Last updated 3 November 2026

Aerovel vs Insitu

Two small tactical UAS makers from the same town in Washington state, with a founder in common by Wikipedia's account, owned by Airbus and Boeing respectively, and with Insitu subject to an announced acquisition agreement with Archer Aviation.

Aerovel and Insitu both build long-endurance small tactical uncrewed aircraft in Bingen, Washington, and the link is personal: Aerovel's founder Tad McGeer co-founded Insitu in 1992 before starting Aerovel in 2006, according to Wikipedia's account of the company (this site's Insitu profile records Insitu's founding as 1994; the two accounts are noted here, not reconciled). Insitu's ScanEagle is the catapult-launched, SkyHook-recovered platform that has accumulated more than 100,000 operational flight hours with US DoD and international customers. Aerovel's Flexrotor, now sold by Airbus as the U030, takes off and lands vertically from a 3.7 by 3.7 metre pad and carries a lower published endurance figure. Airbus Helicopters bought Aerovel in 2024; Boeing bought Insitu in 2008 and agreed in August 2026 to sell it to Archer Aviation. This page sets the two side by side on what their owners and the public record state.

Side By Side

AerovelInsitu
Founded2006 (Wikipedia)1994
HeadquartersBingen, Washington, USABingen, Washington, USA
OwnerAirbus Helicopters (agreement 15 January 2024; completion announced 7 May 2024); remains a US-owned company under Airbus' Special Security AgreementBoeing (acquired July 2008, $400 million); Archer Aviation agreed on 9 August 2026 to acquire Insitu, Wisk and SkyGrid from Boeing, subject to closing conditions
Flagship PlatformU030 Flexrotor, described by Airbus as a Group 2 small tactical VTOL UASScanEagle / ScanEagle 3; also Integrator and RQ-21A Blackjack
Launch and RecoveryVertical take-off and landing from a 3.7 m x 3.7 m (12 ft x 12 ft) area; about 30 minutes from box to flight at a repeat locationCatapult launch; SkyHook recovery
Maximum Take-off Weight25 kg (55 lb)Not recorded on this site's Insitu profile
Payload8 kg (18 lb) maximumNot recorded on this site's Insitu profile
Endurance12 to 15 hours typical (Airbus technical page); more than 12 to 14 hours in a typical operational configuration (Airbus releases)24 hours at 92 km/h (57 mph)
Propulsion28 cc two-stroke engine15 cc gasoline engine
Cumulative Operational Flight HoursNot stated in the Airbus pages read for this comparisonMore than 100,000 with US DoD and international customers
Recent Contracts and OrdersEMSA €30 million framework contract (announced 17 December 2025; two years plus two one-year options; operations began July 2026 in the Baltic); Drone Forge, six systems and 17 aircraft (June 2025); Garuda Technologies, up to 18 systems (March 2026); Voyageur Aviation, first Canadian order (July 2026)$84.5 million US award for RQ-21A and ScanEagle production
HeadcountMore than 30 at acquisition (May 2024) to over 100 (Airbus, September 2026)Not recorded on this site's Insitu profile

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THE BINGEN LINEAGE

The two companies share a town and, by Wikipedia's account, a founder: Tad McGeer co-founded Insitu in 1992 and was the architect of its Aerosonde, SeaScan and ScanEagle designs before founding Aerovel in 2006. Insitu grew into Boeing's small-UAS unit after the 2008 acquisition and is now part of the package Boeing agreed to sell to Archer Aviation in August 2026. Airbus Helicopters bought Aerovel in 2024, when Airbus put the headcount at more than 30; by September 2026 Airbus described the Bingen facility as having grown to a workforce of over 100.

The owners are the channels on record. Airbus says Aerovel remains a US-owned company and continues to work with the US Department of Defense under Airbus' Special Security Agreement, while Airbus Helicopters markets the aircraft internationally as the U030 Flexrotor, with the EMSA maritime surveillance contract in Europe, an Australian order through Drone Forge, a US-registered lessor with an Indian parent in Garuda Technologies and a first Canadian customer in Voyageur Aviation. Insitu's record on this site is US programme positions: its profile describes ScanEagle, Integrator and the RQ-21A Blackjack as embedded across US Navy, Marine Corps and Special Operations procurement.

VTOL VERSUS CATAPULT

The engineering difference is launch and recovery. ScanEagle needs a catapult to launch and a SkyHook to recover, per the Insitu profile. Flexrotor takes off and lands vertically on a 3.7 by 3.7 metre area and, per Airbus's technical page, goes from box to flight in about 30 minutes at a repeat location. Airbus describes it as an expeditionary UAS for land and sea operations.

The published endurance figures run the other way. Insitu's ScanEagle is recorded on this site at 24 hours at 92 km/h; Airbus gives the Flexrotor 12 to 15 hours typical endurance, with its releases citing more than 12 to 14 hours in a typical operational configuration. The two figures come from different sources (Airbus's technical page, and for ScanEagle the trade source cited on the Insitu profile) under unstated and possibly different conditions, so they are published figures, not a like-for-like test. On this comparison's reading, a buyer weighing the two is weighing recovery footprint against published endurance, and is also choosing an owner: Airbus Helicopters for Flexrotor, and for Insitu whatever Archer does with the business if the Boeing transaction completes.

When To Choose

Choose Aerovel if:

  • Vertical take-off and landing from a 3.7 by 3.7 metre pad, where ScanEagle uses a catapult and SkyHook
  • Maritime surveillance as a service: the EMSA framework contract is the reference case on record
  • Airbus Helicopters as the international channel, with the US entity kept US-owned under an SSA

Choose Insitu if:

  • Higher published endurance figure: 24 hours recorded for ScanEagle
  • US programme positions recorded on this site across Navy, Marine Corps and Special Operations
  • More than 100,000 operational flight hours as the fielded-record argument

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ABOUT THIS COMPARISON

Prepared by
Drone Intelligence
Last updated
3 November 2026
Sources
10 sources, listed above
Status
Figures are attributed to the sources listed above. Where the verdict is our own assessment, the text says so.
Corrections
Email editor@droneintelligence.ai with the page URL and the source you believe contradicts the claim.

Prepared under the Drone Intelligence methodology. Editorial decisions follow our editorial policy. Independence and disclosure standards at ethics.

CITE AS

“Aerovel vs Insitu” Drone Intelligence, 3 November 2026. https://droneintelligence.ai/compare/aerovel-vs-insitu

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