1 23 Minutes of Flight Time
DJI Avata 360 offers up to 23 minutes of flight time and supports PD fast charging as well as parallel charging via the charging hub, allowing you to recharge and take to the skies again in no time.
2 Omnidirectional Obstacle Avoidance & Integrated Propeller Guards
DJI Avata 360 is equipped with a forward-facing LiDAR, enabling night-grade omnidirectional active obstacle avoidance in panoramic shooting mode, allowing you to track moving subjects without fear of obstacles. The integrated propeller guards further enhance flight safety, giving you peace of mind while capturing your shots.
3 Wi-Fi 6 High-Speed Transmission
Without needing to remove the Avata 360, the DJI Fly app can wake up the aircraft within Bluetooth range and download footage at speeds of up to 100MB/s—transferring 1GB of material in just 10 seconds to speed up your creative workflow. Even if you switch apps during the transfer, downloads continue smoothly in the background.
More Powerful Video Transmission, More Immersive Flight
DJI O4+ video transmission system features strong anti-interference capabilities, supporting 1080p/60fps high-definition, high-frame-rate video transmission with a range of up to 20 km. The built-in enhanced video transmission module ensures a more stable signal via 4G networks when used with compatible remote controllers such as the RC 2, RC-N2, and RC-N3, delivering a smoother flying experience.
One Shoot, Endless Creative Framing Possibilities
With just one flight, you can capture a full 360° panoramic view. During editing, you can freely switch perspectives, allowing a single clip to unlock multiple creative possibilities.
Omnidirectional Obstacle Avoidance & Integrated Propeller Guards
DJI Avata 360 is equipped with a forward-facing LiDAR, enabling night-grade omnidirectional active obstacle avoidance in panoramic shooting mode, allowing you to track moving subjects without fear of obstacles. The integrated propeller guards further enhance flight safety, giving you peace of mind while capturing your shots.
Effortless Tracking, Ready-to-Use Footage with No Editing Needed
Two Control Modes, Balancing Fun and Creative Flexibility
Achieve more precise camera movements with the RC 2 remote controller, helping you refine your creative vision. Alternatively, pair the Goggles 3/N3 with the Motion Controller 3 for an immersive flying experience—with head tracking enabled, the view moves as you turn your head, making you feel as though you're in the cockpit, right in the heart of the action.
1-Inch Flagship Imaging, 8K/60fps HDR Video
Rotate Freely, Unlimited Field of View
Built-in Enhanced Video Transmission
DJI Avata 360 features a built-in enhanced video transmission module, which, when used with compatible remote controllers such as the RC 2, RC-N2, and RC-N3, leverages 4G networks for a more stable signal, delivering a smoother flying experience.
Dual-Channel Color High-Definition Video Transmission
Technical Parameters
Aircraft
- Take-off weight
Approximately 455 grams
- size
It measures 246mm in length, 199mm in width, and 55.5mm in height
- Maximum ascent speed
2 m/s (Steady)
6 m/s (Normal)
10 m/s (Sport)
- Maximum descent velocity
- 1.5 m/s (Steady)
6 m/s (Normal)
10 m/s (Motion Gear)
- Maximum horizontal flight speed
6 m/s (Steady)
16 m/s* (Normal)
18 m/s (Sport)
This data is measured in the wind tunnel experimental environment: Under the equivalent sea level/windless environment, the aircraft rises vertically to 1.5 meters above the ground before flying. Under different external environments, usage methods, and firmware versions, the results may vary to varying degrees, please refer to the actual experience.
* Normal gear defaults to a maximum of 12 m/s, which can be adjusted to a maximum of 16 m/s in the settings.
- Maximum take-off altitude
4500 m
In a windless environment, take off at an altitude of 4500 meters, climb vertically for 500 meters, and fly in motion to the remaining 20% battery, for reference only, please pay attention to the prompts on the image transmission interface when actually flying.
- Maximum flight time
Approximately 23 minutes
This data is measured in the wind tunnel experimental environment: under the equivalent sea level/no wind environment, the aircraft obstacle avoidance behavior is set to brake, the camera is set to photo mode, and it flies forward at a speed of 21.6 km/h until the battery is exhausted and forced to land. Under different external environments, usage methods, and firmware versions, the results may vary to varying degrees, please refer to the actual experience.
- Maximum hover time
Approximately 22 minutes
In a windless environment, the aircraft obstacle avoidance behavior is set to brake, the camera is set to photo mode, hovering at sea level altitude until the battery runs out and forced landing, for reference only, please pay attention to the APP prompts when actually flying. Under different external environments, usage methods, and firmware versions, the results may vary to varying degrees, please refer to the actual experience.
- Maximum range
13.5 km
This data is measured in the wind tunnel experimental environment: under the equivalent sea level/no wind environment, the aircraft obstacle avoidance behavior is set to brake, the camera is set to photo mode, and it flies forward at a speed of 39.6 km/h until the battery is exhausted and forced to land. Under different external environments, usage methods, and firmware versions, the results may vary to varying degrees, please refer to the actual experience.
- Maximum wind resistance speed
10.7 m/s (Level 5 wind)
- Maximum tiltable angle
48°
- Operating ambient temperature
-10°C to 40°C
- Satellite navigation system
GPS + Galileo + BeiDouHover precision
- Vertical:
±0.1 m (when visual positioning is working properly)
±0.5 m (when satellite positioning is working properly)
±0.3 m/3 min (ETK is working properly)
Level:
±0.3 m (when visual positioning is working properly)
±1.5 m (when satellite positioning is working properly)
±0.3 m/3 min (ETK is working properly)
- Onboard memory
42GB
- classify
EU C1
Camera
Image sensor
Dual 1/1.1-inch square CMOS with 64 million effective pixels per sensor
Dual 1/1.1-inch square CMOS with 64 million effective pixels per sensor
lens
Viewing Angle (FOV): 200°
Equivalent focal length: 7.8 mm
Actual focal length: 2.5 mm
Aperture: f/1.9
Focus mode: FF
Focal Range: 1.5 m to infinity
ISO range
Panoramic video:
8K@60/50/48fps: 100 to 12800 (Normal Color/D-Log M)
8K@30/25/24fps: 100 to 25600 (normal color), 100 to 12800 (D-Log M)
6K@60/50/48/30/25/24fps: 100 to 25600 (normal color), 100 to 12800 (D-Log M)
Panoramic photos: 100 to 6400
Single-lens recording: 100 to 12800
shutter speed
Recording: 1/8000 sec to 1/25 sec
Photo: 1/8000 sec to 1/30 sec
Photo shooting mode and parameters
Single shot: 30 million pixels* or 120 million pixels in panorama mode**
* The resolution of the 30 million pixels/8K panorama photo is 7776×3888 (30 million pixels) in JPEG format and 7680×3840 (29.49 million pixels) in DNG format.
** 120 million pixels/16K panorama photo with a resolution of 15520×7760 (120 million pixels) in JPEG format and 15360×7680 (118 million pixels) in DNG format.
Maximum photo size
Panoramic photo: 15520 × 7760
Image format
JPEG/DNG（RAW）
Video resolution
Panoramic video:
8K（2:1）：7680 × 3840@60/50/48/30/25/24fps
6K（2:1）：6000 × 3000@60/50/48/30/25/24fps
Single Lens Video:
4K（4:3）*：3840 × 2880@60/50/48/30/25/24fps
4K（16:9）：3840 × 2160@60/50/48/30/25/24fps
2.7K（4:3）*：2688 × 2016@120/100/60/50/48/30/25/24fps
2.7K（16:9）：2688 × 1512@120/100/60/50/48/30/25/24fps
* Only supported when used with Goggles 3/N3 and with Joystick 3 or FPV Remote Control 3.
Video format
OSV/MP4（H.265）
Video maximum bitrate
180Mbps
Color mode
Normal mode
D-Log M mode
Electronic stability
In single-lens mode:
RC 2/RC-N2/RC-N3 Aerial Remote Control: Only RockSteady 3.0 is supported.
If using Goggles 3/N3 and controlled via Joystick 3 or FPV Remote Control 3: Supports switching between Super Stabilization 3.0 and HorizonBalancing
Shooting perspective
In single-lens mode:
If using RC 2/RC-N2/RC-N3 aerial remote control: Everyday wide-angle
If you are using Goggles 3/N3 and control via Joystick 3 or FPV Remote Control3: Standard Viewing Angle/Wide-Angle/Everyday Wide-Angle
File system support
exFAT
Gimbal
Stabilization system
Single-axis mechanical head (pitch shaft)
Panoramic virtual gimbal
Single-axis mechanical head (pitch shaft)
Panoramic virtual gimbal
Scope of structural design
Pitch: -95° to 173°
Controllable rotation range
Single-axis mechanical head:
Pitch:
-30° to 60° (when using RC 2/RC-N2/RC-N3 aerial remote control)
-60° to 60° (when using Goggles 3/N3 and controlled by Walkthrough Stick 3 or FPV Remote Control 3)
Panoramic virtual gimbal:
Pitch: -180° to 180°
Roll: -180° to 180°
Maximum control speed
Single-axis mechanical head:
Pitch: 100°/s
Panoramic virtual gimbal:
Pitch: 100°/s
Roll: 100°/s
Angular jitter
Single-axis mechanical head:
±0.01°
perceive
Perception system type
omnidirectional vision system, with downward infrared sensing system and forward-looking lidar
omnidirectional vision system, with downward infrared sensing system and forward-looking lidar
Forward view
Detection range: 0.5 m to 20 m
Viewing Angle (FOV): 90° horizontal, 90° vertical
backsight
Ranging range: 0.5 m to 18 m
Side
Ranging range: 0.5 m to 18 m
Look up
Ranging range: 0.5 m to 18 m
Look down
3D ToF effective measurement height: 10 meters
Precise hover height range: 0.3 m to 10 m
3D ToF Viewing Angle (FOV): 60° horizontal, 60° vertical
Ranging range: 0.5 m to 20 m
Viewing Angle (FOV): 90° horizontal, 90° vertical
Efficient use of the environment
The surface is diffuse reflective material, the surface texture is rich, and the reflectivity is greater than 20% (such as cement pavement, etc.)
Sufficient lighting conditions (greater than 1 lux, normal indoor fluorescent lighting environment)
Illustration
Picture transmission plan
O4+
Real-time image transmission quality
Single Shot Mode:
1080p@100*/60/50/48/30/25/24fps
Panorama mode:
1080p@60/50/48/30/25/24fps
* In single-lens mode, 1080p/100fps is only supported when used with Goggles 3/N3 and Joystick 3.
Operating frequency band
2.400 GHz 至 2.4835 GHz
5.170 GHz 至 5.250 GHz*
5.725 GHz 至 5.850 GHz
* 5.170 GHz to 5.250 GHz is only available in some countries and regions where regulations permit.
Transmit Power (EIRP)
2.400 GHz 至 2.4835 GHz：
< 33 dBm（FCC）
< 20 dBm（CE/SRRC/MIC）
5.170 GHz 至 5.250 GHz：
< 23 dBm（CE）
5.725 GHz 至 5.850 GHz：
< 33 dBm（FCC）
< 30 dBm（SRRC）
< 14 dBm（CE）
Communication bandwidth
Up to 40 MHz
Maximum effective signal distance (no interference, no occlusion)
FCC: 20 km
CE: 10 km
SRRC: 10 km
MIC: 10 km
The above data is measured in an open and interference-free outdoor environment, which is the farthest communication distance of each standard without returning to the flight, for reference only, please pay attention to the return prompt of the image transmission interface when actually flying.
Maximum effective signal distance (with interference, without occlusion)
Strong interference: urban centers, about 1.5 km to 4 km
Medium interference: suburban counties, about 4 km to 10 km
Micro-disturbances: Far suburbs/seaside, about 10 km to 20 km
The above data is measured under FCC standards in various typical interference intensity and unobstructed environments, and does not promise the actual flight distance, and is only used as a distance reference when flying by yourself.
Maximum Signal Effective Distance (Interference, Occlusion)
Micro-disturbance, obscured by buildings: about 0 km to 0.7 km
Micro-disturbance, obscured by trees: about 0.7 km to 4.5 km
The above data is measured under FCC standards in various typical micro-interference intensity and occluded environments, and does not promise the actual flight distance, and is only used as a distance reference when users fly by themselves.
Minimal latency
With RC 2/RC-N2/RC-N3 Aerial Remote:
1080p/60fps image quality: Approximately 130 ms image transfer latency*
* Under different external environments, usage methods, and firmware versions, the results may vary to varying degrees, please refer to the actual experience.
Maximum image transmission rate
60Mbps
Maximum download rate
O4+：10MB/s
Wi-Fi 6：100MB/s*
* Measured in a low-interference laboratory environment in a country or region that supports dual bands of 2.4 GHz and 5.8 GHz, when using built-in storage or high-speed microSD, please refer to the actual download speed.
antenna
Four antennas (two transmissions and four receptions)
battery
capacity
≥ 2700 mAh
weight
Approximately 149 grams
Nominal voltage
14.32 volts
Charge limit voltage
17.2 volts
Battery type
Li-ion
energy
≥ 38.67 Wh
discharge rate
7C (typical)
Charging ambient temperature
5°C to 40°C
Charging is time-consuming
Using the Charge Manager (maximum charging power 100 watts):
From zero to full charge on a single battery: about 47 minutes
Charging from 10% to 90% on a single battery: about 31 minutes
Three batteries go from zero to full charge: about 100 minutes
Three batteries charge from 10% to 90% charge: approx. 70 minutes
Charging via the body (maximum charging power 65 watts):
From zero to full charge on a single battery: about 73 minutes
Charge from 10% to 90% on a single battery: approx. 51 minutes
Charging time was measured based on an experimental environment with an air temperature of 25°C. Actual charging time may increase due to increased ambient temperature or differences in mains voltage in different areas.
charger
Recommended charger
Supports DJI 65W Portable Charger and DJI 100W Desktop Charger
When charging through Charging Manager, it is recommended to use the DJI 100W Desktop Charger
Charging Butler
input
5 volts to 20 volts, up to 5 amps
Output (current collector)
60 watts max
Output (charging)
17.2 volts max
Charging method
Supports charging up to three batteries at the same time
For parallel charging, you need to use a DJI 65W portable charger or DJI 100W desktop charger, and if the charging power is greater than or equal to 65 watts, Charging Manager can realize parallel charging.
If the charger power is less than 65 watts, the charging steward will charge the battery in order from high to low according to the battery level.
Compatible with batteries
DJI Avata 360 Intelligent Flight Battery
Wi-Fi
agreement
802.11a/b/g/n/ac/ax
Operating frequency
2.400 GHz to 2.4835 GHz
5.725 GHz to 5.850 GHz
Transmit Power (EIRP)
2.400 GHz to 2.4835 GHz：
< 20 dBm（FCC/CE/SRRC/MIC）
5.725 GHz to 5.850 GHz：
< 26 dBm（FCC/SRRC）
< 14 dBm（CE）
Bluetooth
agreement
Bluetooth 5.4
Operating frequency
2.400 GHz to 2.4835 GHz
Transmit Power (EIRP)
< 10 dBm
Let’s Answer Your Questions
What are the highlights of DJI Avata 360?
DJI Avata 360 is DJI's first panoramic drone[1], which not only brings a smooth and immersive panoramic flight experience, but can also be used for panoramic creative aerial photography, helping you easily shoot visually impactful super-combustible blockbusters.
1. One-inch flagship image[2], 8K/60fps HDR video[3]. Avata 360 is equipped with two next-generation 1/1.1-inch square CMOS sensors, and the square design allows the frame range to reach the panoramic effect of a one-inch size sensor when shooting panoramas.
2. The DJI O4+ video transmission system can achieve ultra-long-distance video transmission of 20 km[4], and has built-in 4G enhanced video transmission[4], resulting in more stable signals, stronger anti-interference capabilities, and better picture quality.
3. Omnidirectional obstacle avoidance[5], integrated blade protection cover. The Avata 360 is equipped with forward-looking lidar, which can bring night-level omnidirectional active obstacle avoidance in panoramic shooting mode. There is also an integrated blade protection cover, which is safer to fly and more secure to shoot.
4. One shot, the post-production perspective changes at will[3]. Capture a 360° view with just one flight, switch perspectives as you like, and create multiple sets of work from a single footage.
5. Follow along with the beat, no need to edit to produce a masterpiece[3]. In Follow Mode, Avata 360 locks onto the moving subject and helps you move the lens, so you can easily shoot scramble blockbusters with just free flight.
6. Support panoramic virtual gimbal, helping you get rid of the limitations of physical gimbal and play with creative camera movement. It can not only be used with the remote control with screen to achieve more efficient and accurate creative camera movement, but also use flight goggles and joysticks to easily enjoy immersive panoramic flight. Two control methods, Shuangfei creation is not wrong.
7. Support 360°/single-lens dual mode, more flexible for dual use in one machine[5]. In addition to 360° mode, the Avata 360 can be easily switched to single-lens mode, transforming into the classic form of the Avata series for 4K/60fps high-definition video.
1. Until March 2026.
2. Available only in 360° mode. When shooting panoramas, the Avata 360 has a CMOS sensor that has the same imaging area as a 4:3 1-inch CMOS sensor.
3. Available only in 360° mode.
4. The image transmission data is measured outdoors in an open and interference-free environment, and the transmission distance of 20 kilometers is only realized under the FCC standard. The SRRC standard is adopted in Chinese mainland, and the farthest video transmission communication distance is 10 kilometers; The above data is the longest communication distance for one-way non-return flights under each standard, for reference only, please pay attention to the app prompts when actually flying. All Avata 360 aircraft sold in Chinese mainland have a built-in enhanced image transmission module, but they must be used with RC 2, RC-N2, RC-N3 and other remote controls. Flying goggles such as Goggles 3 and Goggles N3 do not support this feature. Enhanced image transmission is only available in Chinese mainland and cannot be used in other countries and regions. In addition, DJI Avata 360 uses an IoT eSIM card, and its normal use depends on the service coverage and management requirements of the network operator, please consult your local operator for details. Enhanced image transmission is only used for flight image transmission data transmission, and does not have other data transmission or reporting functions.
5. Omnidirectional obstacle avoidance is only effective under conditions such as rich surface texture and illumination greater than or equal to 1 lux, and is only effective in 360° mode. Only forward obstacle avoidance is supported in single-lens mode. For details, please check the official website or product manual.
Which remote control is compatible with DJI Avata 360? Which glasses are compatible with?
Aerial Photography Remote Control: DJI RC 2, DJI RC-N2, DJI RC-N3
Joystick (requires use with DJI Goggles 3 or DJI Goggles N3) :D JI Joystick 3
FPV Remote Control (requires use with DJI Goggles 3 or DJI Goggles N3) :D JI FPV Remote Control 3
Goggles (required with DJI Joystick 3 or DJI FPV Remote Controller 3) :D JI Goggles 3 and DJI Goggles N3
What are the differences in DJI Avata 360 functions in different control modes and shooting modes?
The functionality of DJI Avata 360 is closely related to the control method and shooting mode you choose.
360° Mode:
Core panorama features such as 8K/60fps HDR video recording, focus following, panoramic virtual gimbal, and omnidirectional obstacle avoidance are only available in this mode, and some smart functions are limited by control methods:
· Only with flying goggles and joystick: fancy flight, head tracking, and more.
· Only with aerial remote control: one-click short film, omnidirectional intelligent following in focus following, enhanced image transmission and other functions.
Single Shot Mode:
This mode only supports video recording and can shoot up to 4K/60fps video. In this mode:
· With flying goggles and a joystick, you can fly and shoot from a first-person perspective and get better flat image quality.
· With the aerial remote control, you can also fly and shoot from a first-person perspective, and the picture will tilt the posture of the random body, making flying and shooting more sporty.
What is the wind resistance rating of DJI Avata 360? What is the maximum take-off altitude?
Wind resistance level 5 with a maximum take-off altitude of 4500 meters.
Is DJI Avata 360 waterproof?
DJI Avata 360 is not waterproof, so avoid wading water during use, otherwise it may cause damage to the device.
If it rains during the flight, please return to land as soon as possible and wait for the moisture in the drone fuselage to dry before using it.