US military FPV drones: capabilities, costs, and a flying lesson

Key points: US military FPV drones

• PowerUs builds its Matrix FPV line in 3-, 5-, 7- and 10-inch sizes: 3-inch quads now open room-clearing stacks for tier-one units, while 7- and 10-inch frames handle 10–20 km work.
• Fiber-optic control — 10 to 20 km spools, potentially 50 — is the counter to Ukraine's wall of jamming, where combat pilots fly without GPS and navigate landmark to landmark with a co-pilot.
• The framing claim: FPV drones now cause 70–80% of front-line casualties in Ukraine — "guided artillery rounds" PowerUs says it can build at one every 90 seconds in its Charlotte facility.
• The Matrix Fold debuts fully on camera: a 3D-printed, backpack-folding frame rated for 6.8 kg combined payload and about 35 minutes of flight, with print files supplied for field repair.
• Guardian interceptors exist because million-dollar missiles against $20,000 one-way drones is unsustainable math; the near-200 mph Guardian 1 claims hundreds of intercepts, and Guardian 2 adds radar-cued semi-autonomous launch.
• The closing lesson from two Ukraine-veteran pilots: about six hours in a simulator is enough to fly a real FPV — the host's first flight ends in one broken prop on a repairable airframe.

About this First Look video

US military FPV drones, shown hands-on by the company supplying them: Garand Thumb visits PowerUs for a walkthrough of the Matrix line — 3-inch room-clearing quads up to 10-inch long-range strike platforms — plus the first full on-camera look at the backpack-folding, 3D-printed Matrix Fold and the Guardian interceptors credited with hundreds of Shahed-drone intercepts in Ukraine. Between demos: why FPV drones now draw a claimed 70–80% of front-line casualties, why sub-$500 airframes reset the cost math against armor, and a first flying lesson from two Ukraine-veteran combat pilots.

Transcript: US military FPV