HUBSAN H107D Plus FPV X4 Plus 2MP Wide Angle HD Camera Altitude Hold Mode RC Quadcopter RTF Instruction Manual
- June 4, 2024
- HUBSAN
Table of Contents
HLIE5AN FPV X4 PLLIE
2.4GHZ RC SERIES 4 CHANNEL
5.8GHz FPV/ FIRST PERSON VIEW
Ages 14+
Please read the instructions carefully before use.
ITEM NO: H107D+
INTRODUCTION
Thank you for buying HUBSAN products. The X4 quadcopter is designed as an easy-to-use, full-featured RC model, capable of hovering and aerobatic flight maneuvers. Please read the manual carefully and follow all the instructions. Be sure to retain the manual for future reference, routine maintenance, and tuning.
SAFETY NOTES
2.1 Important Notes
This RC quadcopter is not a toy
Any improper use of this product will result in serious injury. Be aware of
your personal safety, the safety of others and your surrounding environment We
recommend beginners learn to fly with more experienced pilots before
attempting to fly the X4 for the first time.
2.2 Caution
The X4 quadcopter has parts that move at high speed, which poses a certain
degree of danger. Choose a wide open space without obstacles. Do not operate
the X4 near buildings, crowds of people, high voltage cables, or trees to
ensure the safety of yourself, others, and your model. Improper operation may
cause damage to people and property. 2.3 LiPo Battery Safety Notes
The X4 is powered by a Lithium-Polymer (LiPo) battery.
If you do not plan to fly the X4 for a week or more, store the battery at
approximately 50% charged to
maintain battery performance and battery life.
SAFETY ADVISORY NOTICE
Lithium-Polymer (LiPo) Batteries
LiPo batteries are different from conventional batteries in that their
chemical contents are encased in relatively lightweight foil packaging. This
has the advantage of significantly reducing their weight but it does make them
more susceptible to damage if roughly or inappropriately handled. As with all
batteries, there is a risk of fire or explosion if safety practices are
ignored:
Charge and store LiPo batteries in a location where a battery fire or
explosion (including smoke hazard) will not endanger life or property.
Keep LiPo batteries away from children and animals.
Never charge the LiPo battery that has ballooned or swelled.
Never charge the LiPo battery that has been punctured or damaged.
After a crash, inspect the battery pack for signs of damage. Discard in
accordance with your country’s recycling laws.
Never charge the LiPo battery in a moving vehicle.
Never overcharge the LiPo battery.
Never leave the LiPo battery unattended during recharging.
Do not charge LiPo batteries near flammable materials or liquids.
Ensure that charging leads are connected correctly. Reverse polarity charging
can lead to battery damage or a fire or explosion.
Have a suitable fire extinguisher (electrical type) OR a large bucket of dry
sand near the charging area. Do not try to extinguish electrical (LiPo)
battery fires with water.
Reduce risks from fire/explosion by storing and charging Li Po batteries
inside a suitable container.
Protect your LiPo battery from accidental damage during storage and
transportation. (Do not put battery packs in pockets or bags where they can
short circuit or can come into contact with sharp or metallic objects.).
If your LiPo battery is subjected to a shock (such as a crash), place it in a
metal container and observe for signs of swelling or heating for at least 30
minutes.
** Do not attempt to disassemble or modify or repair the LiPo battery.
2.4 Prevent Moisture
The X4 contains many precision electrical components. Store the battery and
the X4 in a dry area at room temperature. Exposure to water or moisture may
cause malfunction resulting in loss of responsiveness, or a crash.
2.5 Proper Operation
For safety, only use the included HUBSAN spare parts for replacement
2.6 Always Be Aware of the Rotating Blades
When in operation, the rotor blades will be spinning at high speed. The blades
are capable of inflicting serious injury or damage to property. Be careful to
keep your body and loose clothing away from the blades. Never take your eyes
off the X4 or leave it unattended while it is turned on. Stop operating
immediately if the X4 flies out of your view. Once landed, immediately turn
off the X4 and transmitter.
2.7 Avoid Flying Alone
Beginners should avoid flying alone when learning flight skills. We recommend
flying with an experienced pilot nearby in case you need help.
13. The video is not being saved to the SD card.
Always stop the video recording function then power off the battery, after
that, you can take out the SD card.
Always power off the quadcopter before inserting or removing the SD card. This
allows the memory to be properly saved to the SD card.
14. The transmitter will not power on**
Check the battery connection.
If the transmitter battery power is low, you will need to replace it with new
AA batteries.
SAFETY CHECKS BEFORE FL YING
CAREFULLY INSPECT THE XA BEFORE EVERY FLIGHT
- Before operating, check that the batteries of the transmitter and X4 are charged for the flight.
- Before turning on the transmitter, check that the throttle stick is pulled completely backward (down position)
- Carefully check rotor blades and rotor holders. Broken parts will pose a risk of injury and hazard.
- Check the battery and power plug are securely fastened. Severe vibration during flight may detach the plug and result in loss of control.
- When turning on the unit, always turn on the transmitter first and then turn on the X4. To power off, always turn off the X4 first and then the transmitter. The improper procedure may cause loss of control of the quadcopter.
CHARGING THE LiPo BATTERY
4.1 3.7V 520mAh LiPo Battery
Method: Connect the X4 USB slot with the USB charger, then connect the USB
charger to a computer or another USB connector, such as a smartphone charger.
The LED lights up while charging and turns off when charging is complete. The
voltage of the USB is +5±0.5V. The charging time is around 80mins, and the
flying time is around 7mins.
- Take out the battery with the battery compartment when you store it.
- Always power off the quadcopter when you charge the battery.
4.2 Safety Advisory Notice
Always partially charge your LiPo battery before storage. LiPo batteries
retain power over a reasonable period. It is not normally necessary to
recharge stored LiPo batteries unless stored for periods longer than 3-6
months. If your LiPo battery has been over-discharged, it will not be possible
to recharge it again.
Li Po Battery Disposal & Recycling
Lithium-Polymer(LiPo) batteries must not be placed in household trash.
Please contact your environmental or waste agency or the supplier of your
model for local regulations and the location of your nearest LiPo battery
recycling center.
TRANSMITTER
5.1 Identification and Functions of the Main Menu Main Menu
FPV TRANSMITTER Input Key Function
S/N | Mode/ Control | Function |
---|---|---|
(1) | MODE 1 | |
Throttle/ Aileron Stick | Move the stick forward or backward to increase or |
decrease speed. Move the stick left or right to make the quadcopter roll left
or right to initiate a banked turn.
(2)| MODE 1
Elevator/ Rudder Stick| Move the stick forward or backward to make the
quadcopter nose point up or down. Move the stick left or right to make the
quadcopter yaw left or right.
1| MODE 2
Throttle/ Rudder Stick| Move the stick forward or backward to make the
quadcopter ascend or descend. Move the stick left or right to rotate the
quadcopter’s fuselage left or right.
2| MODE 2
Elevator/ Aileron Stick| Move the stick forward or backward to make the
quadcopter move forward or backward. Move the stick left or right to make the
quadcopter drift sideways left or right.
3| Aileron Trim| Aileron trim adjusts for left and right drift.
4| Elevator Trim| Elevator trim adjusts for forwarding and backward drift.
5| Rudder Trim| Rudder trim adjusts for drift of left and right rotation or
yaw.
6| Throttle Trim| The throttle trim is normally left at neutral. The lower
trim turns LEDs on and off.
7| Power Switch| Push ON to turn on the transmitter. Push OFF to turn it off.
8| Photo/ Video| Press the photo button to shoot a photo; Press the video
button to start recording videos, and press again to stop the recording.
9| USB socket| Only for an engineer to upgrade the software, please do not use
it to connect computer
10| Video glasses socket| Connect Hubsan video glasses, which are not included
and need to be purchased
11| Earphone socket| Connect earphones after we upgrade the transmitter, now
there is no voice transmission
5.2 Transmitter Stick Calibration
Mode 2: Push both sticks to the upper left position and hold. Then power on
the transmitter. Rotate both sticks twice. Hold down any trim until the LED on
the transmitter blinks red, indicating a successful calibration.
Mode 1: Push the left stick to the upper left position and the right stick to
the upper right position and hold, then power on the transmitter. Rotate both
sticks twice. Hold down any trim until the LED on the transmitter blinks red,
indicating a successful calibration.
You can change the mode as you like by following
the above method.
5.3 Transmitter Battery Installation
Notice: Do not mix old and new batteries.
Do not mix different types of batteries.
Do not charge non-rechargeable batteries.
Notice:
- The video will stop when the transmitter battery is low.
- When the SD card is full, it can’t record anymore and the screen will display “SD Full”.
- It is best to use a4G+, and class 4+ SD card. The format in the transmitter before use.
- When the power on the transmitter is low, the red LED will blink quickly and the LCD screen will turn black. The transmitter and X4 will not bind if the batteries are low. Please replace them with new batteries.
- If the batteries in the transmitter are running low whilst flying the X4, you will still have control. Please land the X4 and then replace the batteries In the transmitter
5.4 Frequency selectable 5.8Ghz
Your transmitter will automatically find the best frequency to ensure quality
live video transmission. in case there is any interference in your location,
you can change the setting from the range 5.725 to 5.875 Ghz to get a longer
range and better video transmission. Pull the throttle stick to the lowest
position. Press and hold the Elevator stick for 1 second to enter setting
status, move the stick up/down to choose 5.8G FREQUENCE, push the ELEVATOR
stick to the right and move the stick up/down to select the frequency set, set
what frequency you need by pushing the stick left/right, exit this setting as
the displayed arrows show. Or hold down the ELEVATOR stick for 2 seconds to
exit.
Play Record
Set Real Time
Format SD Card
These three functions will not work on this quadcopter as they are for other
quadcopters.
CAMERA RECORDING
Note: Always power off the quadcopter before inserting or removing the SD
card. Always stop the video recording function and power off the battery
first, and then you can take out the SD card.
6.1 Use the X4 power button to record videos:
6. 1 .1 Press the button on the side of the quadcopter (near the SD card
slot) to start recording.
A red light inside the SD card slot will blink and the two red LEDs on the X4
will blink alternately when recording started.
6.1.2 Press the button again to stop recording. The red lights will stop
blinking and the video will be saved.
Press the power button for 2 seconds will power off the X4.
Note: Carefully and properly orient the SD card for insertion in the X4 (See
the picture above). Avoid removing the SD card and re-inserting again too
quickly otherwise, the recording module will not work properly
WARNING: First format the SD card in the computer by connecting the
quadcopter with the USB cable or using an SD card reader.
6.2 Use the transmitter button to record videos/ take photos:
You can also start the recording/ take photos by using the button on the
transmitter, see below.
6.2.1 Press the video button. The red recording
time is displayed at the bottom of the screen when recording is started (see
pic. 1) and the red LEDs on the X4 will blink alternately. Press the video
button again. The white time indicates the left recording space.
6.2.2 Press the photo button. The blue numbers are displayed at the bottom of
the screen (see pic. 2) and the red LEDs will blink one time. The first line
means photo quantity that shot. The second line indicates the left space for
photos.
Power off both the transmitter and the X4 before inserting or removing
the SD card.
*** If you don’t want to save the video, just power off the quadcopter
before you press the button again.
6.3 Play the record**
You can play the videos or review the photos by connecting the quadcopter to a
computer with a USB cable or using an SD card reader.
FLYTHEX4
7.1 Power-On Safety Mode
Your X4’s flight controller is designed with a Power-On safety feature that
ensures that the X4’s motor will not start unless it detects a suitable
control signal when the LiPo battery is connected.
7.1.1 Power on the transmitter and the red LED will blink. Do not move any
other stick or trim before the transmitter and X4 finish pairing, or the X4
will drift. The transmitter LED will turn green after pairing is successfully
completed.
7.1.2 Press the power button under the quadcopter. Make sure the battery
compartment is pushed into the bottom. Put the X4 on a level surface before
the flight, or the X4 will drift. 7.1.3LED Indicators
After a “beep”, the red LED on the transmitter turns green and the red LED
lights on the X4 turn steadily, indicating a successful pairing.
Low Battery Alarm. The two red LEDs will blink at the same time and the X4
will descend and land automatically to Smeters or lower from the takeoff point
when the X4 battery is low.
First Pilot View(FPV) Instructions:
For those just starting FPV with the Hubsan H107D please start S-1-0-W-L-Y and
use the following guidance:
- Learn how to fly the X4 and maintain control both indoors and outdoors at an altitude no higher than 10 feet before you advance to FPV flight and higher altitudes. A large part of being successful in FPV is training your fingers and brain to know how the model will respond to your inputs so you can predetermine your stick movements. It is very different to look at an LCD or goggles and determine hover, altitude, and speed. You will need to visually correlate and remember how the model reacts with stick movements and also the differences between those movements when in no wind and windy conditions.
- When flying indoors or outdoors allow for plenty of free space with no couches, tables, trees buildings, or other objects that you might fly into. A large area with soft grass is a perfect outdoor area to learn to fly. An asphalt parking lot is a terrible place to learn to fly. It is recommended that you use a safety spotter for your FPV flights!
- First learn to master hovering, then master flying a square or rectangular pattern by recognizing features that are picked out before you begin your FPV flight.
7.2 Headless Mode
Headless mode means the X4 will default to any direction as its head is in
front of the transmitter. The blue lights on the X4 will blink and “HEADLESS
ON” shows on the LCD screen when the X4 is in headless mode.
Press the Throttle stick briefly to switch on/ off
headless mode.
Press the Throttle stick to enter headless Mode, indicated by two “beeps”.
Press the Throttle stick again to exit headless Mode, indicated by one “beep
7.3 Transmitter Sticks And X4 Control Responses
CAUTION. To avoid loss of control, always move the transmitter sticks
slowly. Be aware that control inputs will reduce available lifts. Wait a few
seconds for the X4 to recover the height.
The throttle increases/decreases the flying height
of your quadcopter.
This quadcopter can hold the altitude in the air.
Method: Push the throttle stick up and the quadcopter will rise; Release
the stick to the central position, and the quadcopter will hover automatically
and hold its altitude; Pull the stick down and the quadcopter will fall.
Rudder rotates your quadcopter’s fuselage left or
right.
The elevator moves your quadcopter forward and
backward.
Aileron moves your quadcopter left and right.
7.4 Start/ stop the motors
When you need to stop the motors quickly you can use both stickers to stop the
motors.
Stop the motors
Method: Pull the two sticks again as in the picture. Release them after the
motors stop.
Start the motors
Method: Pull the two sticks as the picture shows. Release them after the
motors start.
Note: You can also use the throttle stick to start/ stop the motors. The
X4 will ascend or descend slowly.
ADVANCED PERFORMANCE SETUP
8.1 Reversing channel setup
If you would like to reverse any of the stick functions due to personal
preference then follow the instructions below. Be aware that this will change
the controls back to front. Pull the throttle stick to the lowest position.
Press and hold the Elevator stick for 1 second to enter setting status, move
the stick up/down to choose SET REVERSE, push the ELEVATOR stick to the right,
move it up/down to choose, and push right to confirm or exit. Hold down the
ELEVATOR stick for 2 seconds to exit.
8.2 SENSITIVITY SET UP
If you would like to change the sensitivity of any of the stick functions then
follow the instructions below. A higher sensitivity value will enable
larger/faster movement of the aircraft, while a lower sensitivity value will
enable smaller/slower movement.
Pull the throttle stick to the lowest position. Press and hold the Elevator
stick for 1 second to enter setting status, move the stick up/down to choose
SET SENSITIVE, push the ELEVATOR stick to the right, and press the elevator/
aileron/ rudder trim to set the sensitivity. Push the elevator stick to the
right to exit. Hold down the ELEVATOR stick for 2 seconds to exit the setup
menu.
8.3 EXPERT MODE
In expert mode, the sensitivity can be adjusted even further (up to 100) to
give the user even more ability to maneuver the aircraft. Follow the
instructions below to switch this on/off. Pull the throttle stick to the
lowest position. Press and hold the Elevator stick for 1 second to enter
setting status, move the stick up/down to choose SET SENSITIVE, push the
ELEVATOR stick to the right, choose NORMAL MODE, push the ELEVATOR stick to
the right to enter into the expert mode, press the elevator/ aileron/ rudder
trim to set the sensitivity. Push the ELEVATOR stick to the right to exit this
set. Hold down the ELEVATOR stick for 2 seconds to exit.
8.4 Aerial Flip
Press and hold down the Throttle stick for 1 second to enter Flip Mode,
indicated by “beeps”.
The beeps will last for 2 seconds. In these 2 seconds, push the accordance
sticks to perform the flips.
8.4.1 Left Flip
Push the Aileron stick to the left. Release the stick to the center position
after the flip.
8.4.2 Right Flip
Push the Aileron stick to the right. Release the stick to the center after the
flip.
8.4.3 Forward Flip
Pull the Elevator stick forward. Release the stick to the center after the
flip. 8.4.4 Backward Flip
Push the Elevator stick backward. Release the stick to the center after the
flip.
Note: When the X4 battery is low, performing a
flip is not possible.
REPLACING PROPELLERS
The X4’s propellers are not identical. Each propeller is labeled with an A or
B. When installing replacement propellers, be sure to install them as shown
below. The X4 will not fly but will flip and crash if the propellers are not
installed correctly.
Remove Propellers: Hold the propeller, insert the U
wrench under the propeller, pull up and the propeller will easily come off the
motor shaft
Install Propellers: Pinch the propeller hub, align the hole to the motor
shaft and press it straight down firmly but gently.
Exploded View
No | PART NAME | QTY |
---|---|---|
1 | PCBA-Receiver board | 1 |
2 | 5.8GHz TX camera module | 1 |
3 | 720P camera module | 1 |
4 | 820 motors (clockwise) | 2 |
5 | 820 motors (counterclockwise) | 2 |
6 | LiPo battery (3.7V 520mAh) | 1 |
7 | FFC video cable | 1 |
8 | Red LED light cable | 2 |
9 | Blue LED light cable | 2 |
10 | 5.8GHz antenna | 1 |
11 | Upper shell | 1 |
12 | Lower shell | 1 |
13 | Black blade A | 2 |
--- | --- | --- |
14 | Black blade B | 2 |
15 | Barometer sponge | 1 |
16 | Transparent canopy | 1 |
17 | Battery compartment cover | 1 |
18 | Battery compartment | 1 |
19 | Transparent LED hood | 4 |
20 | Motor upper rubber set | 4 |
21 | Motor lower rubber set | 4 |
22 | Screw | 4 |
23 | Screw | 8 |
HTO7D+ TROUBLESHOOTING
-
The transmitter and X4 do not pair.
Power on the X4 after the transmitter shows Bind to Plane”. Close the Transmitter to the X4 during binding Make sure you do not move the transmitter sticks or trim during initial power-on -
The transmitter LED suddenly goes out.
Replace the AA batteries in the transmitter. -
The transmitter display is not showing the setting interface after holding down the Elevator stick for 2 seconds.
The throttle stick needs to be in the fully down position. -
Gyro is not working well.
(1) the Battery voltage is too low.
(2) Pair the X4 with the transmitter again.
(3) Land the X4 with the throttle stick in the fully down position for 3 seconds and then take off again. -
X4 won’t perform flips.
(1)Press and hold down the throttle stick for 1 second to enter into flip mode. Do the flip when the transmitter “beeps”.
(2) LiPo power is too low. Recharge the X4 -
The quadcopter is shaking and making noise.
Check that the motors, canopy, body, and propellers are all properly positioned -
Switching between low and high rates on the transmitter is difficult.
Press the Elevator stick briefly to switch between Expert Mode (transmitter shows “EXPERT MODE”) and Normal Mode (transmitter shows “NORMAL MODE”) -
Cannot take off.
(1)Make sure the propellers are installed correctly. The propellers are marked with “A” (clockwise) and “B” (counterclockwise). Refer to the Top View picture below for the correct orientation.
(2) Make sure that each motor is installed correctly. There are two different motors with different motor wire colors. Refer to the Bottom View picture below for the correct order
-
Removing and installing LEDs
Removal: Unscrew and remove the upper shell and the motors. Then desolder the thinner LED wires
Installation: Solder the red/ blue wire onto the anode/positive (+) lead of the LED, and the black wire onto the cathode/negative (-)lead of the LED. Press the LED wires into the leg slots, then press the motor wires into the leg slots. Install the upper shell with screws. You can tell apart the color of the LED lights by the color of the LED wire: the red wire is the red LED, and the blue wire is the blue LED.
-
The motors do not spin freely after a crash.
Press the shaft down from the top of the propeller and motor to remove any objects, or replace the motor. -
One or more motors stop working.
(1) Spin the propellers to see if they jammed the motors, and make sure the propellers can spin normally.
(2) Resolder any broken motor connections.
(3) Replace the motor. -
The X4 always drifts in one direction.
Calibrate the accelerometer as follows:
- Before calibrating the accelerometer, make sure that the propellers, motors, and body are in good condition with the battery fully charged. Ensure that the battery compartment is installed correctly Pair the X4 and transmitter, then put the X4 in Expert Mode.
- Set both the aileron and elevator trim to the middle so that the LCD
displays SO.
3) Pull the Throttle stick fully down and move the Rudder stick to the lower right position. Quickly move the Aileron stick to the left and right repeatedly until the two headlights blink. indicating successful calibration. This calibration will reduce excessive drifting when doing level yaw turns. - If the X4 still drifts to one side, add a few sheets of paper (the number of sheets will vary depending on the amount of drift) to the side of the X4 that drifts. The paper will help counterbalance and create a level offset angle.
-
The video is not being saved to the SD card.
Always stop the video recording function then power off the battery, after that, you can take out the SD card.
Always power off the quadcopter before inserting or removing the SD card. This allows the memory to be properly saved to the SD card. -
The transmitter will not power on
Check the battery connection.
If the transmitter battery power is low, you will need to replace it with new AA batteries.
H107D+ SPARE PART CHART
FCC Information
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 protectionagainst 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 to an outlet on a circuit different from that to which the receiver is connected.
- Consult the local dealer or an experienced radio/TV technician for help.
Changes or modifications not expressly approved by the party responsible for
compliance could void the user’s authority to operate the equipment.
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.
Electrical and electronic equipment that is supplied with batteries
(including internal batteries)
WEEE Directive & Product Disposal
At the end of its serviceable life, this product should not be treated as
household or general waste. It should be handed over to the applicable
collection point for the recycling of electrical and electronic equipment or
returned to the supplier for disposal
Internal / Supplied Batteries
This symbol on the battery indicates that the battery is to be collected
separately This battery is designed for separate collection at an appropriate
collection point
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