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Team Wendy CAM FIT Retention System

$121.00

Lead Time: Ships in 1-10 Days

Description

Team Wendy CAM FIT™ Retention System utilizes Cam Lock sliders for one-handed adjustment and secure fit. The BOA® Fit System stabilizes the weight of the helmet by distributing a light, even pressure around the head, similar in feel to a baseball cap. The adjustment straps and chin cup have been designed for a close, comfortable fit to the wearer’s face. The asymmetric design keeps the buckle tucked smoothly along the jaw line while maintaining a snug, even feel around the chin cup. The chin cup lining ensures maximum comfort and chafe-free wear at any temperature.

The CAM FIT™ Retention System is also available in a left eye dominant (LED) option. (Note: The CAM FIT™ Retention System comes standard with the side release buckle on the left side of the face for right eye dominant shooters. The LED option moves the buckle to the right side of the face for left eye dominant shooters.)

All CAM FIT™ Retention Systems ship complete with ballistic hardware. Included hardware may not be compatible with side rail systems; in these cases original hardware can be used.

RETENTION SYSTEM FIT
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.

CHINSTRAP ADJUSTMENT
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.

PERFORMANCE
Compliant with ACH and ECH Static Pull Strength requirements

SIZING
M/L, XL

CHIN CUP STYLE
Constructed of 5/8″ inch nylon webbing. Ultra-suede chin-cup lining ensures a maximum comfort and chafe-free wear at any temperature

AVAILABLE IN LEFT EYE DOMINANT?
Yes

SHELL TYPE COMPATIBILITY
ACH, MICH, FAST, Airframe™, LWH, PASGT and other ballistic helmets with 4-point retention mounting holes.

Pull Strength Performance
Compliant with ACH and ECH Static Pull Strength requirements

* 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

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