Target Arm Inc.

Contract is for Robotic Arm Launch and Recovery (Ralar) System for Ground-based Drone Operations in Dynamic Environments: On-the-Move

This collaboration will offer Target Arm's advanced drone deployment systems, including the Tular and Ralar models, as customizable options for Recon Rig's clients, further enhancing the versatility and operational capabilities of their trailers.

The A-MMP solution aims to integrate with any Army vehicle or platform—manned or unmanned—and support a range of rotary and fixed-wing small Unmanned Aircraft Systems (sUAS).

Target Arm, a trailblazer in AI-driven robotics and autonomous systems, is proud to announce its newest breakthrough product: Ralar (Robotic Arm Launch and Recovery).

Partners with MatrixSpace, Sixdof Space and Target Arm to develop Small Hybrid Air-refueling Kit

Declared Stock Split Designed to Excite and Reward Shareholders

Enhancing Air Force Autonomous Systems with Sensor Fusion Engine (SFE) for Greater Precision, Efficiency, and Extended Operational Range

New Technology includes hands-free operations, collapsible breech for reduced height, modularity and all day battery operations.

Target Arm Inc., the leader in autonomous drone launch and recovery systems while on-the-move, announces the successful demonstration of their Proof-of-Concept Tular v3.1 device for the Hyundai Motor Group in Seoul, South Korea, November 7-11, 2023.

Target Arm Inc., the leader in autonomous launch and recovery systems for drones while on-the-move, announces a Space Force contract to begin research and design for Autonomous Debris Capture / Autonomous Non-Cooperative Target Capture (NCTC).