If the drone is in beginner mode or the distance limiting switch is toggled will cause the limitation. Both of these can be turned on or off in the flight controller setting. If the aircraft takes off in a weak GPS signal environment, it will be limited to 5m or 30m high according to the flight environment. To learn more information, please refer to the ""Flight"" section in the user manual.
If the issue still exists, please contact DJI SUPPORT.

A Micro SD card with a maximum capacity of 128GB and a UHS-I Speed ​​Grade 3 rating.
Here are the recommended SD cards:
32G
SanDisk V30
SanDisk Extreme V30 Pro

64G
SanDisk Extreme Pro V30

128G
SanDisk Extreme V30
SanDisk Extreme Pro V30
Kingston Canvas Go!
Kingston Canvas React

When the indicator blinks green quickly, the aircraft is braking.
When the indicator blinks yellow slowly, the aircraft has no GPS , no Forward Vision System or Downward Vision System mode.
When the indicator blinks green slowly, the aircraft is in GPS Positioning mode.
When the indicator blinks green twice, the aircraft is in Vision Positioning mode.
If you need to know more, please refer to the ""Aircraft LEDs and status Indicator"" section in the user manual.

Yes.

Mavic 2's emergency motor stop method is the same as Mavic Pro, that is to push both sticks to the bottom inner or outer corners. (The emergency stop of the motors are only allowed when the aircraft is malfunctioning, for example, the App prompts that the aircraft detects itself malfunctioning or the aircraft crashes in the air, or the motor is obstructed.)

No, the Mavic 2's flight controller has been optimized for the Mavic 2's new design.

No, the flight data is stored on a smaller storage drive with much faster write speeds.

The flight controller controls if the fan is on or off and the speed according to the chip temperature.

When the gimbal tilts 90° down or tilts up, the aircraft's inclination angle may let the gimbal hit the endpoint. So to avoid the issue occurring, the gimbal will adjust the attitude actively to avoid the video jitter caused by the hitting the impact limiter.

Yes, press and drag your finger on the image transmission screen in the App to control the yaw axis movement.

Yes, it is normal.

No.

The Mavic 2's gimbal uses a three-axis stabilization design.

No, but a portrait can be captured by using Vert under Pano mode in the App.

1.Integrated gimbal axis arm.
2.A comprehensive shock absorption, and stronger anti-disturbance capability.
3.More advanced gimbal calibration algorithms and fusion algorithms to give you a perfect view.

No.

No, only the Mavic 2 Zoom has an optical zoom.

DLog-M was specifically designed to work with the Mavic 2 Pro's camera and as such would not work so well with the Mavic 2 Zoom's camera.

1. The aircraft is moving.
2. The aircraft exited Pano mode after the control sticks were pushed.
3. The aircraft exited Pano mode due to height limitations.
4. The aircraft exited Pano mode due to distance limitations.
5. The aircraft exited Pano mode as the gimbal is stuck.
6. The gimbal is moving.
7. The storage space is full.

The Mavic 2 Pro's Camera Sensor is 1".
The Mavic 2 Zoom's Camera Sensor is 1/2.3".

Yes.

No.

Yes.

The Mavic 2 Zoom can capture 4x lossless 1080p zoom video, and the optical zoom is 24 mm to 48 mm.

The L1D-20c camera was specially created for the Mavic 2 Pro by DJI and Hasselblad with the goal of creating a seamless user experience, optimizing the lens, image processing, and image effects. The use of Hasselblad's Hasselblad Natural Color Solution (HNCS) lets photographers capture color with the utmost accuracy.

The Mavic 2 Zoom's camera framing is more convenient, helping to reduce creation time during flight, and it has more lens languages for a variety of different effects when shooting videos, while the Mavic 2 Pro equipped with the L1D-20c camera (1-inch sensor) created by DJI and Hasselblad captures greater image details and has a stronger low light shooting capability.

No. The Mavic 2's low noise propellers are a different design to the ones used with Mavic Pro Platinum.

72km/h in Sport mode while flying in windless conditions.

8.7 inch propeller, model 8743F.

If the propeller is scratched, bent, or damaged, replace it immediately. It is recommended to replace them at least every three months.

No.

Level 5.

The Mavic 2 has a specially optimized rotor system for better forward flight, and the more aerodynamic design allows the Mavic 2 to consume less power flying forwards than when hovering, so the hover time is 29 minutes in a windless environment, and 31 minutes of flight in a windless environment while travelling at a consistent speed.

Please use a mobile device recommended on the official DJI website. If a prompt "Device Disconnection" pops up in the status bar, please re-plug in the USB cable. Due to differences between Android mobile phone brands, please try to modify the setting of the phone's USB connection.
If the issue still exists, please contact DJI SUPPORT.

Press and hold the C1, C2, and Record Button. When the remote controller makes beeping sounds, press the shutter button to enter the linking status.
Here's the tutorial video link:
https://www.skypixel.com/videos/mavic-2-series-tutorial-how-to-link-the-mavic-2-remote-controller

You can update the remote controller's firmware with DJI GO 4 or DJI Assistant 2.
Please refer to the link below to conduct the firmware update with DJI Assistant 2:
https://www.skypixel.com/videos/mavic-2-series-tutorial-updating-the-firmware-with-assistant-2
Please refer to the link below to conduct the firmware update with DJI GO 4:
https://www.skypixel.com/videos/how-to-update-the-mavic-2-firmware-with-dji-go-4

FCC: 10000m (unobstructed, free of interference)

Thickness: 6.5 to 8.5 mm;
Max. Length: 160 mm;
Port Type: Lightning, Micro USB (Type-B), USB-C.

143.9x78.3x61.2 mm.

0℃ to 40℃.

3950 mAh.

1800mA @ 3.83V (when supplying power to external devices).

Around 2 hours and 15 minutes (in a controlled test environment).

No.

Yes, you can use a normal USB cable to connect to the phone via the USB port on the bottom of the remote controller and be sure to unplug the cable from the side Micro USB port. The Mavic 2 provides various cables to satisfy customers different mobile devices.

No, the drone can only be controlled by the remote controller.

1.It's recommended to fly in an environment with low wireless signal interference.
2.Set the channel mode to automatic selection in the image transmission settings.

1. It's recommended to fly in a wide and open environment with low wireless signal interference.
2. Set the channel mode to automatic selection in the image transmission settings.
3. Turn off other Applications running in the mobile device's background.
4. Keep an eye on the orientation of the antenna and keep the direction where the antenna is facing towards the aircraft.

This is over or underexposure caused by forgetting to adjust the camera's settings while in manual exposure mode. To fix it go to the image transmission screen and tap the exposure mode setting in the right corner and choose the auto exposure mode.

120 - 130 ms (affected by the shooting environments and mobile device's performance).

720p@30fps;
1080p@30fps.

FCC: 10km; CE: 6km; SRRC: 6km (unobstructed, free of interference).

Yes, channel settings can be set in the App. Under settings, you can select auto mode and manual mode. If manual mode is selected, you can set the channel as required, however, please note that channel settings can only be changed before a flight.

You can search for and download DJI GO 4 on your mobile device's App store.
Or you can scan the QR code on the official DJI website to download. Here's the link:
https://www.dji.com/cn/mavic-2/info#downloads

Supported Mobile Device List:
https://www.dji.com/cn/mavic-2/info#downloads

Please refer to the tutorial video:
https://www.skypixel.com/videos/how-to-use-the-hyperlapse-mode-on-mavic-2

Please refer to the tutorial video:
https://www.skypixel.com/videos/mavic2-how-to-activate-dji-mavic-2

Yes.

When more than 25 photos are captured (the generated video will be longer than 1s), the video will be generated regardless of whether the Hyperlaspe mode is exited abnormally or low battery RTH is triggered.

No.

With Advanced Pilot Assistance Systems (APAS) enabled, the aircraft will auto plan the flight route when encountering an obstacle. If the control stick is pushed forward or backward, the Mavic 2 will fly around the obstacle. If the drone cannot go around the obstacle, it will hover in place. Do not fly the aircraft over small obstacles or in narrow spaces as APAS may not function normally.

When the obstacle avoidance requirements are met, the aircraft can avoid obstacles in QuickShot mode. Please refer to the user manual for the obstacle avoidance requirements of the left and right vision system.

Yes, on iPhone 7s or later.
Videos with a resolution higher than 2.7k can be downloaded depending on the device's capability.

Ensure that the aircraft and remote controller are linked, and mount the battery on the aircraft and launch DJI GO 4, then an ""Inconsistent Firmware Found"" prompt will pop up. Please install the update following the prompts in the App.
After the update is complete, the battery will return to normal.
If the issue still exists after the update, please contact DJI SUPPORT.

The Intelligent Flight Batteries will be charged one by one according to their power levels, from high to low.

If the indicator is solid green, the battery is fully charged.
If the indicator pulses green, the battery is charging.
If the indicator blinks yellow, the battery's temperature is too high or low, and the battery cannot be charged temporarily (If charging indoors, when the temperature is suitable, the battery charging hub will automatically start charging the battery).
If the indicator is solid yellow, the battery charging hub is in waiting status, and no batteries need to be charged.
If the indicator is solid red, there is an error with the battery.

In this case, fully charge the battery or warm up the battery. The higher the battery level, the more electrical energy is released.

5℃ to 40℃.

Yes, before charging, make sure that the Intelligent Flight Battery is turned off otherwise the power port may be damaged.

The battery's firmware is updated when the aircraft's firmware is updated. If the battery needs to be updated, an "Inconsistent Firmware Found" warning will be shown in the App, slide the slider to update the battery.

80 W.

3850 mAh.

Approx. 297 g.

17.6V（Max Charging Voltage）;
15.4V（Voltage）.

LiPo 4S.

59.29 Wh.

New batteries are in hibernation mode and need to be charged to activate them.

It takes about 15s to activate the battery. Insert the battery into the charger or battery charging hub to activate the battery.

31 minutes (In windless conditions traveling at a steady 25 km/h).

Please refer to the tutorial video:
https://www.skypixel.com/videos/mavic-2-how-to-calibrate-dji-mavic-2-s-vision-system

1. Do not fly the aircraft over monochrome surfaces (e.g., pure black, pure white, pure red, and pure green).
2. Do not fly the aircraft over highly reflective surfaces.
3. Do not fly the aircraft over water or transparent surfaces.
4. Do not fly the aircraft over moving surfaces or subjects (e.g., crowds, shrubs blown by winds, or grass).
5. Do not fly the aircraft in an area where the lighting changes frequently or drastically.
6. Do not fly the aircraft over extremely dark (lux<10) or bright (lux>10.000) surfaces.
7. Do not fly the aircraft over surfaces that can absorb or reflect infrared light (e.g., mirrored surface).
8. Do not fly the aircraft over surfaces without clear patterns.
9. Do not fly the aircraft over surfaces with identical repeating patterns or textures (e.g., tiling).

No, do not fly the Mavic 2 in a foggy place. Otherwise, the Mavic 2's Vision System may malfunction, and may not even be able to land.

No, only the downward vision system can be turned off in the App.

It is not recommended to fly the aircraft close to the water (within 2 m from the water). When flying above the water, the vision positioning function will turn off automatically, and only the GPS and barometer are used for positioning.

Forward Vision Sensor:
Distance range: 0.5-20 m; Detection range: 20-40 m; Effective obstacle avoidance speed: 14 m/s.
Backward Vision Sensor:
Distance range: 0.5-16 m; Detection range: 16-32 m; Effective obstacle avoidance speed: 12 m/s.
Downward Vision Sensor:
Distance range: 0.5-11 m; Detection range: 11-22 m.
Lateral Vision Sensor:
Detection range: 0.5-10 m; Effective obstacle avoidance speed: 8 m/s.
Upward and Downward Infrared Sensing System:
Detection range: 0-8 m
Surface with clear pattern and adequate lighting (reflectivity>20%; lux > 15).

0.5 m to 50 m (Without GPS; Max. height: 5 m)

It is recommended to wipe with a lint-free cloth. Do not use organic solvents such as alcohol.

1. Flying toward small objects with the width less than 0.2 m or its size less than 0.25 square meters (e.g., power lines).
2. Flying in a strong light. The aircraft may brake when flying toward the sun.
3. Fly the aircraft over surfaces without clear patterns or with identical repeating patterns or textures (e.g., monochrome surfaces, white wall, and tiling).
4. Flying over reflective surfaces (e.g., glass and mirror).
5. Flying towards thin objects (e.g., leaves, and branches).

Forward Vision Sensor: Horizontal: 40°, Vertical: 70°.
Backward Vision Sensor: Horizontal: 60°, Vertical: 77°.
Downward Vision Sensor: Front and Rear: 100°, Left, and Right: 83°.
Lateral Vision Sensor: Horizontal: 100°, Vertical: 83°.