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It is recommended to watch all tutorial videos and read the safety guidelines before using
for the rst time. Prepare for your rst ight by reviewing the quick start guide and referring to this user manual for more information.
5.8 GHz is not supported in some regions. This frequency band will automatically be disabled when the aircraft is activated or connected to the DJI™ Fly app in
these regions. Observe local laws and regulations.
Using the goggles does not satisfy the requirement of visual line of sight (VLOS).
Some countries or regions require a visual observer to assist during ight. Make
sure to comply with local regulations when using the goggles.
DJI Goggles Integra (hereinafter referred to as goggles) is equipped with two high-performance screens and ultra-low latency image transmission for use with DJI aircraft, giving
a real-time aerial FPV (First Person View) experience. When used with the DJI RC Motion 2
(hereinafter referred to as motion controller), users can easily and intuitively control the
aircraft.
DJI Goggles Integra
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1. Antennas
2. microSD Card Slot
3. 5D Button
Press down or toggle to the right to open the menu from the FPV view of the goggles.
Toggle the button forward to open the camera settings panel and toggle backward to
open the shortcut menu.
After the settings panel is opened, toggle the button to navigate the menu or adjust
the parameter value. Press the button to conrm the selection.
4. Back Button
Press to return to the previous menu or exit the current view.
5. Headband
The battery wires are embedded in the headband. DO NOT pull the headband
with force to avoid damaging the wires.
6. Battery Compartment
7. Headband Adjustment Knob
Rotate the knob to adjust the length of the headband.
Brake: press once to make the aircraft brake and hover in place. Press again to un-
lock the attitude.
When the aircraft is performing RTH or auto landing, press the button once to can-
cel RTH or landing.
3. Joystick
Toggle up or down to make the aircraft ascend or descend. Toggle left or right to
make the aircraft move horizontally left or right.
4. Mode Button
Press to switch between Normal and Sport mode. Press and hold to initiate RTH.
Press again to cancel RTH.
5. FN Dial
Press the dial to open the camera settings panel in the FPV view. Scroll the dial to
navigate the settings menu or adjust the parameter value, then press the dial to
conrm the selection. Press and hold the dial to exit the current menu.
The FN dial can also be used to control the camera tilt before takeo or during RTH
and landing. Press and hold the FN dial from the FPV view and then scroll up or
down to tilt the camera. Release the dial to stop the camera tilt.
If the aircraft supports Explore Mode and Explore Mode is turned on, scroll the dial
on the goggles FPV view to adjust the camera zoom.
6. Shutter/Record Button
Press once: take a photo or start/stop recording.
Press and hold: switch between the photo and video modes.
7. Accelerator
Press to y the aircraft in the direction of the circle in the goggles. Push forward to
y the aircraft backward. Apply more pressure to accelerate. Release to stop and
hover.
8. USB-C Port
9. Power Button/Link Button
Press once to check the current battery level.
Press, and then press and hold to power the motion controller on or o.
When powered on, press and hold the button to initiate linking.
The goggles are equipped with a pair of eyeglass frames and come with 10 pairs of vision
corrective lenses (from -8.0 diopter to +2.0 diopter, without astigmatism correction) and
one pair of plain lenses (0 diopter). Users can install suitable lenses according to their ac-
tual eyesight.
Even if vision correction is not necessary, it is strongly recommended to install
the plain lenses to protect the goggles screen glasses from being scratched.
If astigmatism correction is needed or the provided lenses are not suitable, us-
ers can purchase additional lenses. When purchasing lenses, take the eyeglass
frames (a pair) and a pair of lenses to a professional optician to ensure that the
shape, size, astigmatism axis, and edge thickness (< 2.8 mm) of the lenses meet
the installation requirements of the eyeglass frames.
1. Detach the eyeglass frames from the goggles (no need to rotate the frames). Turn over
the frames and identify the shortest line mark (a), the longest line mark (b), and the
side line mark (c), as shown in the diagram below.
a
2. Take out the suitable lenses from the package. The diopter of the lenses is printed on
the inside of the lens box lid and also marked on the edge of each lens. Identify the
shortest cut edge (a), the longest cut edge (b), and the side cut edge (c), as shown in
3. Distinguish the left and right frames and the corresponding lens, then install the lenses
into the frames. Make sure that the shortest cut edge (a), the longest cut edge (b), and
the side cut edge (c) of the lens are aligned with the corresponding line marks on the
frame respectively. For easier installation, align and insert the longest edge (b) first.
Make sure the lens is installed in place and not tilted. If the cut edges of the lens are
not properlly aligned with the frame line marks, the lens will not fit into the frame.
Clean the lens with the provided cleaning cloth to wipe off the fingerprints and dust
after installation.
a
a
a
b
4. Mount the lens-installed frames onto the goggles (no need to rotate the frames). When
installing, make sure that the letter L/R on the top of the frame is facing upwards and
that the positioning mark on the frame is aligned with the positioning mark on the
Installing the Headband and Unfolding the Antennas
The battery wires are embedded in the headband. DO NOT pull the headband
with force to avoid damaging the wires.
Fold the antennas to avoid damage when the goggles are not in use.
DO NOT tear or scratch the foam padding and the soft side of the battery com-
partment with sharp objects.
Hook the headband and unfold the antennas.
Install the provided top headband to improve stability if necessary. Attach one end of the
headband to the headband fixing hole on the top of the goggles and the other end to
the hole on the top of the battery compartment. Adjust the headband to the appropriate
If the battery level is low, it is recommended to use a charger that supports 5 V, 2 A output to charge the device.
Make sure that the default output voltage of the charger is 5 V. Excessive voltage
will damage the device.
5V, 2A
The table below shows the battery level LED status during charging.
LEDsBattery Level
1%-50%
51%-75%
76%-99%
100%
Activation
Activate and update the rmware before using the device for the rst time.
Connect the USB-C port of the goggles to the mobile device, and run the DJI Fly app. Follow the on-screen instructions to activate the device and update the rmware. Make sure
the mobile device is connected to the internet during activation.
Displays the remaining capacity of the aircraft or goggles storage. A ashing icon will
appear when recording to display the recording time.
3. Gimbal Slider
Displays the gimbal tilt angle.
4. Zoom Ratio
If the aircraft supports Explore Mode, and Explore Mode is turned on in the Shooting
mode, the current zoom ratio will be displayed. Scroll the dial on the goggles FPV view
to adjust the camera zoom.
5. Prompts
Displays notications and information such as when a new mode is applied or battery
level is low.
6. Goggles Battery Level
Displays the battery level of the goggles.
7. GNSS Signal Strength
Displays the current strength of the aircraft GNSS signal.
If the device is not used for an extended period, it may take longer than usual to
search for the GNSS signal. If repeatedly powering on and o within a short period, it
takes approximately 20 seconds to search for the GNSS signal when the signal is unob-
structed.
8. Vision System Status
Displays the vision system status of the linked aircraft, this icon varies according to the
aircraft model. The icon is white when the vision system is working normally and turns
red when the vision system is unavailable.
9. Video Bitrate
Displays the current video bitrate of the live view.
10. Remote Controller and Image Transmission Signal Strength
Displays the signal strength between the aircraft and the remote controller, and the
image transmission signal strength between the aircraft and the goggles.
11. Remaining Flight Time
Displays the remaining ight time of the aircraft after starting the motors.
12. Aircraft Battery Level
13. Distance to the Ground
Displays the current altitude information of the aircraft from the ground when the air-
craft is less than 10 m above the ground.
14. Flight Telemetry
Displays the horizontal distance (D) and speed as well as the vertical distance (H) and
speed between the aircraft and the Home Point.
15. Flight Modes
Displays the current ight mode.
16. Home Point
Indicates the relative position of the Home Point.
a) Enable or disable the broadcast mode (only supported by certain aircraft). The
device number will be displayed when broadcast mode is enabled so that other
devices can nd the device and enter the channel to see the camera view.
b) Enable or disable the focus mode, or set to auto.
c) Set the channel mode to auto or manual. It is recommended to select auto so that
the video transmission will automatically switch between the 2.4 and 5.8 GHz frequency bands and select the channel with the best signal.
d) Set the frequency band. If the channel mode is set to manual, either 2.4 or 5.8 GHz
can be selected (some aircraft only support the single frequency band).
e) Set the bandwidth of the video transmission. The number of channels available
varies according to the bandwidth. The channel with the best signal strength can
be manually selected. The higher the bandwidth, the more data can be trans-
ferred to provide a higher video transmission rate and clearer image quality.
However, there will be a higher chance of wireless interference when using a
higher bandwidth and the amount of equipment that can be accommodated will
be limited. To avoid interference in a multiplayer competition, manually select a
xed bandwidth and channel.
• If any nearby video transmission device turns on the broadcast mode, the device
and its signal strength can be viewed in the audience sub-menu. Select a channel to
see the camera view.
4. Settings
Safety
a) Set the safety congurations such as max ight altitude, max ight distance, and
RTH altitude. Users can also update the Home Point, set obstacle avoidance behavior (if the aircraft supports obstacle avoidance), and view the IMU and compass status and calibrate them if necessary.
b) Camera View Before Loss helps to nd the location of the aircraft on the ground
by using the cached video in the goggles. If the aircraft still has battery power,
turn on the ESC beeping to locate the aircraft using sound.
c) Advanced Safety Settings include the following:
Aircraft Signal Lost Action: The aircraft behavior can be set to hover, land, or
RTH when the remote controller signal is lost.
AirSense: The goggles will notify users if there is a civil airplane approaching
in nearby airspace. This function is enabled by default. DO NOT disable it.
Emergency Propeller Stop (disabled by default): When enabled, the motors of
the aircraft can be stopped mid-ight anytime once the user presses the mo-
tion controller lock button four times. If the switch is disabled, the motors can
only be stopped with this action in an emergency, such as if a collision occurs,
a motor stalls, the aircraft rolls in the air, or the aircraft is out of control and is
ascending or descending quickly.
Stopping motors mid-ight will cause the aircraft to crash. Operate
If the gog gles are idle for over 40 seconds of inactivity after being powered on, the
goggles will enter sleep mode and the screen will power o. Shaking the goggles within 5
minutes will power on the screen. Otherwise, the goggles will automatically power o.
If you are wearing or holding the gog gles for 40 seconds without any operation, the
goggles will sound an alert and display a prompt asking whether to shut down. If the user
does not take any action, the goggles will automatically power o after 60 seconds.
Footage Storage and Export
microSD Card Slot
The goggles support the installation of a microSD card. After a microSD card is inserted,
while the aircraft is recording video, the goggles will simultaneously record the image
transmission displayed on the screen and store it on the microSD card of the goggles.
To export the recorded footage, do the following:
1. Power on the goggles.
2. Connect the USB-C port of the goggles to a computer using a USB-A to USB-C cable,
and follow the on-screen prompts to export the footage.
The goggles do not support computer connection using a USB-C to USB-C cable.
The screen recording includes the OSD elements by default. To record the screen without
OSD elements, change the settings as shown below:
1. Press down the 5D button to open the menu from the FPV view.
1. Press down the 5D button to open the menu from the FPV view.
2. Select
3. Select the storage device to format and follow the on-screen instructions to complete
Settings > Camera > Format
the operation.
Data cannot be recovered after formatting. Operate with caution.
.
Screen Masking
The edges of the image transmission and screen recording may be distorted. The screen
masking function can add a black border to the image to cover the obvious distortion. The
function is enabled by default and the recorded footage will include the black border.
Users can disable the screen masking function in the following way:
1. Press down the 5D button to open the menu from the FPV view.
2. Select
Settings > Display
and disable
Screen Masking
.
Using the Head Tracking Function
The head tracking function is only supported by certain aircraft and can be enabled by
selecting
backward from the FPV view.
With the head tracking function enabled, the horizontal orientation of the aircraft and the
gimbal tilt can be controlled through head movements. The remote control device will
only control the ight path of the aircraft.
from the shortcut menu. To open the shortcut menu, toggle the 5D button
Switching Aircraft
To change aircraft, press down the 5D button to open the menu from the FPV view and
select
be used. Follow the on-screen instructions to complete the change.
from the upper right corner and then choose the aircraft to
Switch
DJI RC Motion 2
To ensure flight safety when controlling the aircraft with the motion controller, press
the lock button once to make the aircraft brake and hover before operating the
goggles. Failure to do so is a safety risk and may lead to the aircraft losing control.
Controlling the Aircraft
Lock Button
Joystick
Mode Button
Accelerator
Mode Button
The motion controller has two modes: Normal mode and Sport mode. Normal mode is
selected by default. Press the mode button to switch between Normal and Sport mode.
Press and hold to initiate RTH. Press again to cancel RTH.
Lock Button
Use the lock button to control the takeo, landing, and brake of the aircraft:
Start/stop motors: press the lock button twice to start or stop the aircraft motors.
Takeo: press twice to start the aircraft motors, then press and hold to make the aircraft
take o. The aircraft will ascend to approximately 1.2 m and hover.
Landing: press and hold the lock button while the aircraft is hovering to land and stop the
motors automatically.
Brake: during ight, press once to brake the aircraft and make it hover in place with the
attitude locked. Press again to unlock the attitude and resume the ight control.
When the aircraft is performing RTH or auto landing, press the button once to cancel RTH
or landing.
Critical Low Battery landing cannot be canceled.
Stopping Aircraft Motors Mid-flight: if an emergency occurs (such as a collision or the
aircraft is out of control) during ight, pressing the lock button four times can stop the air-
craft motors immediately.
Stopping motors mid-ight will cause the aircraft to crash. Operate with caution.
Toggle up or down to make the aircraft ascend or descend. Toggle left or right to make
the aircraft horizontally move left or right.
After the aircraft motors are started by double-pressing the lock button, slowly
push the joystick up to make the aircraft take o.
Once the aircraft ies to the landing position, pull down the joystick to land the
aircraft. After landing, pull down the joystick and hold in position until the motors stop.
Accelerator
Press the accelerator to y in the direction of the circle in the goggles. Push forward to y
the aircraft backward. Apply more pressure to accelerate. Release to stop and hover.
The ying speed controlled by the joystick and the accelerator can be congured
as below:
1. Press down the 5D button to open the menu from the FPV view
2. Select
Settings > Control > Motion Controller > Gain Tuning
maximum speed in each direction.
, then set the
Controlling the Camera
FN Dial
Shutter/Record Button
FN Dial
Adjusting the camera parameters: press the dial to open the camera settings panel from
the FPV view of the goggles. Scroll the dial to navigate the settings menu or adjust the parameter value, then press the dial to conrm the selection. Press and hold the dial to exit
the current menu.
Controlling the camera tilt: before takeo or during RTH and landing, press and hold the
dial from the FPV view and then scroll up or down to tilt the camera. Release the dial to
stop the camera tilt.
Adjusting the zoom in Explore Mode: if the aircraft supports Explore Mode and Explore
Mode is turned on, scroll the dial on the goggles FPV view to adjust the camera zoom.
Shutter/Record Button
Press and hold to switch between the photo and video modes. Press once to take a photo
or to start or stop recording.
The orientation of the aircraft can be controlled by tilting the motion controller left and
right. Tilt left to rotate the aircraft counterclockwise and tilt right to rotate clockwise.
The circle in the goggles screen will move left and right and the image transmission will
change accordingly.
The greater the tilt angle of the motion controller, the faster the aircraft will rotate.
Tilt the motion controller up and down to control the tilt of the gimbal during flight.
The circle in the goggles screen will move up and down and the image transmission will
change accordingly.
To control the ascent or descent of the aircraft, rst tilt the motion controller 90° up or
down. Once the circle in the goggles goes into the ascend
accelerator to make the aircraft ascend or descend.
The remote controller sounds an alert when the battery level is between 6% and 15%. A
low battery level aler t can be canceled by pressing the power button. A critical battery
level alert will sound when the battery level is less than 5% and cannot be canceled.
The remote controller sounds an alert during RTH. The alert cannot be canceled.
Motion Controller Calibration
The compass, IMU, accelerator, and joystick of the motion controller can be calibrated.
Immediately calibrate any of the modules when prompted to do so:
1. Press down the 5D button in the FPV view to open the menu.
2. Select
3. Select the module and follow the prompts to complete calibration.
Settings > Control > Motion Controller > RC Calibration
DO NOT calibrate the device in locations with strong magnetic interference, such
as near magnets, parking lots, or construction sites with underground reinforced
concrete structures.
DO NOT carry ferromagnetic materials such as mobile phones during calibration.
Use one of the following methods to update the firmware:
Using DJI Fly App
When used with DJI Avata:
Power on the aircraft, goggles, and motion controller. Make sure all the devices are
linked. Connect the USB-C port of the goggles to the mobile device, run DJI Fly, and
follow the prompts to update the firmware. Make sure the mobile device is connected
to the internet during the firmware update.
When used with other DJI aircraft:
Power off the aircraft. Power on the goggles and the motion controller. Connect the
USB-C port of the goggles to the mobile device and run DJI Fly. Select Profile > Device Management. Locate the corresponding goggles. Select Firmware Update and follow
the on-screen instructions to update the firmware. Make sure the mobile device is
connected to the internet during the firmware update.
Use the USB-C OTG cable provided to connect if you are using a USB-A to USB-C cable.
The goggles only support standard USB-C protocols and MFI-certied Lightning cables.
Non-standard cables are not supported. If the devices do not respond after connecting, use a dierent data cable and try again.
Using DJI Assistant 2 (Consumer Drones Series)
1. Power on the device. Connect the USB-C port of the goggles to the computer using a
USB-C to USB-A cable.
The goggles do not support computer connection using a USB-C to USB-C cable.
TM
2. Launch DJI ASSISTANT
3. Select the device and click
4. Select the rmware version.
5. The rmware will be downloaded and updated automatically.
6. The device will restart automatically after the rmware update is complete.
Make sure to follow all the steps to update the rmware, otherwise the update
may fail.
The rmware update will take several minutes. It is normal if the screen turns o
or the goggles restart automatically during the update. Please wait patiently for
the rmware upgrade to complete.
Make sure the computer is connected to the internet during the update.
Make sure the device has sucient power before updating the rmware.
Do not unplug the USB-C cable during the update.
Note that the update may reset the parameters. Before updating, take note of
your preferred settings and recongure them after the update.
2. Align the positioning columns of the new foam padding with the positioning holes on
the goggles, install it and press along the contour. After hearing a "click," check and
make sure that there is no gap between the foam padding and the goggles.
After-sales Information
Visit https://www.dji.com/support to learn more about after-sales service policies, repair
services, and support.
Operating Temperature-10° to 40° C (14° to 104° F)
Supported SD CardsmicroSD Card, max 512 GB
Recommended microSD Cards
Integrated Battery Capacity2450 mAh
Battery Voltage5.6-8.4 V
Battery TypeLi-ion
Battery Chemical SystemLiNiMnCoO2
Energy17.64 Wh
With antennas folded: 170×104×75 mm
With antennas unfolded: 205×104×104 mm
When used with dierent aircraft, the goggles will automatically
select the corresponding rmware to match the transmission
specication of the aircraft.
Operating Temperature-10° to 40° C (14° to 104° F)
Operating TimeApprox 5 hours
Integrated Battery TypeLi-ion
Battery Chemical SystemLiNiMnCoO2
[1] The 5.8 GHz frequency band is currently banned in certain countries or regions. For details, refer to local laws and
regulations.
[2] Measured in an open outdoor environment without interference. Actual data varies with dierent aircraft models.
[3] Measured in an open outdoor environment without interference. Actual data varies with operating environment.
DJI Mavic 3 Pro / DJI Mavic 3 Pro Cine
DJI Mavic 3 / DJI Mavic 3 Cine
DJI Mavic 3 Classic
DJI Mini 3 Pro
Low Blue Light Statement
Light from displays can cause eyestrain and retina damage which can affect vision over
time. DJI Goggles Integra adopts micro-OLED eye-protection screens, which can effectively
reduce the high-energy shortwave blue light and its emission range, therefore protecting
users from exposure to harmful blue light. DJI Goggles Integra has obtained the Low Blue
Light certification.
It is highly recommended to follow the instructions below to protect your eyes against
prolonged display use:
• Look away from the screen and then at a distant place for 20 seconds every 20
minutes.
• Rest your eyes for 10 minutes after 2 hours of continuous use.
• Roll your eyes upward and then in a large circle every few hours.
• When your eyes get tired, try to blink at a normal rate, then close your eyes and rest
for a minute.