incorporates isolation damping towers
• Rotational energy management disks reduce angular acceleration
• Superior low, mid, and high velocity impact mitigation
• Rebuild/crash replacement program

REBUILDABLE

The ATR-2 is revolutionizing the world of head protection by introducing a groundbreaking concept: rebuildability. Unlike traditional helmets that are typically discarded after a significant impact, the ATR-2 is designed to be rebuilt and reused.

LOW-THRESHOLD ENERGY

Most helmet strikes in real-world scenarios are considered low-threshold energy impacts. These impacts fall below the pass/fail thresholds for certification but are still significant enough to result in concussion or more severe injuries.

ANGULAR ACCELERATION

A root cause to brain injury and concussion. Angular acceleration is generated from angled impacts to the helmet’s surface resulting in shearing, tearing and bruising of the soft tissues within the brain.

HIGH VELOCITY IMPACTS

The riskiest of all crash impacts with the greatest potential for severe injury. The helmet must work to its maximum capacity to ensure the highest level of protection.