Premium Weapon Mounts

Lightweight weapon mount solutions compatible with legacy MRZR platforms and the new MRZR-A, providing stable firepower while preserving mobility, passenger space, and air transportability. Tailored configurations are also available for the Polaris M-850 ATV and Polaris DAGOR.

Rugged weapon mount integrations engineered for the Bale Defence RTV line, supporting sustained operations with reliable recoil management, modularity, and crew-centric ergonomics in austere environments.

Low-profile weapon mounting systems offering hitch, bed and roof-mounted configurations, designed for both overt and discreet applications. These solutions enable rapid deployment while maintaining vehicle versatility and a reduced visual signature.

Corrosion-resistant weapon mounts purpose-built for maritime environments, ensuring stability and reliable performance in dynamic sea and coastal operations.

Cold-weather weapon mounting solutions engineered for winter warfare, maintaining weapon security and accessibility without compromising vehicle balance or mobility..

Adaptable weapon mount systems for commercial platforms, enabling scalable capability with minimal vehicle modification and easy installation or removal.

A premium swing arm weapon mount designed for use with M249, M240b, MINIMI, C6, and C7 machine guns. Manufactured in aerospace grade aluminum and Stainless Steel components, the Shadow Mount is both light-weight and extremely durable.

The quick-release weapon retention pin is engineered for reliable operation across all austere environments, enabling rapid weapon release and secure re-stowage while transitioning to and from tactical platforms. Designed to perform in extreme cold, heat, mud, dust, and vibration, the system ensures positive retention and immediate access when seconds matter and operational tempo cannot be compromised

Our vehicle weapon mounts are engineered for rapid mounting and dismounting across MRZR, MRZR-A, ISV, RTV2/4, STEED, patrol boats, and snowmobile platforms, enabling fast transitions between vehicles and operational environments.

The Stinger system is vehicle-agnostic and designed for rapid employment across any truck platform equipped with a standard receiver hitch. This modular architecture enables fast mounting, dismounting, and reconfiguration without vehicle modification, allowing operators to quickly establish a stable fighting position regardless of platform or mission environment.

The complete Stinger-M kit is fully tough-box portable, with all components conveniently packed into a 45″ wheeled hard case for ease of transport and rapid deployment. The entire system weighs 46 lbs, enabling efficient handling and mobility across operational environments.

Based on freedom-of-movement requirements, we offer either a single long-arm configuration or a dual articulating swing-arm setup. This modular approach provides flexibility across a constantly evolving battlespace, allowing operators to rapidly adapt, reconfigure, and swap components as mission requirements change.

The Long Gun Reaper Rest attachment enables rapid configuration changes between machine gun and individual weapon platforms. When used with the Shadow Mount system, operators can quickly swap between the MG cradle for crew-served applications and the Reaper Rest for long gun or M4/AR platforms, ensuring proper weapon support and alignment for each mission requirement.

The height-adjustable main mast is designed to interface with 2″–3.5″ receiver hitches, enabling rapid establishment of a hasty crew-served or long-gun fighting position from the bed of a pickup truck. Integrated pin-engagement and dual-redundancy locking features provide secure retention while allowing quick height adjustments to accommodate varying vehicle configurations and operator requirements. (Patent Pending)

The Stinger-M supports both our legacy dual articulating swing-arm mount and our single-arm mount, allowing operators to configure the system for either long-gun or machine-gun employment. This flexibility enables rapid adaptation to mission requirements, platform constraints, and operator preferences