UK Arms Maritime Helmet ABS M/L, HLD

The UK Arms Maritime Helmet ABS M/L in HLD color is a high-quality airsoft helmet designed to provide reliable head protection during intense gameplay. Manufactured by UK Arms, a reputable brand in the airsoft industry, this helmet is built to withstand the rigors of airsoft battles.

Constructed from durable ABS plastic, the UK Arms Maritime Helmet ensures robust protection without compromising comfort. The helmet features an adjustable size range of 20.3"-22.4" (53CM -57CM), making it suitable for a wide range of head sizes. The secure fit is achieved through a combination of an adjustable strap system and internal padding, providing stability and comfort during long hours of wear.

The HLD color of the helmet adds a stylish and tactical look to your airsoft loadout. Whether you're participating in milsim events or engaging in recreational skirmishes, the UK Arms Maritime Helmet will enhance your overall experience and provide essential protection.

The helmet also offers additional features to accommodate various accessories and attachments. It includes side rails that allow for the mounting of compatible accessories like flashlights or cameras, giving you the flexibility to customize your setup. The front of the helmet features a shroud, which is compatible with NVG (night vision goggles) mounts for enhanced tactical capabilities in low-light environments.

Invest in the UK Arms Maritime Helmet ABS M/L in HLD color and enjoy the combination of comfort, durability, and functionality it provides. Stay protected on the field and elevate your airsoft game with this reliable helmet.

Features:

• Rear dial knob for easy head size adjustment to ensure a comfortable and secure fit
• Side rails that allow for the attachment of compatible accessories such as flashlights or cameras
• Velcro stickers for convenient attachment of safety lights and patches to enhance visibility and customization
• Helmet shroud designed to accommodate NVG (night vision goggles) mounts, expanding tactical capabilities in low-light environments