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News, deep dives, and analysis — every VTOL story, newest first.

146

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Beats covered

Reporters on beat

Oct 10

Last updated

VTOL drone coverage tracks vertical takeoff and landing fixed-wing aircraft across defense programs, research competitions and industrial deployment, distinct from the pure rotor-based consumer drones covered elsewhere on the site.

Defense investment is currently the largest driver: the Navy put $50 million on Shield AI’s X-BAT while the Air Force watched, one of several VTOL programs competing for military contracts. DARPA is running its own benchmark for the technology: the Lift Challenge opened in Dayton with a prize rule that plans for failure, and early Lift Challenge results showed a conventional helicopter design beating experimental VTOL concepts at a 3.84:1 ratio, a genuinely useful data point on how far VTOL lift technology still has to go.

Industrial use is quieter but proven: Dominion Energy runs 50 drones on America’s power grid, leaning on VTOL range advantages for long linear infrastructure inspection that a pure rotor platform would struggle to cover efficiently.

eVTOL and the rest of the drone technology desk cover adjacent airframe categories. Every VTOL drone story is in the feed below.

Key facts

What this covers: Vertical takeoff and landing fixed-wing drones, covering defense programs, research competitions and industrial applications
The research benchmark: DARPA's Lift Challenge is actively testing which VTOL lift concepts actually outperform conventional helicopter designs
Industrial use case: VTOL drones are proving out on long-range infrastructure work like grid inspection, where fixed-wing range beats rotor-only endurance

Start here

Navy Puts $50 Million On Shield AI's X-BAT While The Air Force Watches — August 20, 2026
DARPA Pays Half As A Conventional Helicopter Wins The Lift Challenge At 3.84:1 — August 10, 2026
Dominion Energy Runs 50 Drones on America’s Grid — June 26, 2026

Last updated October 10, 2026 — the feed below updates with every new story.

Orange WingtraRAY tailsitter drone flying low over a sand quarry with green fields behind it

VTOL · Wingtra

Wingtra Ran 180 Simulations in Six Months to Design the RAY Drone

AirShaper says Wingtra simulated 180 WingtraRAY candidates in six months and gained 56% payload and 12% efficiency over the WingtraOne.

Haye KestelooOct 103 min read

White Airspection VTOL drone with wings and a tail rotor flying over a sandy beach with a row of offshore wind turbines on the horizon

BVLOS

Airspection Drone Skips the Boat on BVLOS Run to UK Wind Farm

Glasgow's Airspection flew a shore-launched drone 8.7 miles round trip to a Liverpool Bay wind farm beyond line of sight in the UK CAA's BVLOS sandbox.

Haye KestelooOct 6

Skydio

Skydio's 100 mph F10 Debuts at Ascend, Where 'Lobbying' Is Profanity

Skydio unveiled the dock-launched F10 Lightrunner at Ascend 2026. Its livestream chat also removed a comment about lobbying as profanity.

Haye KestelooSep 24

Wingcopter 262 VTOL drone in forward flight against a blue sky

Industry

Wingcopter 262: Delivery Drone Maker Launches 6-Hour Recon Drone

Wingcopter's all-electric 262 VTOL flies up to six hours and 93 miles at 22 pounds, and the German delivery company is lining it up for Ukraine.

Haye KestelooSep 15

Shield AI's X-BAT fighter drone standing tail-first on its launch trailer in a jungle clearing

Industry

Navy Puts $50 Million On Shield AI's X-BAT While The Air Force Watches

The Navy and Defense Innovation Unit are investing $50 million in Shield AI's X-BAT, a tail-landing fighter drone that has never flown. The Air Force is deliberately sitting this one out, and the hard part is the landing.

Haye KestelooAug 20

AVIDrone Katana unmanned helicopter drone hovering against a clear blue sky, showing its main rotor, long tail boom, tail rotor and four-legged landing gear

Technology

DARPA Pays Half As A Conventional Helicopter Wins The Lift Challenge At 3.84:1

Avidrone Inc. won the DARPA Lift Challenge at a 3.84:1 payload-to-weight ratio with the Katana, a conventional single-rotor helicopter, and because nobody reached 4:1, the half-prize clause DroneXL reported last week cut every podium payout in two. The result says as much about energy density and American drone policy as it does about lift.

Haye KestelooAug 10

Three DARPA Lift Challenge team members in red shirts carry a long tubular heavy-lift drone airframe across the grass field at the National Museum of the U.S. Air Force

Technology

DARPA Lift Challenge Opens In Dayton With A Prize Rule That Plans For Failure

More than 90 teams are flying the DARPA Lift Challenge at the National Museum of the U.S. Air Force through August 9, chasing a 4:1 payload-to-weight ratio for a share of $6.5 million. DARPA's own prize rules cut the top three awards in half if nobody clears 4:1, and the agency still has not resolved what the FCC Covered List means for the parts these American teams built with.

Haye KestelooAug 4

Rendering of a Sikorsky Nomad drone transitioning to land on the flight deck of a naval vessel at sea

Department of Defense

Sikorsky Nomad 100 Clears First DARPA EVADE Flight Tests

Sikorsky has completed the initial ground and flight test phase of its Nomad 100 tail-sitting drone for DARPA's EVADE program, sending the 18-foot hybrid-electric aircraft to a government facility for a more demanding multirole test campaign.

Rafael SuárezAug 4

Frequently asked questions

What is DARPA's Lift Challenge testing?

Competing lift concepts for VTOL aircraft against a conventional helicopter baseline. A conventional helicopter design beat experimental VTOL lift concepts at a 3.84:1 ratio in early results, a reminder that not every VTOL innovation beats existing rotorcraft, even in a competition designed to find one that does.

Is VTOL only a defense and research technology, or does it have commercial uses?

Both. Alongside defense programs like Shield AI's X-BAT, which the Navy put $50 million behind while the Air Force watched, VTOL platforms are proving useful for industrial work: Dominion Energy runs 50 VTOL-capable drones across America's power grid, using fixed-wing range to cover distances a pure rotorcraft can't handle as efficiently.

How is VTOL different from eVTOL on this site?

VTOL here covers vertical takeoff and landing fixed-wing drones broadly, gas or electric, used for defense, research and industrial missions. eVTOL specifically covers electric passenger-capable aircraft, including the emerging air taxi category, tracked as its own desk.

VTOL

Key facts

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Frequently asked questions

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