Dragoons Conducted Live-Fire Drone Strike
The 2nd Cavalry Regiment successfully tested an internally built, armed drone at the Grafenwoehr Training Area.
Updated on Oct. 1, 2026 in Military
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Soldiers from the 1st Squadron of the 2nd Cavalry Regiment, known as the Dragoons, executed a live-fire drone strike using an Orqa MRM2-10 model. The mission was completed using locally manufactured 3D-printed safety devices without contractor assistance.
Why it matters
The unit developed these precision munitions to provide infantry squads with capabilities that exceed the range of standard inventory weapons. This initiative incorporates lessons observed from the ongoing war in Ukraine to enhance squad-level offensive reach.
The strike utilized 250 grams of C-4 explosive packed into a 3D-printed cylinder capable of holding nearly two pounds of material. The flight to the target spanned over one mile and was completed in less than five minutes.
The players
2nd Cavalry Regiment
Also known as the Dragoons, this is a historic United States Army cavalry unit based in Europe.
Angel Caliz
A Staff Sgt. in the 1st Squadron who earned honors at the Best Drone Warfighter Competition and operated the drone during the test.
The details
Staff Sgt. Angel Caliz operated the Orqa MRM2-10 drone, which was outfitted with custom safety and arming devices fitted with M6 low-voltage blasting caps. The successful test indicates that future iterations could allow soldiers to engage targets from more than three miles away or up to 12 miles with additional hardware.
Timeline
The 2nd Cavalry Regiment conducted the live-fire strike on September 30, 2026.
The unit spent two years preparing for the drone strike prior to the September event.
Staff Sgt. Angel Caliz earned top honors at the Best Drone Warfighter Competition in 2026.
Political Context
Opponents of decentralized drone proliferation argue that such improvised munitions lack the rigorous safety and quality controls inherent in standardized government procurement systems. Critics emphasize that field-assembled explosive devices could pose significant liability and reliability risks compared to traditional military-grade ordinances.
The transition toward squad-level drone deployment shifts how the U.S. military allocates resources for infantry training and equipment maintenance. This advancement may reduce long-term procurement costs while increasing the tactical demand for highly specialized technical skills among infantry personnel.
The takeaway
The successful integration of 3D-printed munitions allows individual infantry squads to strike targets at distances far exceeding legacy weaponry. This capability represents a significant shift toward lower-cost, high-impact tactical innovation at the squad level.
Further reading
Learn more about the latest developments in modern combat strategy on our Military page.
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Should the military prioritize developing low-cost, self-built drone technology over traditional heavy anti-tank weaponry?
