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Propellers excluded, the 18 inches (605mm) long, diagonally.

1500T.

3512 motors with a KV value of 460.

In Sport Mode, the maximum ascent speed is 19.7ft/s (6m/s), and the maximum horizontal speed is 98.4ft/s (30m/s). When the aircraft descends vertically, the maximum speed is 13.1ft/s (4m/s). The maximum descent speed is 29.5ft/s (9m/s).

The maximum takeoff height from sea level is 1.55mi (2500m). With DJI’s specially designed high-altitude propellers installed, you can fly safely up to 3.1 miles (5000m) above sea level.

-4° to 104° F (-20° to 40° C).

GPS and GLONASS.

If winds are strong, the aircraft will estimate the wind’s direction and speed and adjust its altitude accordingly.

Vertical: ±1.64 feet (0.5m) or ±0.33 feet (0.1m, with the Downward Vision System enabled).
Horizontal: ±4.92 feet (1.5m) or ±0.98 feet (0.3m, with the Downward Vision System enabled).

Two barometers are built into the Inspire 2. One is mounted to the nose of the aircraft, while the other is mounted to the rear of the aircraft. The barometer is used to provide accurate flight data.

Two fans are built into the Inspire 2. One is mounted between the flight controller and the gimbal, while the other is mounted under the central board. These fans cool down the SSD and the central board.

1. Trigger Travel Mode in the DJI GO app.
2. Press the Power Button five times.

When the gimbal reaches its rotation limit, the aircraft will rotate 360 degrees in the opposite direction automatically to free up gimbal movement.

1. Do not use the aircraft in severe weather conditions. This includes wind speed exceeding 10m/s, snow, rain or smog.
2. Only fly in open areas. Tall buildings and steel structures may affect the accuracy of the on-board compass and GPS signal.
3. Keep away from obstacles, crowds, high voltage power lines, trees or bodies of water.
4. Minimize electromagnetic interference by not flying in areas with high levels of electromagnetism, including mobile phone base stations or radio transmission towers.
5. Aircraft and battery performance is subject to environment factors such as air density and temperature. Be very careful when flying 14700 feet (4500 meters) or more above sea level, as battery and aircraft performance may be adversely affected.
6. The Inspire 1 cannot operate in Polar Regions in P mode. Please fly in A mode if flying in Polar Regions.

1. Ensure that all flights are carried out at a suitable location.
2. Calibrate the compass and IMU before the flight.
3. Set an appropriate RTH altitude, and be aware of the Low battery RTH warning shown in the DJI GO app.
4. Place the aircraft on open, level ground. Make sure the aircraft is still before powering it on. Powering on the Inspire 1 in your hands may lead to horizontal drift.
5. Enable "Multiple Flight Mode" in MC settings. If interference is present, the compass and GPS module may become ineffective, and RTH can't be triggered under the circumstances.
6. Push the sticks gently to make aircraft movements stable and smooth.

1. Do not calibrate your compass where there is a chance of strong magnetic interference, such as magnetite, parking structures, or steel reinforcements underground.
2. Do not carry ferromagnetic materials with you during calibration, such as keys or cellular phones.
3. Do not calibrate beside large metal objects.

1. When compass data is abnormal, and the Aircraft Status Indicator is blinking red and yellow.
2. When flying at a new location or a location different from your last flight.
3. When the structure of the Inspire 2 has changed, i.e. changed position of the compass.
4. When severe drifting occurs in flight, i.e. the Inspire 2 doesn't fly in straight lines.

It is normal if one of the motors stops later than others. There is a standard deviation of about three seconds.

The switch is used to control the USB port’s output:
1. Toggle the switch up to connect a mobile device.
2. Toggle the switch down to connect a PC.

Forward Vision System: 2.3-98.4 feet (0.7m-30m).
Upward Infrared Sensor: 0-16.4 feet (0m-5m).

Forward Vision System: Surfaces with clear patterns and adequate lighting (> 15 lux).
Upward Infrared Sensor: Diffuse reflectance, high reflectance, and amply sized objects, such as walls or trees.

When the landing gears are not raised, the Forward Vision System won’t work. If the aircraft brakes or turns at high speeds, the Forward Vision System also may not work properly.

TOF is the Upward Infrared Sensor.

The sensor on the top of the aircraft can detect obstacles above the aircraft. When an obstacle is detected, the aircraft can brake within 2m of the obstacle and hover in place within 1m of the obstacle.

1. Within 5m of an object.
2. The object reflectance is diffuse.
3. The object reflectance is greater than 10%.
4. The object reflects light toward the sensor.
5. Severe weather, such as rain, snow, or fog, may negatively affect the sensor’s performance.

The system can measure speed up to 32.8ft/s (10m/s) at a maximum height of 6.56 feet (2m).

It can detect altitude at or below 32.8 feet (10m).

It can assist in hovering at or below 36.8 feet (11m).

The detection frequency is 10Hz.

Surfaces with clear patterning and adequate lighting (> 15 lux).

Ultrasonic sensor measurement accuracy is 0.33-16.4 feet (10-500cm).

The accuracy is 0.03 feet (1cm).

The ultrasonic detection frequency is 20Hz.

Please do not fly an Inspire 2 over the surfaces listed below:
Surfaces that can absorb or influence sound waves, such as thick carpets.
Surfaces angled at 30 degrees or more, such as stairs.
Low frequency sound sources (the Inspire 2's ultrasonic system sends and receives 40kHz sound waves).
Also, please keep the aircraft away from animals, since the ultrasonic waves may distress and frighten them. Do not fly two aircraft near each other, because their ultrasonic waves may interfere with one another.

The VPS displayed in the app refers to the height of ultrasonic and Downward Vision System when the aircraft flies at a low altitude.

The Inspire 2 features two IMU units. If the aircraft detects an external IMU failure during flight, it seamlessly switches to the internal IMU unit to maintain reliability.

You can check the interference on the gyroscope and accelerometer under IMU settings. Tilt the aircraft in different directions and check the IMU readings. If parameters are in green and their values are small, calibration precision is high. You can tap Calibrate IMU to lower the values displayed.

The Calibration Board is used for Forward and Downward Vision System calibration. The Calibration Board made of tempered glass is a precise instrument. Hence, it should be kept cool and dry and cannot be misshapen.

With a SSD license, you can record videos in CinemaDNG and Apple ProRes formats. To use SSD license, you can purchase it with a brand-new product or separately, and activate with the license key.
You can purchase one or two licenses at the same time and activate it (them). Zenmuse X5S, CINESSD, and CINESSD Station are required to use with SSD licenses.
For more details, visit: https://www.dji.com/service/inspire-2-license-key/guide

No.	Compatible Lens	Balancing Ring	Accessory
1	DJI MFT 15mm/1.7 ASPH	Zenmuse X5S Balancing Ring for Panasonic 15mm f/1.7 ASPH Prime Lens	Lens Hood x 1 Balancing Ring BR-Φ46-10 x 1
2	Panasonic Lumix 15mm/1.7	Zenmuse X5S Balancing Ring for Panasonic 15mm f/1.7 ASPH Prime Lens	Lens Hood x 1 Balancing Ring BR-Φ46-10 x 1
3	Panasonic Lumix 14-42mm/3.5-5.6 HD	Zenmuse X5S Balancing Ring for Panasonic 14-42mm f/3.5-5.6 ASPH Zoom Lens	Balancing Ring BR-Φ37-17 x 1 Balancing Ring BR-Φ37-6 x 1
4	Olympus M.Zuiko 12mm/2.0	Zenmuse X5S Balancing Ring for Olympus 12mm, f/2.0, 17mm, f/1.8, 25mm, f/1.8 ASPH Prime Lenses	Balancing Ring BR-Φ46-10 x 1
5	Olympus M.Zuiko 17mm/1.8	Zenmuse X5S Balancing Ring for Olympus 12mm, f/2.0, 17mm, f/1.8, 25mm, f/1.8 ASPH Prime Lenses Note that two balancing rings need to be used together.	Balancing Ring BR-Φ46-10 x 1
6	Olympus M.Zuiko 25mm/1.8	Zenmuse X5S Balancing Ring for Olympus 12mm, f/2.0, 17mm, f/1.8, 25mm, f/1.8 ASPH Prime Lenses	Balancing Ring BR-Φ46-10 x 1
7	Olympus M.Zuiko 45mm/1.8	Zenmuse X5S Balancing Ring for Olympus 45mm, f/1.8 ASPH Prime Lens	Balancing Ring BR-Φ37-8 x 1 Balancing Ring BR-Φ37-6 x 1
8	Olympus M.Zuiko 9-18mm/4.0-5.6	Zenmuse X5S Balancing Ring for Olympus 9-18mm, f/4.0-5.6 ASPH Zoom Lens	Balancing Ring BR-Φ52-10 x 1 Rear Cap BR-Φ60-78 x 1

FPV allows you to control the aircraft from a first-person perspective, and helps you fly the aircraft safely when the camera isn’t centered. You can use some Intelligent Flight Modes, such as TapFly with the FPV view.

No.

The FPV view is on the lower right corner of the camera screen by default. You can move it to other three corners.
Tap the FPV view and the current camera screen will be changed to the FPV camera. Tap the lower right corner to exit the FPV view.
If the FPV view cannot be shown because the screen of the mobile device is small, you can choose the main camera view or FPV view in the DJI GO app.

The resolution is 480p (640 x 480).

Press the C2 button and camera settings dial on the left of the remote controller to control the pitch axis of the gimbal. The roll axis of the gimbal cannot be controlled.

Follow Mode: The angle between the gimbal’s orientation and aircraft’s nose remains constant at all times. You can control the pitch of the gimbal.
Free Mode: The gimbal’s motion is independent of the aircraft’s orientation. You can control the pitch of the gimbal.
Re-alignment: Tap to force the gimbal orientation to re-align with the aircraft’s orientation by panning from gimbal’s current orientation. Pitch of the gimbal will remain unchanged during the re-alignment.

The fan in the gimbal helps dissipate heat, and a sensor determines whether the fan is turned on or off. When the sensor’s temperature reaches 30 degree Celsius, the fan will start working. When the sensor’s temperature decreases to 20 degree Celsius, the fan will stop. It is normal for the fan to stop working during use.

120 GB, 240 GB and 480 GB SSDs are available.

No.

Photos will be stored in the SD card.

USB 3.1 Gen 1 Type A and Type B.

If the photos and videos are stored on the SD card, you can view them in the DJI GO app or download them to the mobile device and process them on a computer later with a card reader.
If the photos and videos are stored on the solid-state drive (SSD), you need to process them with a designed card reader. Do not store other data or delete the data on the SSD.

No, because the SSD uses a designated filing system.

No.

No.

Micro SD cards formatted to FAT32 and exFAT are supported. Class 10 or above, UHS-1 rating, and 15 MB/s write speed are required. Maximum capacity is 128 GB.

The operating frequencies are 2.400GHz to 2.483GHz and 5.725GHz to 5.850GHz.

The current is 1.6A and the voltage is 7.4V.

The remote controller is equipped with a 6000mAh LiPo 2S battery. Fully charging the Inspire 2 remote controller takes approximately 3 hours. It can be used for approximately 4 hours after being fully charged.

No, the Inspire 2 remote controller is not compatible with the Inspire 1, as their transfer protocols are different.

When the temperature exceeds 40°C, the fan will be activated automatically. It will be turned off when the temperature drops below 20°C.

Yes.

No, but an external GPS module can be attached.

The signal of the slave controller is different from that of main controller. If video downlink signal frequency is 5.8GHz, the frequency of the signal between the master controller and slave controller is 2.4GHz.

HDMI type A.

Yes. Video can be transmitted through both ports simultaneously. In the DJI GO app, under Image Transmission Settings, enable Simultaneous Image Output to the App and HDMI.

No.

With sufficient GPS signal (6 or more satellites), a Home Point will be successfully recorded every time you start the motors. You can choose Failsafe RTH, hovering, or landing as aircraft reactions for when signal is lost. Failsafe RTH will work as long as GPS signal is sufficient.

The gimbal cannot be controlled by the slave controller and image transmission to the slave controller’s mobile device will stop if the main controller is powered off. The Aircraft Status bar will show “No Signal”. Power on the master controller and image transmission will work again.

1. Press the Power Button once and the Battery Level LEDs will display the current battery level. If the battery is low, the remote controller should be charged. 2. Press and hold the Power Button for two seconds to power on the remote controller. The remote controller will beep and the Status LED will be solid green when linking is complete. 3. Press the Power Button once and then press and hold it for two seconds to power off the remote controller.

Yes, launch the DJI GO app and enable Charge. Both mobile phones and tablets can be charged.

The mount can support an iPad Air 2 (Height 240mm, Weight 169.5mm). Tables should be no more than 170mm wide.

The two remote controllers are the physically same. After being set as the master controller and slave controller, their functions are different. The master controller has the same functions of a single controller, while the slave controller can only control the gimbal camera. Under Settings in the DJI GO app, for the slave controller, "MC Settings" are not available, but the rest of the settings will still be available.

The remote controller is set to Mode 2 by default. You can change the Stick Mode in RC Settings. (RC Settings - RC Control Settings - Stick Mode-Mode 1/Mode 2/Mode 3/Custom).

Use the gimbal dial on the remote controller to control the pitch of the camera, by default. Note that you cannot control the pan of the camera by default. Enable the “Master-and-Slave” mode and set the remote controller to the “Slave” mode if you want to control the pan, pitch and roll of the camera.
Note that you cannot control the pan of the camera by default.

No, the remote controller firmware can only be upgraded in the DJI GO app.

The aircraft firmware will be upgraded first in the DJI GO app.

Voltage: 26.1V.
Rated Power: 180W.

The charger needs to be used at or below 5km above sea level and in temperatures between 5° Celsius to 40° Celsius.

Capacity: 4280mAh.
Voltage: 22.8V.
Battery Type: LiPo 6S.
Energy: 97.5Wh.
Weight: 515g.

The temperature when charging batteries should be between 5° and 40° Celsius.
The temperature when discharging batteries should be between -20° and 40° Celsius.

It takes around 90 minutes to charge two batteries and 180 minutes to charge four batteries when charging with original battery charger or battery charging hub.

The battery with the highest remaining charge will be charged first. If the batteries are grouped, the grouped batteries with the highest remaining charge will be charged first.

Upgrade the battery charging hub with DJI Assistant 2.

1. When one battery is mounted, the Inspire 2 can fly for 16 minutes with the Zenmuse X4S, 14 minutes with Zenmuse X5S, and 19 minutes without out any camera.
2. When two batteries are mounted, the Inspire 2 can fly for 27 minutes with Zenmuse X4S, 25 minutes with Zenmuse X5S, and 31 minutes without out any camera.

No.

Launch the DJI GO app and check Times Charged under Aircraft Battery. The maximum number of charges covered under warranty is 200.

For the Inspire 2 batteries (TB50), discharging the battery level by 80% of the total power is counted as one cycle.

If the environmental temperature is low, self-heating may not work as required. It is recommended to enable self-heating mode with the designated battery insulation sticker when the environmental temperature is below zero degrees Celsius.

If the charge difference of the two batteries is less than 13%, the Inspire 2 can fly. If not, a warning stating that the charge difference of two batteries is too large will be shown in the DJI GO app.

The Inspire 2 will analyze the malfunction. The DJI GO app will show a “battery communication error” warning or “battery cell damaged” warning and prompt you to fly the Inspire 2 to the Home Point.

When batteries are charged and discharged after grouped, both battery lives and flight time can be prolonged.

Please group batteries with the DJI GO app.

1. The battery is inserted into the battery compartment.
2. The battery cannot be removed from the battery compartment by gently pressing its two sides with your hands.
3. The battery cannot be removed by pulling with your hands.
4. In the DJI GO app, no battery warning is shown and the battery information under Aircraft Battery is normal.

Store batteries with 40% to 65% charge. It is recommended to charge and discharge the batteries every three months for optimal battery performance.

The batteries need to be upgraded together with the aircraft. Mount the batteries to the aircraft and upgrade them one at a time.

Tap the object on the camera screen or drag a box around the object.

1. The object should have clear patterns or texture.
2. The background should be clear with various color shades.
3. The outline of the object should be clear.

When ESC Beeping is enabled and the aircraft is lost, the ESC will emit a sound and the aircraft’s location can be determined more easily. Tap the ESC Beeping icon again to disable it.

VPS shows the absolute distance between the height of the aircraft and ground. The effective distance ranges from 0 to 10 meters.

Before using the DJI GO app, you should register a DJI GO account with your email address or sign in your account if you have registered. This ensures the safety of your flight records and allows you to synchronize and check flight records anytime, anywhere.

Under Flight List, choose the flight record you want to delete, slide it to the left, and then tap Delete. Synchronize the flight records and the flight record you just deleted will also be removed from the synchronized flight records.

The time of the flight record refers to the take-off time of the aircraft recorded by the mobile device.

The black cloud icon indicates that this flight record has been synchronized. There will not be a black cloud icon for newly generated flight records.

EXP indicates the relationship between the physical output of the manipulated stick and the logic output of the manipulated stick. The x-axis shows the physical output of the manipulated stick. The y-axis shows the logic output of the manipulated stick.
With same physical output of the manipulated stick, the larger the EXP, the larger the logic output of the manipulated stick.
It is recommended to set EXP to a smaller value or default value (4) for beginners.

Attitude (100): Adjusts the response speed of the aircraft at different attitudes.
Brake (100): Adjusts the braking speed of the aircraft.
Yaw End Point (150): Adjusts the rotation speed of the aircraft.

In Spotlight Pro, the main camera will detect an object and keep tracking the object without affecting the attitude of the aircraft.

There are two ActiveTrack modes:br/> Follow.
Parallel.

Inspire 2’s TapFly is similar to the Phantom 4’s. The aircraft will fly toward the designated direction after you tap on the mobile device screen. The flight attitude, gimbal and flight speed can be adjusted during flight. You can enable TapFly and Spotlight Pro at the same time, but TapFly can only be enabled on the screen in FPV view for the Inspire 2.

No.