AeroVironment’s Tomahawk Robotics Product Line Awarded $2.67 Million Contract by the Department of Defense for Grip Tab Active Controllers
AeroVironment’s Tomahawk product line has been awarded a $2.67 million contract from Advanced Technology International (ATI) that will be managed by the U.S. Marine Corps Warfighting Lab (MCWL). This contract supports the Marine Corps’ Force Design 2030 and other Department of Defense (DoD) initiatives of enhancing lethality and mission success across the warfighting functions.
Under the contract, AeroVironment will deliver prototype Tomahawk Grip Tab Active (Grip TA) controllers and supporting test kits, allowing the DoD to evaluate the technical capabilities for future operations. RAID System, provides a large screen and ensures current and future cyber, safety, and fire control requirements are met.
The Tomahawk Grip TA controllers will be part of the larger Kinesis Ecosystem that already includes 20+ robotic systems, various input devices, and numerous AI-enhanced capabilities. This ecosystem uniquely enables multi-domain, many-to-many UxV operation through a single user interface, all while reducing the physical and cognitive burdens placed on the operator.
“AeroVironment is excited to deliver these systems to the DoD,” said Scott Bowman, Tomahawk Robotics product line manager at AeroVironment. “The tablet-based Grip Tab Active Controller will provide a larger viewing area and dedicated safety functions to operate large vehicles and weapon systems, all while maintaining the low-profile, ruggedized design our customers have come to expect from the Tomahawk product line. This controller will improve operator efficiency and unlock new use cases such as fire control and sensor-to-shooter.”
This contract extends the ongoing work between the Tomahawk Robotics product line and the DoD to provide a common controller for the DoD’s tactical robotic systems.
About Tomahawk Robotics
Tomahawk Robotics is the visionary force behind the groundbreaking Kinesis Ecosystem, an unmatched tactical capability designed for the warfighter first. At the heart of this innovation lies Kinesis, an AI-enhanced and open architecture common control system that seamlessly integrates the network of battle-proven UxVs, sensors, and third-party software onto a single glass pane. Powered by innovation, the Kinesis Ecosystem delivers targeted situational awareness and precision strike capabilities for the human-machine team across the battlespace.
