Drones

Antigravity A1 vs DJI Avata 360

Antigravity A1 and DJI Avata 360 are immersive 360 camera drones built for creators who want to fly first and reframe footage later. Antigravity A1 focuses on a lighter sub-250g standard-battery design, headset-first point-to-fly control, and longer optional flight time, while DJI Avata 360 brings stronger official imaging specs, 8K/60fps 360 video, omnidirectional sensing, O4+ transmission, and a heavier 455g aircraft.

Last updated: August 14, 2026

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Antigravity

Antigravity A1

A lightweight 8K 360 drone built for immersive first-person flying, point-to-fly control, creative reframing, simple training, and travel-friendly aerial capture.

DJI

DJI Avata 360

A 360 FPV camera drone built for higher-frame-rate 8K capture, stronger obstacle sensing, long-range O4+ transmission, internal storage, and advanced DJI flight control.

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Specifications

FeatureAntigravity A1DJI Avata 360

Best forSub-250g standard-battery flying, point-to-fly control, headset-first immersion, longer optional flight time8K/60 360 capture, stronger sensing, longer FCC transmission range, higher-resolution photos

Official US priceStandard Bundle US$1,279 sale / US$1,599 list — checked June 2026Drone only $479; Fly More Combo $979 — djiusa.com and authorized US retailers (B&H Photo), checked June 2026

Product type8K 360 camera drone8K 360 FPV camera drone

Takeoff weight249g with Flight Battery; 291g with High-Capacity Flight BatteryApprox. 455g

ClassEU C0 with standard battery; EU C1 with high-capacity batteryC1 (EU)

DimensionsFolded: 141.3 x 96.2 x 81.4mm; unfolded: 308.6 x 382.3 x 89.2mm246 x 199 x 55.5mm

Max flight time24 minutes with Flight Battery; 39 minutes with High-Capacity Flight BatteryApprox. 23 minutes

Max hovering timeNot officially specifiedApprox. 22 minutes

Max flight distance per charge13km with Flight Battery; 23km with High-Capacity Flight Battery13.5km

Max transmission distance10km FCC; 8km SRRC; 6km CE; 4km MIC20km FCC; 10km CE/SRRC/MIC

Video transmission systemOmniLink 360O4+

Live view quality2K at 30fpsSingle Lens: 1080p up to 100fps; 360 mode: 1080p up to 60fps

Max horizontal speed16m/s Sport; 12m/s Normal; 3m/s Cine18m/s Sport; 16m/s Normal; 6m/s Cine

Max ascent speed8m/s Sport; 6m/s Normal; 3m/s Cine10m/s Sport; 6m/s Normal; 2m/s Cine

Max descent speed8m/s Sport; 6m/s Normal; 3m/s Cine10m/s Sport; 6m/s Normal; 1.5m/s Cine

Wind resistance10.7m/s Level 510.7m/s Level 5

Max takeoff altitude4,000m with Flight Battery; 3,000m with High-Capacity Flight Battery4,500m

GNSSGPS + Galileo + BeidouGPS + Galileo + BeiDou

Operating temperature-10°C to 40°C-10°C to 40°C

Internal storage20GB42GB

microSD supportmicroSD up to 1TBRecommended microSD cards listed up to 1TB

Image sensor1/1.28-inchTwo 1/1.1-inch square CMOS sensors (1-inch equivalent in 360° mode); 64MP effective pixels per sensor

LensAperture F2.2200° FOV; 7.8mm equivalent; 2.5mm focal length; f/1.9; fixed focus

360 video resolution8K 7680 x 3840 at 30/25/24fps; 5.2K at up to 60fps; 4K at 100fps8K 7680 x 3840 at 60/50/48/30/25/24fps; 6K at up to 60fps

Single-lens videoNot officially specified4K 4:3 and 16:9 up to 60fps; 2.7K 4:3 and 16:9 up to 120fps

Photo resolution55MP or 14MP30MP/8K 360 photos or 120MP/16K 360 photos

Max image size10496 x 524815520 x 7760

Photo formatINSP exported through Antigravity App or Studio; DNGJPEG/DNG RAW

Video formatINSV exported through Antigravity App or StudioOSV/MP4 (H.265)

Video encodingH.264, H.265H.265

Max video bitrate170Mbps180Mbps

Color modesNot officially specifiedNormal, D-Log M

StabilizationNot officially specifiedSingle-axis mechanical gimbal, 360° virtual gimbal; RockSteady 3.0/HorizonBalancing in listed modes

Sensing typeForward and downward vision sensors with bottom infrared sensorsOmnidirectional vision system with forward-facing LiDAR and bottom infrared sensor

Forward sensing0.5-18m; 93° horizontal / 104° vertical FOV0.5-20m; 90° horizontal / 90° vertical FOV

Downward sensing0.3-7.5m3D ToF effective measurement height 10m; measurement range 0.5-20m

Battery capacity2360mAh Flight Battery; 4345mAh High-Capacity Battery>=2700mAh

Battery energy16.9Wh Flight Battery; 31.1Wh High-Capacity Battery>=38.67Wh

Battery typeLi-ion 2SLi-ion

Charging timeApprox. 45 min via hub / 58 min in drone with Flight BatteryApprox. 47 min 0-100% via 100W hub; approx. 73 min 0-100% direct in drone

Recommended chargerAntigravity 65W GaN Fast ChargerDJI 65W Portable Charger or DJI 100W USB-C Power Adapter

Wi-Fi802.11 a/b/g/n/ac802.11 a/b/g/n/ac/ax

BluetoothBluetooth 5.0Bluetooth 5.4

Antennas4 antennas, 2T2R4 antennas, 2T4R

File systemexFATexFAT

Controller / gogglesVision Goggles and Grip Motion Controller central to A1 setupCompatible modes list DJI Goggles 3/N3, RC Motion 3, FPV Remote Controller 3, RC 2/RC-N2/RC-N3

Water resistanceNot waterproofNot officially specified

Pros & Cons

Antigravity A1 — Pros

✓Standard-battery takeoff weight is listed at 249g, while DJI Avata 360 is listed at approximately 455g.

✓Max flight time is listed at 24 minutes with the standard battery and 39 minutes with the high-capacity battery.

✓Standard Bundle is priced at $1,279 on Antigravity's US store and includes the drone, goggles, grip motion controller, battery, carry case, and spare propellers, while DJI Avata 360's comparable bundle requires separate goggles and controller purchases on top of the base $479 price.

✓Point-to-fly control and Vision Goggles are central to the product rather than optional add-ons.

✓The official specs list 20GB internal storage and microSD support up to 1TB.

✓Replaceable lenses, retractable landing gear, Auto Return to Home, payload detection, and simulator training make it approachable for new 360 drone pilots.

Antigravity A1 — Cons

✕8K 360 video tops out at 30fps, while DJI Avata 360 lists 8K 360 video up to 60fps.

✕Uses a 1/1.28-inch image sensor, while DJI Avata 360 lists two 1/1.1-inch square CMOS sensors (equivalent to 1-inch imaging area in 360° capture mode).

✕Sensing is forward and downward only, while DJI Avata 360 lists omnidirectional vision sensing with LiDAR support.

✕FCC transmission distance is listed at 10km, compared with DJI Avata 360’s 20km FCC transmission claim.

✕Internal storage is 20GB, compared with 42GB on DJI Avata 360.

✕High-capacity battery increases takeoff weight to 291g, which removes the standard-battery sub-250g advantage.

DJI Avata 360 — Pros

✓Records 8K 360 video up to 60fps, ahead of Antigravity A1’s 8K 30fps maximum.

✓Uses two 1/1.1-inch square CMOS sensors (equivalent to 1-inch imaging area in 360° capture mode) with 64MP effective pixels per sensor.

✓Lists omnidirectional vision sensing supplemented by forward-facing LiDAR and a bottom infrared sensor.

✓FCC transmission distance is listed at 20km, compared with 10km on Antigravity A1.

✓Includes 42GB internal storage, more than A1’s 20GB.

✓Supports 120MP 360 photos, DNG RAW, D-Log M, O4+ transmission, Wi-Fi 6, and Bluetooth 5.4.

DJI Avata 360 — Cons

✕Takeoff weight is approximately 455g, so it is much heavier than Antigravity A1 with the standard battery.

✕Max flight time is listed at approximately 23 minutes, behind A1's 24-minute standard-battery and 39-minute high-capacity claims.

✕Drone-only configuration starts at $479 via authorized US retailers, but compatible goggles and motion controller are sold separately; building a complete immersive flying setup adds significant cost on top of the base price.

✕Dimensions are larger than A1's folded travel size.

✕No bundled flight simulator or practice mode is listed in the official DJI Avata 360 feature set, unlike Antigravity A1 which includes a simulator for training before first outdoor flights.

✕It is less focused on the sub-250g beginner-friendly ownership story that helps define Antigravity A1.

Where it shines

✦Capture 8K 360 footage without deciding the final camera angle during flight.

✦Fly with Vision Goggles and a Grip Motion Controller instead of a conventional dual-stick setup.

✦Carry a 249g drone with the standard battery when local rules favor sub-250g aircraft.

✦Use the high-capacity battery when longer creative flights matter more than sub-250g weight.

✦Reframe footage after landing for vertical, horizontal, forward, rear, top-down, or Tiny Planet-style edits.

✦Train with the flight simulator before flying outdoors for the first time.

✦Use Auto Edit, Sky Genie, Deep Track, and one-flight-multiple-angle workflows for quick social clips.

✦Fly with a compact bundled setup that officially includes the drone, goggles, motion controller, battery, case, and spare propellers in the Standard Bundle.

Where it shines

✦Record 8K 360 video at up to 60fps for smoother immersive footage.

✦Use D-Log M when you want more flexible color grading than basic normal color footage.

✦Fly with O4+ transmission in open areas where the longer FCC transmission claim matters.

✦Rely on omnidirectional vision sensing, forward-facing LiDAR, and a bottom infrared sensor for stronger situational awareness.

✦Capture 120MP 360 photos for high-resolution spherical stills.

✦Use 42GB internal storage before adding a recommended microSD card.

✦Fly with DJI controllers and goggles listed as compatible in the official specs.

✦Choose a heavier 360 drone when imaging hardware and obstacle sensing matter more than sub-250g portability.

⚖️

Our Verdict

Antigravity A1 is the better fit if you want a lighter, more approachable 360 drone with an all-inclusive Standard Bundle at $1,279, sub-250g standard-battery takeoff weight, point-to-fly controls, and the option of much longer flight time with a high-capacity battery. Its biggest advantages are portability, beginner-friendly immersion, and the fact that the drone, goggles, controller, case, and spare propellers are bundled together from the start. DJI Avata 360 is the stronger technical camera drone if you prioritize imaging hardware, 8K/60fps 360 video, 120MP 360 photos, O4+ transmission, 20km FCC range, and omnidirectional sensing with LiDAR support. The main tradeoff is that DJI Avata 360 is much heavier than A1 with the standard battery, and goggles and motion controller cost extra on top of the $479 drone-only base price. Choose Antigravity A1 for travel-friendly immersive flying and a complete out-of-box experience; choose DJI Avata 360 for stronger official specs and higher-end 360 capture performance.

Which One Should You Choose?

Choose Antigravity A1 if...

→You want the lighter 249g standard-battery drone.

→You want an all-inclusive bundle at $1,279 that covers the drone, goggles, controller, carry case, and spare propellers without separate add-on purchases.

→You prefer point-to-fly control over a more conventional drone-control setup.

→You want Vision Goggles and a Grip Motion Controller as part of the core experience.

→You value up to 39 minutes of flight time with the high-capacity battery.

→You mostly want 8K 360 reframing for social, travel, and casual creative footage.

→You want a flight simulator before taking the drone outside.

→You care more about portability and beginner-friendly immersion than 8K/60fps recording.

→You are fine with forward and downward sensing instead of omnidirectional sensing.

Choose DJI Avata 360 if...

→You want 8K 360 video at up to 60fps.

→You want larger official camera sensors and 64MP effective pixels per sensor.

→You want omnidirectional vision sensing with LiDAR support.

→You want 20km FCC transmission range instead of 10km.

→You want 42GB internal storage before adding a microSD card.

→You want 120MP 360 still photos and DNG RAW support.

→You are already invested in DJI goggles, controllers, or the DJI flight ecosystem.

→You are comfortable with a heavier 455g aircraft.

→You are not in a sub-250g regulatory zone and weight class does not restrict where or how you fly.

Frequently Asked Questions

Q: Antigravity A1 vs DJI Avata 360: which is better?

A: DJI Avata 360 has the stronger official technical spec sheet, especially for 8K/60fps 360 video, sensing, and transmission range. Antigravity A1 is better if you want a lighter sub-250g standard-battery drone with a simpler bundled flying experience and clearer official US pricing.

Q: What is the main difference between Antigravity A1 and DJI Avata 360?

A: The main difference is the balance between portability and technical performance. Antigravity A1 focuses on 249g standard-battery flying, Vision Goggles, point-to-fly control, and longer optional battery life, while DJI Avata 360 focuses on 8K/60fps capture, omnidirectional sensing, O4+ transmission, and stronger imaging specs.

Q: Which drone records better 360 video, Antigravity A1 or DJI Avata 360?

A: DJI Avata 360 has the better official 360 video spec because it records 8K at up to 60fps. Antigravity A1 records 8K 360 video at up to 30fps, plus 5.2K up to 60fps and 4K up to 100fps.

Q: Which drone is lighter, Antigravity A1 or DJI Avata 360?

A: Antigravity A1 is much lighter with its standard flight battery at 249g. DJI Avata 360 is listed at approximately 455g, while A1 rises to 291g when using the high-capacity battery.

Q: Which drone has longer flight time?

A: Antigravity A1 has the longer official maximum flight time claim: 24 minutes with the standard battery and 39 minutes with the high-capacity battery. DJI Avata 360 is listed at approximately 23 minutes of max flight time.

Q: Which drone has better obstacle sensing?

A: DJI Avata 360 has the stronger official sensing setup. It lists an omnidirectional vision system supplemented by forward-facing LiDAR and a bottom infrared sensor, while Antigravity A1 lists forward and downward vision sensors with bottom infrared sensors.

Q: Which drone has longer transmission range?

A: DJI Avata 360 has the longer FCC transmission claim at 20km. Antigravity A1 lists up to 10km under FCC conditions.

Q: Is Antigravity A1 better for beginners than DJI Avata 360?

A: Antigravity A1 may be easier for beginners who want point-to-fly control, goggles-first flying, simulator practice, and a lighter standard-battery drone. DJI Avata 360 is still technically stronger, but its heavier aircraft and unclear checked US pricing make it less straightforward for casual buyers.

Q: Is DJI Avata 360 worth waiting for over Antigravity A1?

A: Yes, if your priority is 8K/60fps 360 capture, stronger obstacle sensing, longer transmission range, and DJI ecosystem compatibility. If you want a known US bundle price and a lighter standard-battery 360 drone now, Antigravity A1 is easier to recommend.

Q: Which should I buy in 2026, Antigravity A1 or DJI Avata 360?

A: Buy Antigravity A1 if you want the lighter and more approachable immersive 360 drone with an all-inclusive Standard Bundle at $1,279 covering the drone, goggles, controller, and accessories. Buy DJI Avata 360 if you want stronger official camera specs, 8K/60fps 360 video, omnidirectional sensing, and longer transmission range, and are comfortable sourcing goggles and a controller separately on top of the $479 drone-only base price.

Sources & References

Prices, features and specifications in this comparison were verified from official sources.

Last verified: August 2026

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