DJI Avata 360 vs Antigravity A1: which drone comes out on top?

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• How the Avata 360 is built: materials, size and durability
• Practical portability and everyday use
• Camera system and image performance: 360 video details
  • When to use single-lens mode
• Controls, goggles and flight experience
• Storage, data and file management
• Flight assistance, safety features and reliability
• Availability, regional restrictions and pricing landscape
• Who the Avata 360 is for: target users and buying considerations

DJI has finally entered the 360-degree drone market with the Avata 360, a model that blends the company’s signature build quality with full-sphere imaging. Enthusiasts who waited for DJI’s take on immersive aerial video now have a new option to weigh against the Antigravity A1 and other rivals.

How the Avata 360 is built: materials, size and durability

The Avata 360 keeps the familiar DJI aesthetic: a sturdy grey chassis, guarded propellers, and few exposed moving parts. Its frame feels closer in spirit to the Avata 2 than to lighter, foldable rivals.

• Dimensions: roughly 246 x 199 x 55.5 mm.
• Weight: about 455 grams, which affects regulatory status in some countries.
• Propeller mounting: three anchor points per motor, versus two on some other models.
• Accessories: removable lens protector for safer transport.

Compared with the Antigravity A1, DJI’s design trades portability for ruggedness. The A1 uses folding arms and unshielded blades to stay under stricter weight limits. The Avata 360, by contrast, looks built to withstand harder knocks.

That extra heft has a practical consequence: because it tips the scales above 250 grams, many owners will need to register it with aviation authorities such as the FAA.

Practical portability and everyday use

The Avata 360 is still compact enough to travel with, though packaging and carry options differ from the A1.

• Included sling bag: padded but limited in internal space.
• Carrying trade-offs: the Avata 360 won’t easily fit both a folded landing pad and certain headset models in the same bag.

For casual flyers who want minimal paperwork, the A1’s sub-250g mass is a selling point. Serious hobbyists and prosumers, however, may accept registration for better hardware and tougher construction.

Camera system and image performance: 360 video details

The Avata 360’s headline feature is its true 360-degree capture. It records up to 8K at 60fps when using both lenses for spherical footage. Reframing that footage into flat video reduces resolution to 4K in DJI’s app.

Key imaging differences to note:

• Dual-lens capture for full-sphere recording.
• Maximum 360 fps: 60fps at 8K on DJI, versus 30fps at 8K on the Antigravity A1.
• Sensor size: Avata 360 uses ~1/1.1-inch square CMOS sensors, slightly larger than the A1’s 1/1.28-inch units.

The larger sensors give the Avata 360 an edge in dynamic range and low-light scenes. That makes it a more attractive pick for prosumers who plan heavy post-production work or want smoother slow-motion clips.

360 capture changes the workflow. You shoot wide, then choose the framing later. This flexibility is powerful but adds steps in editing. DJI’s Fly app offers in-app reframing, trimming, keyframes, and filters to streamline that process.

When to use single-lens mode

The Avata 360 can switch to a single-lens mode for a traditional camera look. In that mode it delivers up to 4K at 60fps. Use single-lens capture when you need straightforward, ready-to-edit footage, or when storage and post-production time are limited.

Controls, goggles and flight experience

DJI offers multiple control options for the Avata 360. You can pilot it with the touchscreen-equipped DJI RC 2 or fly with immersive first-person view through DJI Goggles N3 paired with the RC Motion 3 controller.

• RC 2: standard dual-joystick remote plus on-board display.
• Goggles N3 + Motion 3: immersive FPV setup sold separately or in bundles.

The Antigravity A1 uses a headset and motion controller as its primary interface, which makes for a simpler, single-system experience. DJI’s choice, though more modular, gives pilots the freedom to mix and match controllers across DJI models.

Comfort and adjustments: the Avata 360’s goggles are roomy enough to fit over glasses, but they lack built-in diopter adjustments for prescription lenses. The A1 headset includes diopter and interpupillary distance adjustment.

Battery placement and ergonomics also differ. DJI balances the headset by mounting battery weight on the rear strap. Antigravity’s lightweight headset routes a battery via a wire, which keeps the front lighter but requires a neck-worn pack.

Storage, data and file management

Onboard storage is generous on the Avata 360, with about 42GB available compared to roughly 20GB on the A1. Both drones support microSD cards for extended recording runs.

• Large 360 files will fill storage quickly; plan for spare microSD cards.
• High frame rate 8K clips need fast cards and more post-processing horsepower.

Expect a workflow that includes transferring large files, reframing in DJI Fly, and exporting 4K sequences for final delivery.

Flight assistance, safety features and reliability

DJI integrates obstacle protection and automated return-to-home features, and the Avata 360’s guarded propellers add physical protection.

That said, users reported occasional off-centre landings during testing. This is not a catastrophic fault, but it suggests caution when relying solely on automated homing in confined areas.

Best practice: keep the drone in visual line of sight and clear a safe landing zone before flight. Manual intervention is the simplest safeguard against awkward auto-landings.

Availability, regional restrictions and pricing landscape

Global rollout for the Avata 360 started in April, but availability varies by market. In the U.S., sales are currently constrained, and DJI’s official channels may not list the product due to regulatory and political pressures.

This limited direct availability gives the Antigravity A1 a practical advantage for some U.S. buyers, despite other technical trade-offs.

• Australian pricing examples: AU$799 for the drone plus one battery.
• AU$1,159 includes the DJI RC 2 remote.
• Fly More Combo and Motion Fly More Combo add batteries, charger, bag, or the Goggles N3 and Motion 3 controller.
• Antigravity A1 base bundle pricing is higher in some markets.

Price comparisons will shift with local taxes, shipping, and third-party availability. For professionals seeking better image quality and robust hardware, the Avata 360’s pricing may feel justified.

Who the Avata 360 is for: target users and buying considerations

Consider these points before you buy:

1. If you need the lightest, regulation-free option, the Antigravity A1’s sub-250g mass wins.
2. If smoother 360 motion and better low-light handling matter, the Avata 360’s sensors and 60fps 8K are compelling.
3. If you already own DJI remotes or goggles, cross-compatibility simplifies adding the Avata 360 to your kit.
4. Regulatory steps and potential shipping hurdles may affect U.S. buyers more than those elsewhere.

In short: the Avata 360 targets prosumers and content creators who prize image quality and durability over absolute portability and minimal paperwork.