Target Arm and U.S. Army DEVCOM GVSC Announce Multi-Year CRADA to Advance In-Motion Drone Operations
RIDGEFIELD, Conn. - June 26, 2026 - PRLog -- Target Arm Inc., an autonomous robotics company advancing in-motion drone operations across defense and commercial sectors, today announced a new Cooperative Research and Development Agreement (CRADA) with the U.S. Army Combat Capabilities Development Command (DEVCOM) Ground Vehicle Systems Center (GVSC).
The CRADA is designed to demonstrate Robotic Arm Launch and Recovery (Ralar) as a Modular Mission Payload across the Army's legacy and future vehicles while moving, even with uncrewed vehicles. Target Arm's mission is simple: remove the "stop-to-fly" bottleneck so crewed vehicles and robots can deploy drones while staying mobile. This effort is an invaluable tool for Target Arm and will gather operator and engineer feedback to improve form, fit, and function and accelerate maturity from TRL-7 to TRL-9 (TRL - Technology Readiness Level). The CRADA is structured for a multi-year collaboration period, supporting continued testing, iteration, and operational learning. "Stopping a convoy, or a combat formation, to launch or recover a drone can increase risk and slow the mission," said Jeffrey A. McChesney, CEO & Founder of Target Arm. "This CRADA with DEVCOM GVSC helps push real, practical autonomy—so drones can launch and recover while the vehicle keeps moving. No Stopping, No Pilot."
Target Arm's systems are built to support hands-free, low-burden operations designed for real conditions.
About Target Arm
Target Arm Inc. is a dual-use robotics, autonomy, and AI company enabling drone launch and recovery from any moving platform. No Stopping. No Pilots. Headquartered in Ridgefield, CT, the company serves the U.S. Department of War, enterprise customers, commercial package delivery providers, and first responders. Learn more at www.targetarm.com.
Contact
Katie Mc Grath
Target Arm Inc.
Marketing Associate
***@targetarm-hq.com
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Source Target Arm Inc.
City/Town Ridgefield
State/Province Connecticut
Country United States
Industry Defense
Tags Autonomous Robotics
Interesting to see RALAR positioned as a modular mission payload for both legacy and future Army platforms. The multi-year CRADA should provide valuable real-world testing—I've been following https://makeugc.pro/makeugc-vs-ai-ugc
Interesting to see RALAR positioned as a modular mission payload for both legacy and future Army platforms. The multi-year CRADA could be a meaningful step for practical in-motion drone operations—worth following with the latest updates from Target Arm. https://tiktok-transcript.github.io/
Interesting to see RALAR positioned as a modular mission payload for both legacy and future Army platforms. The multi-year CRADA seems like a practical path to proving in-motion launch and recovery—I've been using https://image-text-editor.github.io/
The CRADA’s focus on RALAR as a modular mission payload could make in-motion drone operations far more practical across legacy and future Army vehicles. I’m curious to see the demonstration results—check out https://image-to-3d.online
The CRADA’s focus on RALAR as a modular mission payload could make in-motion drone operations far more practical across legacy and future Army platforms. I’ve been exploring similar autonomy tools—check out https://magicbrief.pro/compare/magicbrief-vs-canva