U.S. Military Tests New Anti-Drone System in Germany
The RD-SUADS mobile platform is undergoing operational training to improve the response to drone threats.
Updated on Oct. 29, 2026 in Emergency Response
Live Poll
Should the U.S. government increase spending on advanced anti-drone defense systems?
U.S. military personnel are currently training with the new RD-SUADS anti-drone system at the Grafenwoehr Training Area. The technology is designed to detect and engage drones at ranges between 2 and 6 kilometers.
Why it matters
The training is intended to evaluate how inter-service collaboration can sharpen military responses to evolving drone threats. The system provides a self-sustaining defense capability that can be rapidly deployed in diverse environments.
The RD-SUADS system operates for four days on a single diesel generator fill and fits on a standard 463L cargo pallet. It features an integrated radar, supplied by Echodyne, capable of tracking targets up to 7 kilometers in favorable conditions.
The players
Trust Automation
This San Luis Obispo-based manufacturer is the primary contractor responsible for the production of the SUADS system.
Echodyne
This company specializes in radar technology and supplies the detection systems integrated into the SUADS family.
The details
The RD-SUADS system integrates radar with electro-optical and infrared sensors alongside electronic attack tools to neutralize threats. Manufactured by Trust Automation in San Luis Obispo, the platform is engineered to function independently of local power grids.
Timeline
February 2026: Grafenwoehr hosted a joint counter-drone operator course.
April 2026: Echodyne announced its radar was chosen for the SUADS program.
October 2026: Trust Automation reported on recent SUADS operational assessments.
Seasonal Patterns
This training follows a pattern set by the U.S. Air Force SUADS development contract, which mandates the integration of advanced mobile defenses through 2030. The exercise mirrors historical military efforts to standardize counter-drone hardware across various global operational theaters.
While this system is currently for military use, its successful implementation in Germany and at training sites like Fort Irwin informs the future of domestic security infrastructure. Residents near military installations may see increased frequency of drone-related training exercises as these platforms move toward full operational capability.
The takeaway
The move toward palletized, self-sustaining defense systems represents a shift in how the military addresses threats in remote or underdeveloped areas. Modern defensive strategies now emphasize mobility and independent power to ensure continuity in active combat zones.
What happens next
The U.S. Air Force contract for SUADS systems continues through 2030, with further procurement and deployment milestones expected annually.
Further reading
For more information on national security preparedness, visit the Emergency Response section.
Source note: This article includes information reported by Defence Blog.
Live Poll
Should the U.S. government increase spending on advanced anti-drone defense systems?
