The Zarb Multi-Caliber - A is a versatile remote-controlled weapon station designed for multi-role combat operations. Featuring advanced Bi-Axis stabilization, the system supports both 12.7 mm machine guns and 40 mm automatic grenade launchers for enhanced battlefield flexibility. Its compact design, precision targeting, and reliable fire-control capabilities make it suitable for tactical vehicles and fixed defense installations.

The Zarb Anti-Drone-A is specifically engineered for anti-drone and aerial threat engagement missions. Equipped with a quad 7.62 mm machine gun configuration and Bi-Axis stabilization, the system provides rapid target acquisition, high tracking accuracy, and reliable suppression capability against fast-moving airborne targets in modern combat environments.

The Zarb Light Vehicular - A is a lightweight remote control weapon system optimized for light tactical and reconnaissance vehicles. Supporting 7.62 × 51 mm machine guns with stabilized targeting, the platform offers precise engagement capability, rapid response performance, and enhanced mobility for dynamic operational scenarios.

Designed for armored and heavy combat platforms, the Zarb Heavy Vehicular - A delivers powerful battlefield performance with its 14.5 mm heavy machine gun integration. The system combines robust firepower, stabilized weapon control, and advanced targeting support to ensure effective engagement in demanding combat conditions.

The Zarb Dual Carriage - A features a dual carriage weapon configuration for increased operational flexibility and fire support capability. Supporting both 12.7 mm heavy machine guns and 40 mm automatic grenade launchers, the system is engineered for convoy protection, perimeter security, and tactical engagement operations.

The RCWS - C is a compact and efficient remote-controlled weapon station developed for rapid deployment and defensive security applications. Integrated with stabilized targeting and a 12.7 mm machine gun configuration, the system provides accurate engagement capability while ensuring operator safety and ease of operation.