Skydio F10 Lightrunner: Fixed-Wing Specs, Range and Cost

What the Skydio F10 Lightrunner Is

The Skydio F10 Lightrunner is a fixed-wing drone-as-first-responder (DFR) aircraft from Skydio, weighing 7 kg (15.43 lbs) with batteries. Skydio rates it at 100 mph, 120 minutes of flight, a 30-mile coverage radius, and 20 seconds from dock to airborne. It launches and lands robotically from a MegaDock that holds five F10s, and Skydio publishes no price for either the aircraft or the dock.

The airframe measures 57.8 in by 33.9 in by 7.7 in. Skydio's product line lists the X10, X10D, Dock for X10, R10 and F10 Lightrunner, and the F10 is a fixed-wing aircraft.

Skydio says the F10 flies day or night and in moderate rain.

Why a Fixed Wing Changes the Coverage Math

A 30-mile radius at 100 mph puts the edge of the Skydio F10's coverage circle 18 minutes from the dock at top speed. The arithmetic is 30 miles divided by 100 mph, which is 0.3 hours, or 18 minutes. Add the 20 seconds Skydio quotes from dock to airborne, and the outer ring of the circle sits about 18 minutes and 20 seconds away.

Skydio advertises 2,800 square miles of coverage. Pi times 30 squared comes to about 2,827 square miles, close to Skydio's figure.

Endurance sets how long the aircraft can stay once it gets there. A round trip to the 30-mile edge at 100 mph uses 36 minutes, which leaves 84 of the 120 minutes for time over the scene. Treat that as a ceiling on paper: Skydio defines top speed as the lower of ground speed and airspeed at sea level.

Altitude matters for the same reason. Skydio lists a maximum service ceiling of 11,000 ft (3,352 m) density altitude, and a recharge from 10% to 90% takes 45 minutes. A department above that density altitude would be outside the published envelope.

RTOL and MegaDock Remove the Drive to a Launch Site

Robotic Takeoff and Landing (RTOL) means the F10 launches, is caught and recharges without a ground crew. Skydio says MegaDock keeps the aircraft charged and ready to launch in seconds in all weather.

MegaDock houses up to five F10s, and three of them can be airborne while two charge and stand by. With two F10s, Skydio says teams keep continuous coverage through automatic handoff, where one aircraft returns while another takes over. Skydio limits that claim to applicable range and operating conditions, so the handoff is not promised at every distance or in every weather.

A 45-minute charge from 10% to 90% fits inside one 120-minute sortie on paper. The operator's job shrinks to choosing a destination or a subject. Skydio says the F10 then plans the path and flies the maneuver.

Four named autonomy features carry that work:

• Pathfinder plans the fastest route around buildings, geofences, flight policies and airspace restrictions, adjusts altitude with terrain, and stays on course if connectivity drops.
• Foresight fuses aircraft state, environmental data and obstacle information in real time to adapt the flight path.
• Skydio Airspace Assurance System (SAAS) is designed to keep each flight compliant with regulations and policies and to avoid aircraft collisions automatically.
• Shadow keeps pace with a subject, follows through turns, and reacquires the subject after it passes behind an obstruction.

Three Wingtip Cameras and What Each One Does

The Skydio F10 carries three wingtip-mounted cameras: a telephoto, a narrow-field camera, and an F10-optimized telephoto thermal camera. Skydio calls the layout SideEye: the camera is moved off-center and outside the rotor plane, keeping the wing out of the frame. Skydio says that layout keeps the subject in view through every maneuver.

The telephoto has a 190 mm equivalent lens and a 13 degree field of view. The narrow camera has a 50 degree view and a 9248 x 6944 max photo. The thermal camera, a FLIR Boson+ uncooled microbolometer, measures temperatures from -40 to 150 C (-40 to 350 C in low gain) with accuracy of the larger of 5 C or 5%.

Obstacle Sensing Range Sets the Reaction Window

The F10's six navigation cameras sense obstacles out to 100 m (328 ft) ahead and 20 m (65 ft) above and below. They use 50MP sensors in a binocular layout at the front, top and bottom, seeing visible and infrared light.

Top speed turns the forward range into time. At 44 m/s, 100 m of sensing range gives about 2.3 seconds before the aircraft reaches an obstacle it has just detected. The bank angle for obstacle avoidance rises to 65 degrees from the 60 degrees used in normal flight, which is the extra turn Skydio allows for that maneuver.

The range above and below is shorter, at 20 m. The F10 technical specifications publish that coverage as "Daytime True 360". Skydio also says the aircraft flies day or night, so a night program plans around obstacle avoidance specified for daytime.

Part 107 Category 3 Splits Forward Flight From Hover

The Skydio F10 is eligible for Federal Aviation Administration (FAA) Part 107 Category 3 while in forward flight, and it is not Part 107 Category 3 compliant while in hover. That is Skydio's exact wording on the specification page. Any summary that calls the F10 simply approved for flight over people drops the hover exception.

In practice the split follows how the aircraft is flying. A pass or orbit in forward flight sits inside the published eligibility. Holding a stationary hover above people does not.

The F10 carries an integrated parachute. Skydio says it is designed to meet flight-over-people requirements with no retrofit or added hardware. It deploys from 150 ft (45 m) above ground level (AGL) at speeds up to 100 mph, fired by two nitrogen cartridges.

Deployment happens automatically on a flight failure, or manually from the controller, Ops Center or DFR Command. Below 150 ft AGL the parachute is outside its published deployment range.

Security Posture Includes an Unencrypted SD Card

The Skydio F10 is compliant with the National Defense Authorization Act (NDAA), and Skydio describes itself as designed, assembled and supported in the USA. Readers comparing domestic suppliers can see how that claim sits against others on our American-made drones page.

Encryption differs by link. Connect SL, used for launch and landing, runs AES-256. Connect 5G runs AES-128. The root of trust is a hardware security module injected at manufacturing, with secure boot and AES-256 encrypted, signed and verified updates.

Internal disk storage is encrypted, and SD cards are not. An operator has to plan around that gap. Write the F10's removable cards into your agency's own chain-of-custody and data-handling rules as unprotected media. Connect Fusion+ combines two cellular connections for command, control and live video on long missions, and media offload over Connect SL uses WiFi6.

Skydio F10 Cost and the Limits Skydio Does Publish

Skydio publishes no price, list price or price range for the F10 or for MegaDock. Any figure for the aircraft has to come as a quote, and the Skydio F10 page is the starting point for that request. No estimate appears here, because none exists in Skydio's published material.

Skydio does publish operating limits. Autonomous launch and landing are rated to winds of 27 mph (12 m/s). The aircraft carries an IP55 ingress protection rating, operates from -20 to 55 C (-4 to 131 F) measured at MegaDock, and has a 1,000-hour propeller lifetime.

Skydio itself is privately held, with no initial public offering announced. Its newsroom reported a $110 million Series F in April 2026, led by existing investors, at a $4.4 billion valuation. No unit-delivery count, named customer or contract award for the F10 appears in Skydio's published F10 material.

Where the F10 Is the Wrong Aircraft

The F10 is the wrong pick for a site where launch and landing winds regularly exceed 27 mph, because that is the published limit for autonomous launch and recovery. It is also the wrong pick for a job built on holding a hover over people, since hover sits outside Part 107 Category 3 compliance. Our fixed-wing vs multirotor drones comparison sets out that trade.

Two changes would move this read. Skydio publishing Category 3 compliance in hover would remove the hover restriction. A published price for the F10 and MegaDock would let a buyer cost the 2,800-square-mile coverage claim against a fleet of smaller aircraft.

For the wider field, see our fixed-wing drones overview and the DJI vs Skydio comparison. Next step: read the Skydio F10 technical specs page and check the 27 mph wind limit and the hover exception against your own response area before asking Skydio for an F10 quote.