Fimi x8 se 2022 инструкция по эксплуатации

X8SE 2022 Foldable 4K Camera Drone
User Manual

X8SE 2022 Foldable 4K Camera Drone

Please read the user manual carefully before using and keep the manual for
future reference.

Services & Support

FIMI provides X8 SE 2022 users with tutorial videos and
the following information：

1. FIMI X8 SE 2022 User Manual

2. FIMI X8 SE 2022 Quick Start Manual

3. FIMI X8 SE 2022 Disclaimer and Safety Operation Instructions
   Users are advised to watch tutorial videos before using the product and read
   FIMI X8 SE 2022 Disclaimer and Safety Operation Instructions carefully and get
   to know the process of using by going through FIMI X8 SE Quick Start Manual.
   For more detailed product information, please refer to FIMI X8 SE 2022User
   Manua Please download the firmware and watch the tutorial videos on the link
   https://www.fimi.com/fimi-x8-se-2022.html

4. Please scan the the following QR-code to download Femi Navi 2020 App

https://paas-oregon-static-
file.fimi.com/h5/x8h/down/down_app.html

Product Instruction

The FIMI X8 SE 2022 is an aerodynamic foldable drone equipped with intelligent
control, wireless communication and other advanced technology which are
necessary to realize functions like long-distance remote control, intelligent
flight, precise landing, etc. The built-in 3-axis gimbal stabilizes the camera
which is able to shoot 4K video at 30 fps and which performs HD real-time
image transmission. The APP enriches the remote controller with more features
and fast connection. The remote controller fits iPad Mini at the maximum
range. The sticks are detachable.
Reading tips Symbol description）

| Operation prohibited
—|—
****| Important notes
| Operation, Usage tips
| Glossary, Reference Information

Package List

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Product Introduction

1. Drone
   

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2. Remote controller

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Function Introduction of RC

| Buttons| Function description
—|—|—
1| Left stick| Push stick upward, the drone goes up; pull stick downward, the
drone goes down; toggle stick to left, the drone rotates counter-
clockwise; toggle stick to right the drone rotates clockwise
2| Right stick| Push stick upward, the drone flies forward; pull stick
downward,
the drone flies backward; toggle stick to left, the drone flies to
left; toggle stick to right, the drone flies to right
3| Auto return| Toggle the button to the left, switching to normal flight
Toggle the button to the right, switching to auto return
4| Auto take-off/land button| long press 2 seconds to auto take off/landing
5| Shoot button| short press to start / stop shooting
6| Record button| Short press to start/stop recording
7| Five directional button| Up| Default to switch between map / FPV
Down| Default to switch between gimbal center/down
Left| Default to turn on /off battery info interface
Right| Default to turn on / off self-checking interface
Center| Default to turn on/off media library
8| Lef dial| Adjust the pitch angle of gimbal
9| Right dial| Adjust the value of EV / ISO
10| Power button| Short press to view the battery level
Short press+long press 2 seconds to power on / off

• The other functions of the five-directional button can be set in the FIMI Navi 2020 App.
•  The joystick function is the default mode, which can be set through the FIMI Navi 2020 App.

  The stick mode can be set in FIMI Navi app (the default is American hand).

Drone

Flight Mode
GPS Mode
To achieve precise hovering, the drone is equipped with a GPS module. The
intelligent flight function works in GPS mode. Users can enable Sport Mode or
Beginner Mode in the flight settings. When the Beginner Mode is on, the flight
speed, flight distance, flight altitude and RTH altitude will be limited. In
sport mode, the maximum flight speed is 18m/s(65 km/h), the maximum ascending
speed is 5m/s(18 km/h), and the maximum descending speed is 4m/s(14 km/h).
VPU Mode
An Optical Flow module is also built into the drone for precise hovering and
landing at the home point. In VPU mode, the Intelligent flight function is not
supported. The maximum flight speed is 10m/s(36 km/h), the maximum ascend
speed is 3m/s(11 km/h), and the maximum descending speed is 2m/s (7 km/h).
When the drone is flying above a well-lit ground with a clear texture and the
GPS signal is poor, it will switch automatically to VPU mode.
ATTI Mode
When the GPS signal is poor or the compass has interference, the drone enters
in ATTI mode. In this mode, the drone can start drifting horizontally and
intelligent flight mode is not supported. Therefore, in case of any accidents,
we recommend flying in an open area with good GPS signal reception. Once the
drone enters in ATTI mode, please land in a safe place as soon as possible.
Sport Mode will not be available when the drone is over 2400 meters above sea
level.
Drone Lights

| Drone lights| Drone status
—|—|—
1| All lights are fading in and out| Self-checking
2| All lights are on| Drone on the ground: self-check fails
Drone is flying: internal error
3| The yellow lights are on and the red and green light is flashing at regular
intervals| Ready to fly / in flight
4| All lights flashing twice| Low battery alerts
5| All lights are flashing quickly| Very low battery alert: land as soon as
possible
6| The red and green flashing quickly| The firmware of the drone is updating
7| Fill-in light| Automatically/manually opened

Safety Protection

Failsafe Return
Failsafe return is only supported in GPS mode. When the drone and remote
controller signal is interrupted for more than 2 seconds, the flight control
system built into the drone will take over the control of your drone, plan the
return path according to the original flight path, then the drone will fly
back and land at the home point. This function works precisely if there are
enough GPS satellites are locked, the compass has no interference and the home
point has been recorded correctly. If the wireless signal reconnects during
the failsafe return, the pilot can turn off App return hint or toggle Auto
Return switch to the left again to cancel,  nd the drone will hover at the
current position.

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Low-power Protection
In flight, when the battery level is only enough for RTH, App advises users to
return, and the drone will return automatically after 10 seconds countdown.
When the battery level is only enough for landing, App advises users to land
as soon as possible, and the drone will land automatically after 10 seconds
countdown. When the battery level is at 10% usage left, the drone will be
forced to land.

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Hovering on the Edge of No-fly-
zone
The drone will automatically hover in the restricted flight area designated by
the state, such as the edge of airports, and the App will appear corresponding
hints. The user can use sticks to fly the drone from the edge of the no-fly-
zone, but the drone will not enter the no-fly-zone.

Intelligent Flight
Auto Take-off
When the conditions are right, press Auto Take-off/Landing button for 2
seconds to take off. In GPS mode, the drone will take off to an altitude of 4
meters and hover for sticks control. In VPU mode, the drone will take off to
an altitude of 1.2 meters and hover for sticks control. Auto Landing
When the conditions are right, press Auto Take-off/Landing button for 2
seconds to land vertically.
Users can short press the auto take-off/land button to exit intelligent
flight.
Auto Return
When the drone is in flight, the user can toggle the auto return switch to the
right to return the drone. When the return distance is less than 10  meters
and flight altitude is less than 3 meters, the drone will ascend to
3 meters first and return to the home point; if the flight altitude is greater
than or equal to 3 meters, the drone will directly return to the home point.
When the return distance of the drone is greater than or equal to 10 meters
and the flight altitude is less than 30 meters, the drone will ascend to 30
meters and return to the home point; if the flight altitude is 30 meters or
more, the drone will directly return to the home point . The user can toggle
the Auto Return Switch to the left to exit. Smart Track
Smart Track is supported only in GPS mode. The user can choose Trace, Profile,
or Lock in the App menu. The drone will trace the subject chosen at the App
interface at a distance.
In Trace mode, the heading will always lock at the target and trace it from
the back at a distance.

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In Profile mode, the heading
will always lock at the target and trace it from the side at a distance. In
Lock mode, the drone will hover at a place if flight speed is 0, following the
target 360°. The user can also adjust flight speed, and the drone will fly
around the target at a certain distance.

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In Smart Trace, users
should always make sure to avoid people, animals and bstacles in the tracking
path to ensure the flight safety. Users should comply with local laws and
regulations when using the function.
Orbit
The user can select Orbit mode in the App. when a central point and a radius
are set, the drone will fly around the central point at a default speed. If a
point of interest is set, the camera will be locked at the POI.

• Fly to a central point to set the central point
• Fly away from the central point to set radius
• Set flight speed, move direction and heading. If the heading is free, the user can drag a rectangle around a POI

If sticks are moved in flight, the flight altitude or radius will be changed.
Taking Mode 2 as example:

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Tap-fly
The user can select Tap-fly in the App. Tap map to choose a destination and
set flight speed, the drone will fly over there at a default speed in a
straight line. If a point of interest is set, the camera will be locked at the
POI
Tap map to choose a destination
Switch to image interface to drag a rectangle around the POI Set flight
altitude and speed Dronie
The user can select Dronie,including Rocket and Invert,in the App. In Rocket
mode, the drone flies upward with the camera pointing downward at the subject
to shoot a video. In Invert mode, the drone flies backward and upward with the
camera locking at the subject to shoot a video.

• Drag a rectangle around a POI
• Set flight speed and altitude, the flight control center will estimate flight time automatically
• The drone automatically adjusts its place
• 3 seconds count down to fly away to shoot a video once the drone completes adjustment

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Course Lock
The user can select Course Lock mode in the App. The drone saves current fly
direction as heading. The user can control sticks to adjust direction of head
and gimbal, but the forward direction remains unchanged.
Tripod Mode
The max speed of the drone is 1m/s, and the max rotation speed is 60°/s. In
Tripod Mode, operation sensitivity is lowered simultaneously to shoot more
stable and smooth video.5
Aerial Mode
The brake distance is lengthened and the angular speed of rotation is limited
to make sure the shooting videos are more stable and smooth Note: Course Lock
is enabled in Aerial Mode, Users can turn it on in the APP
Spiral Mode
The user can select Spiral Mode in the App. Set the central point and radius,
the drone will spirally fly upward and shoot a video simultaneously, showing a
sense of space.

• Fly to a point to set as the central point
• Fly away the central point to set radius
• Set spiral direction and flight distance to start and shoot a video at the same time
• The mission interrupted if the user moves sticks

SAR Mode
The user can select SAR Mode in the APP. With real-time GPS coordinates, the
drone could help user to search and rescue.
Image interface: show real-time coordinate and time of the drone, support
digital zoom, screen shots to share online
Map interface: show real-time coordinate and time of the drone in ordinary map
and satellite map, screen shots to share online
Waypoint
Choosing waypoint and drawing route both are available at map. The drone flies
along waypoint route at a default speed. If a point of interest is set, the
camera will be locked at the POI. The user can select a way to set waypoints,
including choosing points in flight or on the map, historical routes.
Choosing points in flight:

1. control the drone to a point to set as a waypoint
2.  using sticks to set flight altitude and heading direction, dials to set gimbal angle, and actions when reaching the waypoint
3.  when all waypoints ready, please set waypoints routes attribute, including flight speed, heading direction, action at the destination
4.  POI is enabled when executing waypoints

Choosing points on the map

1. tap map to add waypoint
2.  set waypoint attribute, including flight altitude, action at the destination, rotate direction
3.  drag the POI icon to the map, and set its a;titude and relate waypoints
4.  when all waypoints ready, please set flight speed, failsafe action, and action at the destination
5.  POI is enabled when executing waypoints

Historical routes

1. preview the waypoints and its attribute by entering Favorite list
2. tap to start and show the real-time waypoints trace

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Precise Landing
In the process of Return to Home, the optical flow sensor will match landing
pad features above the home point. Once matched successfully, the drone will
land on the landing pad precisely. Please enable precise landing in the app
before use it.
Fix-wing Mode
In Fix-wing Mode, the drone can only fly forward, not backward. The user can
use sticks to control flight speed and course as showed below (America Mode).

Assembly and Disassembly

Propellers

• Unfold the front and rear arms of the drone.
• Attach the gray marked propellers to the motor mounting base with gray marks on the arms.
• Ensure the propeller is pressed to the bottom of the mounting base.
• Rotate the propeller to the end of the lock direction until the propeller gets bounced and locked.
• Press the propeller forcefully and rotate the propeller along the unlock direction to remove the propeller.

Take the installation of reverse propeller as an example.
If the propeller is damaged, please replace them to ensure flight safety and
efficiency. Check if the propeller is properly installed and fastened before
each flight. Stay away from the rotating propeller to avoid cutting.
Battery
The intelligent battery of FIMI X8 SE 2022 has a capacity of 4500mAh, a
voltage of 13.05V. This type of battery employs high energy cell,
advanced battery management system, and charge and discharge functionality.
Assemble and disassemble

• Push hard the battery, after the battery is installed in place, there will be a “click” sound.
• To remove the battery, you need to press the battery buckle on both sides of the battery to pull out the battery.

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Megaphone & Release-and-drop module

• Install the megaphone & Release-and-drop module as the indicated direction there will be a “click” sound.
• After the installation is successful, the corresponding icon will appear on the APP, click to set the relevant settings.
• Press the lock on the tail of the module and push out the module to remove it from the drone.

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Drone Micro SD card

• When installing SD card to the drone, please unfold the arms of the drone first and open the protection cover
• Insert the SD card with the head side facing upward into the SD card slot
• When removing SD card, press the SD card to pop it out

Note:Support Micro SD ( U3 and above ) 8 ~ 256GB, recommend to use

Charging
Connect the battery, charger and AC cable as shown below, and plug the charger
into a power outlet
When the battery is in charge, the battery level lights are flashing
When the battery is fully charged, the battery level lights go out It takes
about 2 hours to fully charge the battery Turning on and off

• Short press+long press power button 2 seconds to power on/off
• Short press to check battery level

• After the flight, the battery temperature is high, so wait for the battery to drop to room temperature or wait for the battery to stand still for 30 minutes before charging.
•  The optimal charging temperature range of the smart battery is 25±3℃, and charging within this temperature range can prolong the battery life.
•  Recharge and discharge every 3 months or so to ensure battery activity.
•  The smart battery must be charged with the official Femto charger.FIMI will not take any responsibility for all consequences.
  For safety reasons, smart batteries need to be kept low (such as below 50%)
  during long-distance or long-term transportation

Gimbal and Camera

Camera
The camera, equipped with 1/2.0 inch CMOS and wide-angle lens with 25mm
equivalent focal distance, It also comes with various shooting modes,
inculding single, burst, time lapse, panorama shot and slow motion, for
different scenario.
Equip and remove the gimbal protector

• Equip and remove the gimbal protector as shown

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Gimbal
FIMI X8 SE 2022 combines a light weight 3-axis mechanical gimbal with the
latest professional control algorithms and ±0.005° control accuracy, which
provides a stable shooting platform for camera. The pitch axis, default to
tilt from 0°to -90°, can be adjusted by left dial of remote controller or App.
Operating Mode Follow Mode:
The roll axis does not move with the drone and always keep the gimbal
horizontally, which suits for shooting stable videos FPV Mode:
The roll axis rotates with the drone to provide a first person view

Remote controller

With ergonomic design, it is easier and more precise to control. There is no
complicated operation to connect App, just plug in and it works. The remote
controller fully charged can work about 4.5 hours.
Turning on and off
Short press+long press power button 2 seconds to power on/off Short press to
check battery level

Charge

• Connect the remote controller to a power adapter as show below
• When the RC is in charge, the battery level lights are flashing
• when the RC is fully charged, the battery level lights go out
• It takes about 2.5 hours to fully charge the RC in the powered off condition

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Assemble Device

• Tighten the mobile or pad on mobile device holder by extending the holder to the left.
• Open the interface protection cover on the RC bottom.
• Connect your phone and the RC with a USB cable.
• Connect the drone and update firmware according to instructions in Fimi Navi 2020 app.

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Note: The cable slot is
reserved on the right side of the RC.
Recording and Photo Shooting

• Press the shoot button to take a photo. A photo is taken when you hear 2 short sounds.
• Press the record button to record video. Recording starts when you hear 2 short sounds. Press again to stop recording with 4 short sounds.
• The pitch angle of the gimbal can be controlled by toggling the left dial up and down.
• The right dial can adjust EV/ISO.

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Shortcut Buttons

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• Toggle the auto return button to the right when the drone is in flight, the drone will return to the home point.
• In the process of auto return, toggle the auto return button to the left, the drone will hover at place and wait for sticks instructions.
• Push the five-directional button up default to access map or FPV
• Push the five-directional button down default to gimbal center or down
• Toggle the five-directional button left default to turn on/off battery info interface
• Toggle the five-directional button right default to turn on/off self-check interface
• Press the five-directional button center default to turn on/off media
• Right dial to adjust EV/ISO value
• Left dial to adjust pitch angle of gimbal
• When auto take-off/land button turns white, it can be pressed to take off or land
• When the drone meets auto take-off conditions, long press 2 seconds to take off
• When the drone meets auto land conditions,long press 2 seconds to land
• When the drone is executing intelligent flight, short press this button to exit

Sticks Control

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Remote Controller Pairing
When a new remote controller or drone is replaced, please pair the remote
controller and the drone again as shown below：
Turn on the drone
Turn on the RC, long press the power button 15 seconds until hearing constant
beep sound and the power button red light flashes Short press the code pairing
button on the drone , the yellow light on the drone goes out The code pairing
succeeds when the power button on the RC turns white and the yellow light on
the drone keeps on This 5 pin port is only for updating firmware, but X8 SE
Drone is auto equipped with auto update function. So there is no need to use
this 5 pin port.

| Remote lights| Remote status
—|—|—
1| Power button’s red light are on| Weak signal
2| Power button’s red light flashes| Not connected to the drone
3| Power button’s red light flashes| RC Pairing or upgrading firmware
4| Power button’s white light is on| Normal signal
5| Power button’s white light flashes| Recording videos
6| Auto take-off/landing button’s red light is on| Auto take-off or landing
not enabled
7| Auto take-off/landing button’s white light on| Ready for auto take-off

APP

Download and install Fimi Navi 2020 app, register a FIMI user account before
login, and select FIMI X8 SE 2020 to enter device
Image Interface

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1. Real-time Flight Parameters
   ：Tap to return to the home screen.
   ：28.8m: vertical flight altitude from the home point
   ：32.8m: horizontal distance from the home point
   VS1.23m/s: vertical speed
   HS1.80m/s: horizontal speed
   : Estimated landing battery
   : Estimated RTH battery

2. Drone Status
   In flight: current flight status
   GPS: current flight mode, including GPS，VPU，ATTI
   : drone real-time power

3. Signal Status and General Settings
   : show GPS signal status, 0-6 indicates poor with red; 7-12 indicates good
   with yellow; 13 and above indicate excellent with white. Tap to enter flight
   control settings
   : show image transmission signal strength
   : show the RC signal strength, tap to enter RC setting
   : show real-time battery level, tap to enter battery settings
   : tap to enter settings
   : Real-time estimated flight time

4.  Map Interface
   : Displays the drone head orientation, tilt angle, remote control position and
   other information. Click to switch the map to display the aircraft in real
   time Location

5.  Metering Mode
   tap any place in the image interface for metering, when appearing exposure
   lock button, click to lock the value.

6. Gimbal and Image Parameters
   ：Show the the current zoom multiple
   ：Show the current gimbal angle
    ：Show the current EV value
   ：Camera parameter settings, tap to set EV,ISO,shutter,video or photo mode
   resolution, video size, white balance, etc.
   ：Show the capacity of SD card and its residue
   : Megaphone
   : Dispenser

7. Camera Operation Area
   3:26 ：Video record length
   ：Camera parameter settings, tap to set EV,ISO,shutter,video or photo mode
   resolution, video size, white balance, etc.
   ：Tap to switch between photo and video record
   ：Tap to start/stop shooting photos or record videos
   ：Media library, tap to download or preview videos and photos saved in Micro SD
   card

8.  Intelligent Flight
   Tap to enter intelligent flight interface|  ：Auto Take-off
   —|—
    ：Auto Landing
    ：Auto Return
   | ：Waypoints
   —|—
   ：Smart Track, including Trace, Profile, Lock
   ：Orbit
   | ：Tap-fly
   —|—
   ：Dronie, including Rocket and Invert
   ：Spiral Mode
   | ：SAR Mode
   —|—
   ：Aerial Mode
   ：Tripod Mode
   |  ：Course Lock
   —|—
    ：Fix-wing Mode

9. Drone gear mode
   ：Display the current aircraft gear mode, click to switch between “Sport”
   “Normal”“Cine”mode
   Sport Max horizontal speed 18m/s, Max ascent speed 5m/s, Max descent speed
   4m/s
   Normal：Max horizontal speed 10m/s, Max ascent speed 4m/s, Max descent speed
   3m/s
   Cinemax horizontal speed 6m/s, Max ascent speed 1.5m/s, Max descent speed
   1.5m/s

10. .Shortcuts****
    | ：Tap to auto takeoff.
    —|—
    ：Tap to auto land the drone.
    ： Tap to return the drone.

Map Interface

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| ：Tap to center the drone.
—|—
：Display the location of the drone.
：Display the location of the Home.
：Display the location of the phone.
| ：Tap to correct the direction.
—|—
：Switch the map.
：Home point.

Fly

Confirm the drone heading

• The direction of integrated gimbal camera is the drone heading.
• Once the drone is turned on, the heading can be told by navigation lights.
• The red light and the green light indicate the heading, and the yellow light is the tail.

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Always keep the tail pointed at
the user to avoid direction misjudging.
Pre-flight inspection

• Make sure the battery of the aircraft and the remote control are fully charged.
• Make sure that the propeller is installed correctly and that the propeller is not damaged or deteriorated.
• Make sure the camera lens is clean.
• Make sure the SD card is inserted.
• Make sure the front and rear propellers are extended in place
• Whether the camera and gimbal work normally after powering on
• Make sure the FIMI Navi 2020 is running normally

Manual take off

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• Keep both sticks to the bottom inner still over 3 seconds, the propellers start spinning
• Release both sticks once propellers have been spinning, and firmly push the left stick upward to take off the drone
• During flight, release both sticks to hover
• At any time during controlled flight, release the sticks and the drone will hover automatically

Manual take landing

• Slowly move the left stick downward to land the drone
• Once the drone has landed, push and hold the left stick down over 5 seconds, the motors will stop

Safety tips : The drone has no waterproof function. Please be careful of
landing environment.
Do not land on an inclined plane for safety.
Stop propellers in an emergency
When motors can’t properly turn off, please toggle the left stick to the
bottom inner in maximum range, and press Auto take-off/landing button for 5
seconds simultaneously, the motors will stop. Do not do the above operation
during normal flight to avoid motors being stopped in the air.
Flying Condition Requirement

1. The drone is suitable for people above 18 years who have full civil capacity.
2.  Make sure to keep some distance from people, animals, trees, vehicles and buildings while using the drone. Please be careful when someone approaches.
3.  Keep away from airports, railways, highways, high-rise buildings, utility poles and other dangerous environments when operating the drone.
4.  Keep away from the areas with complex electromagnetic signals such as communication base stations and high-power antennas when operating the drone.
5.  The flight altitude and distance of the drone corresponding to the take off point will be limited based on relevant regulations and policies.
6.  Do not use this product at the place and time prohibited by regulations and policies.
7. To protect the legitimate rights and interests of users, please follow the product safety instructions when using.
8.  Do not operate the drone in bad weather such as strong winds, rain, snow, or fog.
9.  Please operate the drone in a broad place with a good GPS signal.
10.  It is suggested that user should make the first flight under the guidance of an experienced pro.

Maintenance and Calibration

Remote Controller Calibration

• Please try to calibrate the remote controller when you detect inconsistencies between stick control and drone flying.
• Select “RC Calibration” in the remote controller menu
• Tap” Start” to calibrate the center, do not move sticks
• Skip to sticks calibration once the center calibration succeed
• Skip to dial calibration once the sticks calibration succeed

Please turn off the power of the drone before calibrating the remote
controller. RC calibration is not available in flight
Compass Calibration
If the magnetic field changes, the compass needs to be recalibrated to ensure
flight safety. If the drone’s compass needs to be calibrated, the App will
give corresponding hints and guidance. After entering the flight 5control
menu, please select “compass calibration”, and then calibrate based on prompts
on the App.

Please connect the drone before calibration. Compass calibration is not
available in flight.
Gimbal Calibration

• Click “gimbal calibration” and enter the calibration page in the gimbal settings menu.
• After the drone is placed smoothly, click to start calibration.
• Do not move the drone during the calibration process.
• After the calibration is completed, the App interface shows “Calibration succeed”.
• If the App interface shows “Calibration failed”, please recalibrate.

Gimbal calibration is not available in flight.
Propellers Maintenance
Propellers are wearing parts. When they’re damaged, replace them in time to
ensure flight safety and efficiency.
Battery Maintenance
Do not throw the battery into fire; Do not batter the battery; Lithium
battery’s capacity reduces significantly in low temperature conditions. Do not
use the battery when it is below 5 degrees. Do not place the battery under the
burning sun.
Gimbal Maintenance
The gimbal of X8 SE 2020, integrated with the drone, does not need to
disassemble. Please be careful not to scratch the camera when store the drone.
Please keep the camera clean for better image quality.
Drone Self-check
The drone enters the self-check when the drone is powered on. If the self-
check failed, App will pop up corresponding hints.
Firmware Upgrade
Please check the firmware version regularly, new version will be pushed by
Femi Navi 2020 App to prompt users to update.
Please download new firmware when the App is connected with the drone and
remote controller

Basic Specification

Drone
Product model：FMWRJ03A8
Dimensions：204×106×72.6mm
Diagonal size：372mm
Take off weight：About 779g
Take off weight：About 815g（Install the megaphone & dispenser module)
Flight time：About 35min
Flight time：About 31min（Install the megaphone & dispenser module)
Max ascending speed：5m/s
Max descending speed：4m/s
Max flight speed：18m/s
GNSS：GPS/GLONASS/CNSS
Hover accuracy： Vertical:±0.1m (Within the ultrasonic detecting range)
±0.5m (when GPS positioning is active) Horizontal: ±1.5m
Operating temperature：0°C ~ 40°C
Suitable altitude：≤5000m
Operating frequency：2.400-2.4835GHz
Data interface: 12-PIN data interface (female)
Charger
Rated input：100-240V~50/60Hz 1.5A
Rated output：13.05V 3A
Rated power：39.15W
Remote controller
Net weight：About 373g
Dimensions：203.8×91×46.6mm
Operating frequency：2.400-2.4835GHz
Type Rechargeable lithium battery
Capacity：3900mAh
Nominal voltage：3.7V
Input：5 V 2A
Max transmission distance About 10000m*
Operating temperature：0 ~ 40°C
Suitable altitude：≤5000m
Battery
Type Rechargeable lithium battery pack
Weight About 270g
Capacity：4500mAh
Voltage：11.4V
Limit voltage：13.05V
E n e r g y：5 1 . 3 W h
Charging ambient temperature：0°C ~ 40°C
Gimbal
Controllable rotation range：0°~ -90°（Pitch）
Angular vibration range：± 0.005°
Lens：FOV 79°
Camera aperture：f1.6
Camera focal distance：4.71mm
Equivalent focal distance：25mm
Sensor：1/2.0” SONY CMOS
ISO range：100 – 6400
Shutter speed：32 ~ 1/8000s
Max video resolution：3840 x 2160 | 30fps | 25fps | 24fps
Max birate: 100Mbps
File system：FAT32
Image format：JPG，JPG+DNG
Video format：MP4
Memory card type Micro SD ( U3 and above ) 8 ~ 256GB
Note：
The 35 minutes flight time refers to constant speed at 6-8m/s (no wind) with
fully charged and low cyclic battery. Remote control distance reach to 10km
(FCC) in open area and no interference . All above testing and
data come from FIMI laboratory, errors may occur in actual use for operating
and environmental changes.
This device complies with Part 15 of the FCC Rules. Operation is subject to
the following two conditions:

1. this device may not cause harmful interference, and
2. this device must accept any interference received, including interference that may cause undesired operation.

FCC warning:
Any Changes or modifications not expressly approved by the party responsible
for compliance could void the user’s authority to operate the equipment.
Note: This equipment has been tested and found to comply with the limits
for a Class B digital device, pursuant to part 15 of the FCC Rules. These
limits are designed to provide reasonable protection against harmful
interference in a residential installation. This equipment generates uses and
can radiate radio frequency energy and, if not installed and used in
accordance with the instructions, may cause harmful interference to radio
communications. However, there is no guarantee that interference will not
occur in a particular installation. If this equipment does cause harmful
interference to radio or television reception, which can be determined by
turning the equipment off and on, the user is encouraged to try to correct the
interference by one or more of the following measures:

• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and receiver.
• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
• Consult the dealer or an experienced radio/TV technician for help.

The device has been evaluated

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