Skydio adds a fixed-wing drone that launches and lands without a ground crew

Why it matters

Skydio is taking its autonomy and dock-based operating model into fixed-wing flight, where longer-range inspection and response missions could broaden the business beyond quadcopters. Customer deployment is planned for 2027, so the launch is a product bet whose operational value still has to be proven in the field.

Skydio's first fixed-wing aircraft, the F10 Lightrunner, is designed to launch and land from a robotic dock without a ground crew, extending Skydio's autonomous-drone business beyond quadcopters. CEO and co-founder Adam Bry introduced it alongside the MegaDock and two software platforms at Skydio's Ascend conference on September 24th, according to Skydio's announcement on PR Newswire.

The aircraft is a return to a problem Bry was working on before Skydio existed. He and co-founder Abe Bachrach met as graduate students at MIT, where they worked on autonomous flight, then helped start Google's Project Wing before founding Skydio in 2014. Skydio's biography describes Bry as a former national champion in radio-controlled aerobatics and a member of MIT's autonomous-flight research program. A published paper by Bry and Bachrach also examined aggressive fixed-wing flight in GPS-denied environments. The F10 takes that long-running autonomy work into a product designed for routine operations outside a research lab.

A fixed-wing aircraft built around its dock

Skydio says the F10 can reach 100 mph and fly within a 30-mile radius. Skydio's announcement describes that radius as nearly 3,000 square miles of coverage from one launch site. The F10 product specifications list a maximum flight time of 120 minutes. These are company specifications; practical coverage will depend on operating conditions and the permissions required for each flight.

The central engineering proposition is the launch and recovery system. MegaDock uses a robotic arm and a suction-based gripper to launch and catch the aircraft. It can house up to five F10s and support concurrent missions, according to Skydio. That setup targets one of the logistical burdens of fixed-wing drone operations: getting the aircraft into the air and back on the ground without sending a crew to the site each time.

Skydio also places the F10's camera outside the rotor plane, a layout it calls SideEye, to keep the wing from obstructing the video. Its Foresight software plans and adjusts flight paths in real time, Skydio says. Skydio describes its Airspace Assurance System as handling collision avoidance and regulatory compliance during flights.

The aircraft is planned to deploy to customers in 2027. That timetable leaves a gap between unveiling the system and putting it into customer operations. Skydio's announcement does not specify a more precise deployment date.

Selling workflows as well as aircraft

The other major part of the launch is software. Asset Command is designed to import infrastructure records from geographic information systems and computerized maintenance management systems, then plan and route inspections. Skydio named AEP, Chevron, Dominion Energy and Southern Company as early development partners. Security Command is built to dispatch drones with live video for site-security teams.

Both products extend the model behind Skydio's existing DFR Command software for drone-as-first-responder programs. Skydio's strategy is legible: put the aircraft, dock, autonomy software and customer workflow into one operating system for organizations that need repeated missions. Asset inspection and security give Skydio use cases beyond emergency calls, while the dock reduces the labor needed to keep aircraft available. That is a strategy inferred from the product lineup, not a demonstrated customer result from the launch.

Skydio says Asset Command and Security Command are available for purchase starting at Ascend, with general availability planned for early 2027. Skydio did not provide prices in the announcement. Skydio separately introduced Controller 2, a hand-flown controller with a 7-inch sunlight-readable display, and a new Skydio Mobile App for secure live-video sharing. The announcement also lists ThermalBoost and Low-Light Enhance camera software updates, and says Skydio is rebuilding its Transparency Dashboard, which public-safety agencies use to publish flight and policy data, with expanded tools rolling out later this year.

From research program to production bet

Bry's path helps explain the product's shape. The founders' early work centered on aircraft that could navigate autonomously; Project Wing put that work into a delivery-drone effort; Skydio began in 2014 and built its business around autonomous drones for public safety and other critical industries. The F10 applies the same premise to a different airframe and longer-range missions, with a dock intended to make it usable without an on-site launch crew.

Skydio raised $110 million in a Series F round in April 2026 at a $4.4 billion valuation, according to its funding announcement. CEO Adam Bry said then that Skydio's capital needs were falling as its core business generated hundreds of millions of dollars in annual revenue; that revenue figure was Skydio's own claim. Skydio also said in April it planned to invest $3.5 billion in U.S. manufacturing, research and development, and supply chains over five years, according to its investment announcement. The F10 adds a new aircraft category to that expansion effort, while the Command software aims to make the fleet useful through repeatable customer operations.

The launch also arrives as U.S. regulators work toward broader beyond-visual-line-of-sight operations. The FAA's proposed rule, announced in August 2025, outlined a framework for such flights; it does not itself grant blanket authorization for every operator or mission. Skydio's long-range claims therefore describe the aircraft's intended reach, while deployment at scale will also depend on flight-specific approvals and operational constraints.

Skydio has built its case around autonomy. With the F10, Bry is applying that thesis to fixed-wing flight and betting that automating launch, recovery and mission planning can make the category practical for utilities and public-safety teams. The aircraft's 2027 customer deployment target will be the next test of that proposition.