FMA Labs Helmet Retention System, Black

Upgrade the retention system of your airsoft helmet with the FMA Labs Helmet Retention System. Designed with functionality and durability in mind, this helmet strap is an essential accessory for airsoft players looking to enhance the stability and comfort of their headgear. Constructed with high-quality nylon, this helmet retention system is built to withstand the rigors of intense airsoft gameplay. The adjustable strap allows for a customized fit, ensuring a secure and snug connection to your helmet. With its versatile compatibility, it is compatible with most airsoft helmets, including popular models like the fast helmets and ACH helmets. 

The FMA Labs Helmet Retention System features a padded chin cup and nape pad, providing added comfort during extended wear. The adjustable buckle on the strap allows for quick and easy tightening or loosening with just one hand, making it convenient to adjust the fit on the fly. The special nylon design not only offers durability but also promotes air permeability, keeping you cool and comfortable even in intense battles. With this helmet retention system, you can enhance the stability of your helmet, reducing the risk of it shifting or coming loose during dynamic movements. It can withstand rotational forces up to three times better, ensuring that your helmet stays securely in place, even in the most demanding situations. 

Upgrade your airsoft helmet with the FMA Labs Helmet Retention System and experience improved comfort, stability, and confidence on the field. Trust in the quality and reliability of FMA Labs to enhance your airsoft gear. Shop now at Airsoft Station and take your gameplay to the next level.

Features:

• Compatible with fast helmets, ACH helmets, IBH helmets, and more
• Features a padded protective leather chin cup and nape pad for added comfort
• Adjustable buckle allows for easy one-handed tightening and loosening of the strap
• Special nylon design offers excellent air permeability and durability
• Enhances helmet stability, providing 3x more stability under rotational forces