CAM FIT™ H-Back Retention Installed | Rear View
CAM FIT™ H-Back Retention Installed | Side View
CAM FIT™ H-Back Retention | Black
CAM FIT™ H-Back Retention | Coyote Brown
CAM FIT™ H-Back Retention | Foliage Green
CAM FIT™ H-Back Retention Technical Data System
Utilizes Cam Lock sliders which allow for one-handed adjustment and secure helmet fit.
Adjustment straps and chin cup have been designed for a close, comfortable fit to the wearer's face.
Asymmetric design keeps the buckle tucked smoothly along the jaw line while maintaining a snug, even feel around the chin cup.
Ultrasuede chin cup lining ensures maximum comfort and chafe-free wear at any temperature.
All CAM FIT™ H-back retention systems ship complete with hardware. Included hardware may not be compatible with side rail systems; in these cases original hardware can be used or ARC rail hardware can be purchased.
Features a minimalist H-style nape pad filled with soft Zorbium® foam and line with ultrasuede fabric.
Utilizes cam-lock sliders for one-handed adjustment and secure fit.
Compliant with ACH and ECH Static Pull Strength requirements
M/L, XL
Constructed of 5/8" inch nylon webbing. Ultra-suede chin-cup lining ensures a maximum comfort and chafe-free wear at any temperature
No
ACH, MICH, TC2000 Ballistic Helmet styles and many other ballistic helmets with 4-point retention mounting holes
The Boa® Closure System stabilizes the helmet by distributing pressure evenly around the head. The dial is integrated into an X-style nape pad filled with soft Zorbium® foam.
Utilizes cam-lock sliders for one-handed adjustment and secure fit. The Boa Closure System stabilizes the weight of the helmet by distributing it around the head.
Yes
ACH, MICH, FAST, Airframe™, LWH, PASGT and other ballistic helmets with 4-point retention mounting holes.
Traditional H-style nape pad lined with loop fabric.
Utilizes traditional webbing tension locks
One size fits all
Constructed of 5/8" webbing with wicking fabric lining.
ACH, MICH and other ballistic helmets with 4-point retention mounting holes.
* Independently tested in accordance to GL-PD-07-19 – 2007 Section 3.5.2.1, Static Pull Strength and DRAFT-ECH-ICEPG16-0001 – 2009 Section 3.6.3 Static Pull Strength