A 360 video drone carries a spherical camera that records every direction at once, so you pick the camera angle later in software instead of steering the shot mid-flight.
Fly one of these aircraft and the footage comes back as a full sphere — up, down, and everything beside you. Nothing gets framed on the spot, so the pilot’s job shifts from aiming a lens to being in the right place at the right time.
The term “360 drone” gets used loosely online, and some products sold under that label are cameras, not aircraft. Sorting out which is which saves you from buying the wrong thing.
How Does a 360 Drone Capture a Full Sphere?
Two wide-angle lenses on opposite sides each grab more than half the scene, and software stitches the overlapping frames into one seamless spherical file, which you view in a headset or reframe on a flat screen.
Where a normal drone demands a decision before every shot, this design defers it until you’re on the ground. Antigravity also notes the A1 transmits real-time data and lets you adjust shooting parameters mid-flight, so exposure and frame rate stay controllable while airborne.
What Separates a 360 Drone From a 360 Camera?
A 360 drone flies and captures aerials; a 360 camera captures only from wherever you mount or hold it. That distinction trips up plenty of shoppers, because the two product types sit next to each other in search results.
Osmo 360 does not fly — it mounts, it handhelds, it integrates with DJI’s magnetic quick-release ecosystem. If your goal is overhead coverage, a camera alone won’t get you there.
| Spec | Antigravity A1 | DJI Osmo 360 |
|---|---|---|
| Type | Flying 360 drone | 360 camera |
| Max 360 resolution | 8K30 | 8K (up to 50fps per DJI) |
| Sensor setup | Dual 1/1.28-inch | 1-inch 360° imaging |
| Weight | 249g with standard battery | Handheld, not an aircraft |
| Flight time | 24 min standard, 39 min high-capacity | Not applicable |
| Control style | Point-to-fly | Manual handheld or mounted |
| Stitching | Insta360 technology | Built into the camera |
Flying One: Weight Classes, Batteries, and Limits
Weight decides which rules apply, and on the A1 the battery moves you between classes.
- Point-to-fly controls replace most manual flight input.
- Payload detection watches for unauthorized modifications and can alter flight behavior if the payload changes.
- Battery choice determines your weight class, so don’t swap packs without checking local limits.
Pricing needs a caveat. Antigravity’s launch article said final pricing and regional availability would be announced closer to launch, so confirm current numbers on the official page. For the field compared side by side, our tested roundup of 360 video drones covers what’s worth flying. For current US specs and accessory compatibility, Antigravity’s A1 product page is the reference.
Reframing: Where the Real Work Happens
Most creative control happens after landing. Because the sphere holds every angle, you keyframe the view in editing software and export a normal flat video — a slow push toward a subject, a pan across a skyline, a tilt impossible to fly smoothly. Two consequences follow: framing mistakes stop being permanent, and storage and processing demands climb, since 8K spherical files are large and stitching takes real computing power. Plan for both before a full session. With FPV goggles the stitched sphere becomes immersive, so the flight feels like sitting inside the footage.
FAQs
Can a 360 drone shoot normal flat video?
Yes. Spherical footage gets reframed in software, and the export is a standard flat video in whatever resolution you choose. You keep one continuous take and decide camera angles afterward, which is why 360 drones appeal to pilots who would rather not commit to a shot mid-flight.
Do I need FPV goggles to fly one?
No, though goggles improve the experience. Antigravity’s launch materials show an immersive FPV goggles workflow as part of the A1 product experience, but the drone also flies with point-to-fly controls and standard live view. Goggles mainly add the feeling of being inside the sphere.
Why does battery choice change the rules that apply?
Because it changes total weight. Crossing that threshold moves the drone into a different regulatory class, so the pack you install directly affects where and how you can legally fly.
References & Sources
- Antigravity. “Antigravity A1” Official product page covering the A1’s 8K 360 capture, 249g weight, sensor system, flight times, and EU class claims.
- DJI. “Osmo 360” US product page listing 1-inch 360° imaging, native 8K 360° video, 120MP photos, and the magnetic quick-release ecosystem.
- DJI. “DJI Release Osmo 360” Launch announcement dated July 31, 2025, citing 8K/50fps 360° video and extended continuous recording.