MOTA GIGA-8000 (01) PDF MANUAL

Please read the safety instructions carefully before using your drone. Failure to operate your drone safely could degrade its performance and cause harm to people, animals, or property.

Please do not fly:

– Near or around obstacles such as birds or pets, aircraft, helicopters, other drones, antennas or overhead lines, or airborne toys like kites.

– In or near airports or restricted areas.

– In adverse conditions such as strong winds, rain, hail, snow or sleet.

– If you are impaired, tired, or distracted.

Please do:

– Know and comply with laws and regulations respecting drone use in your area.

– Keep hands away from rotors when drone is switched on.

– Fly within transmitter range, which is 75 feet.

(1) Install clockwise propellers (recognizable by their black cap) on the M2 and M4 motors by rotating in counter-clockwise direction.

(2) Install counter-clockwise propellers (silver cap) on to the M1 and M3 motors by rotating in clockwise direction.

(2) Insert the two antennas through the holes of the landing skids.

(3) Secure an antenna rubber plug on landing skid and guide the antenna out of the antenna hole.

(4) Place 8PCS M2.5*10 screws into the screw holes and tighten them with the M2.0 hexagon screwdriver as shown.

(5) Secure the head of the antenna to the inside relevant position of the landing skids as shown.

1. Remove the A and B screws below the motor.

2. Insert the two positioning pillars of each fender bracket into screw holes A and B and secure with the fender bracket screws (size M3*12).

Note the four connectors for camera orientation and control:

1. S4+5V G is the green connector and S3+5V G is the white connector. They are used to compensate for pitching and rolling.

2. S1 S2 G is the blue-yellow connector. It is used to control taking pictures and videos.

3. +12V G is the red connector. This is the gimbal power line.

These indicators give you vital information about flight readiness status. Treat them as a go / no go for flight. Do not attempt a take-off if they do not show that the drone is ready for flight.

Controller Signal Strength (White):

The white bars on the drone illuminate steadily when controller signal strength is within specification.

The white bars flash rapidly or slowly when controller signal strength is not within specification.

Critical Battery Level (Red and Green):

If battery voltage reaches critical level, or less than about 10.4 V, the red and green bars will flash slowly and the Critical Battery Level Alarm will sound.

Motor Unlocking (Red):

The red bars on the drone illuminate steadily once the motors are unlocked. They will flash quickly when the motor is locked. Motors must be unlocked.

GPS Signal Strength and Critical Battery Level (Green):

The green bars on the drone illuminate steadily when GPS signal strength is within specification.

If GPS signal strength is not within specification, the green indicators will flash.

Note: Set the mode switches SWA, SWB and SWC to High-Hold Mode (Altitude Hold) before take-off. See above table.

Flight parameters are shown on three screens: Flight Overview, Primary Flight Data, and Secondary Flight Data.

Switch the Controller ON to show the flight parameter screens.

Primary Flight Data: Press ENT/EXT button briefly to see the Primary Flight Data screen.

Press and hold the ENT/EXT button to return to the Flight Overview.

Secondary Flight Data: Press the UP or DOWN button briefly to toggle between the Primary and Secondary Flight Data screens.

Note: Factory default is Control Mode 2. The two modes assign different actions to the two control sticks.

Users who are more comfortable with Control Mode 1 may want to switch to it:

(1) With the Flight Overview screen displayed, briefly press the UP button to switch between Control Mode 1 and Control Mode 2.

(2) Press the UP or DOWN button to select Mode 1 or Mode 2 and briefly press ENT/EXT to store.

(3) Press and hold the ENT/EXT to return to the Flight Overview screen.

With the Flight Overview screen displayed, briefly press the DOWN button to enter the contrast adjustment interface and press the UP or DOWN button to adjust the LCD contrast. Press and hold EXT/ENT to return to the Flight Overview screen.

The drone does not have a power ON switch on its frame. Switching ON the battery switches ON the drone.

(1) Set the SWA, SWB and SWC switches on the Controller to 0.

(2) Insert the battery into the drone’s battery bay.

(3) Switch the battery ON:

a. Briefly press the ON/OFF power indicator button on the battery, and the battery will enter Stand-by status.

b. Press and hold the ON/OFF power indicator button on the battery for 4-to-5 seconds, and the battery will enter Power-On status.

(4) After entering Power-On status, the LED lights in front-bottom and back-bottom of the drone will begin flashing rapidly.

(5) Verify that the battery power level indicators are lit steadily, and show battery at maximum power.

Note: If you do not start the motors when in Power-On status, the battery will remain in Stand-by status for about 10 minutes and then enter the Sleep status.

(6) Move the Controller’s power switch to the ON position. The Controller will beep twice indicating successful pairing, and the drone’s LED indicators will illuminate steadily.

Notes: When the Controller is searching for satellites, set the SWC switch at “1”. After searching, set the SWC switch at “0” again.

(1) When the drone begins receiving a GPS signal for the first time, it will take about 2-to-5 minutes to identify and link to GPS satellites.

(2) When the rear green indicators of the drones illuminate steadily, it means the drone can perform operations such as GPS position hold and return flight.

(3) With GPS link confirmed, open the Primary Flight Data screen on the Controller to verify both GPS links are active and to ascertain GPS signal strength.

a. GPS signal strength is shown to the right of the two satellite-antenna icons.

b. GPS signal strength must be at 5 or higher for the drone to perform certain operations such as Follow Me.

(1) Press and hold the ON/OFF power indicator button on the battery for 4-5 seconds to switch OFF the battery.

The drone’s Compass must be recalibrated each time it is moved to a location different from its previous flight. Compass calibration helps ensure flight stability.

To calibrate the Compass:

1. Verify that the drone is not near interference sources such as magnetic fields, power lines, and large metal structures.

2. Pull the throttle stick toward the bottom.

3. Set the switches SWA, SWB, and SWC at 0.

4. Switch ON the drone and the Controller.

5. Verify successful pairing.

6. Move the SWA switch from 0 to 2 to 0 rapidly and repeatedly. Verify that the drone is in Compass Calibration status by the back green LED indicators on the drone flashing rapidly.

7. Rotate the drone by hand horizontally in either direction to describe 3-to-5 circles.

8. When the frequency of the green LED indicators flashes are about 1 second, rotate the nose downward 90° so that the drone points toward the ground.

9. Rotate the drone by hand horizontally (with the nose downwards) in either direction to describe 3-to-5 circles.

10. When both the front-bottom and back-bottom LED indicators of the drone are flashing, it means the compass calibration was successful.

11. Power the drone OFF, then ON, before flight.

Note: When the front-bottom red LED indicators of the drone don’t light and the back-bottom green LED indicators illuminate steadily, the Gyroscope must be calibrated in order for its motors to be unlocked for flight.

1. Place the aircraft on level ground when calibrating the gyroscope.

2. Pull the throttle stick toward the bottom.

3. Set the switches SWA, SWB, and SWC at 0.

4. Move the Left & Right Sideward Flight Stick left and right rapidly and repeatedly.

5. When both the front-bottom and back-bottom LED indicators of the aircraft are flashing, it means the gyroscope calibration was successful.

6. Power the drone OFF, then ON, before flight.

Unlocking – Mode 2:

After successful pairing of the drone and Controller, pull the Left Flight Control Stick toward the bottom right.

After successful unlocking, the front-bottom red indicators of the drone will illuminate steadily and the motors will enter Flight Idle status.

Note: After unlocking, please take off within 10 seconds, otherwise, the drone will leave Flight Idle status.

Locking – Mode 2:

After successful pairing of the drone and the Controller, pull the Left Flight Control Stick toward the bottom left.

After successful locking, the front-bottom red indicators of the drone will begin flashing.

Note 1: To prevent unintended loss of altitude use Altitude Hold mode for every take off.

Note 2: Users new to the GIGA-8000 should use Altitude Hold, GPS Point Hold and Return Home modes whenever possible to ensure stable flight while they learn the drone’s capabilities.

Note 3: For the following modes (GPS Point Hold, Circular Flight, Follow-Me, Return Home), set mode outdoors, and ensure both GPS status levels are 5 or higher.

(1) Altitude Hold (SWA:0, SWB:0, SWC:0)

When the aircraft reaches the desired altitude, let the throttle stick return to the middle position automatically. The drone will then maintain its current altitude.

(2) GPS Point Hold (SWA:1, SWB:0, SWC:0)

With the drone in Altitude-Hold mode, set the SWA switch at 1. The drone will enter GPS Point Hold Mode, maintaining its position and altitude.

(3) Circular Flight (SWA:1, SWB:1, SWC:0)

With the drone in GPS Point Hold mode, set the SWB switch at 1. After keeping the drone hovering for 3-to-5 seconds (in this position the drone will be rotating):

– Use the Right Flight Control Stick to control the radius of the flight.

– Use the Left Flight Control Stick to control the direction of flight, clockwise or counter-clockwise.

(4) Follow-Me (SWA:1, SWB:0, SWC:1)

With the drone in GPS Point Hold mode, set the SWC switch at 1. The drone will maintain its distance from the Controller while rotating in place until its nose points at the Controller. When moving the Controller, the drone will move to continue to maintain this relative distance.

(5) Return Home (SWA:2, SWB:0, SWC:0)

Set the SWA switch at 2. The drone will fly back to its take-off location and land.

(6) Auto Return

If the drone loses the Controller signal, it will automatically enter Auto-Return mode and fly back to its take-off position and land.

Disengaging Auto Return Mode:

When the aircraft is in Auto Return mode and again enters the Controller’s signal range, use the SWA switch to deactivate Auto Return mode:

A. If the SWA switch was set to 0 when the drone entered Auto Return mode: Set the SWA switch to 1, then to 0.

B. If the SWA switch was set to 1 or 2 when the drone entered Auto Return mode: Set the SWA switch to 0, then to 1, and then to 0.

Low-Battery Alarm (Drone):

The drone will enter Critical Battery Level Alarm mode when battery voltage drops to 10.2 – 10.4V. The alarm will beep repeatedly and the front-bottom and back-bottom indicators will flash.

Warning: If the drone has entered Critical Battery Level Alarm mode there will generally be between 1-to 2 minutes of flying time left. Immediately direct the drone to a safe area and land. Flight time depends on battery status and condition, flight conditions and drone operation.

Controller Low-Battery Alarm:

The Controller will enter Controller Low-Battery Alarm mode when its battery voltage drops below specifications. The alarm will beep repeatedly and the Controller’s Power Indicator will flash slowly.

Warning: The drone may be at risk of losing the Controller signal. Please replace the Controller’s batteries immediately.

In order to control the gimbal with the Controller, use the auxiliary knobs AUX1 and AUX2, as follows:

1) Rotating AUX1 to the right rotates the gimbal to point camera upwards.

2) Rotating AUX2 to the right rotates the gimbal to point camera downwards.

3) Rotating AUX3 (as per manual text, though images may differ) to the right rotates the gimbal to point camera to the right.

4) Rotating AUX3 (as per manual text, though images may differ) to the left rotates the gimbal to point camera to the left.

Alternatively, the manual also states to use the rotary controls AUX1 and AUX2 to adjust the pitching and rolling angle of the gimbal. These two controls correspond to ports on the drone labeled S3+5V G and S4+5V G.

1. Direct operation using camera keys:

When powered on, the monitor will show the video interface signal. Press the ENT key to take videos. The video icon will be shown on the monitor. When the icon in the red square frame is flashing, it means it is recording video. Quickly press the ENT key again to stop taking videos and store.

Press the mode key when taking pictures. When the icon changes to the picture taking interface icon, it is in the picture taking interface; if you need to take pictures, press the ENT key. The Controller will beep twice.

2. SWD switch operation on the Controller:

When powered on, the monitor will show the video interface signal. Put the SWD switch to “2”; it will return to “1” automatically, and the camera will be recording video. The icon on the monitor will be the recording video icon. When the icon in the red square frame is flashing, the camera is recording video. To stop recording video, put the switch to “2”; it will return to “1” automatically again.

To take pictures, put the switch to “0”; it will return to middle automatically. When the picture taking interface icon is displayed on the monitor it means that the camera has entered picture taking interface. To take a picture, put the switch to “2”; it will return to middle automatically. The camera beeper will emit two beeps.

After taking pictures, all the pictures will be stored in the SD card.

1. Connect the Monitor to the Controller if necessary and insert the Monitor’s battery (DC 12V1 or DC 12V2).

2. Insert one of the AV port lines to AV OUT and the other port to the Monitor. The Monitor will show the same images as the LCD.

3. Insert the AV line for external AV signal to AV IN; the LCD will automatically switch to external AV signal and the wireless signal will cut off.

4. Buttons:

VOL- Decrease volume VOL+ Increase the volume

MENU Selection: Brightness – Contrast – Chroma

-Decrease +Increase

Frequency List:

Charging Your Battery for Peak Performance:

(1) Connect the power adapter’s plug to the battery as shown, and then connect adapter’s power plug to AC power.

(2) The indicator on the battery will flash when charging and will display the current battery power.

(3) To maintain peak performance it’s best to discharge and recharge the battery once every 3 months.

(1) The drone is compatible with an 11.1V 3S battery only. Do not use other batteries.

(2) Do not use or charge the battery if it is cracked, swollen, dented, leaking, or damaged in any way.

(3) Please place the battery and charger on a cement surface without flammable materials nearby when charging.

(4) Do not:

(a) Leave a charging battery unattended.

(b) Charge the battery for an extended time.

To maintain performance:

(a) Discharge and recharge the battery once every 3 months.

(b) Remove it from AC power once it is charged.

(5) If you do not need to use the battery for an extended period, please discharge it to 40%-to-50% and store it in a battery box.

Dispose of the battery after re-charging it more than 300 times. Discharge the battery completely and dispose of it only at an authorized facility.

The GIGA-8000 comes with a brushless gimbal.

1. Use the rotary controls AUX1 and AUX2 to adjust the pitching and rolling angle of the gimbal. Note: These two controls correspond to ports on the drone labeled S3+5V G and S4+5V G.

2. The port labeled G+12V provides 12V power for camera or other payload equipment.

3. The ports labeled S1 and S2 are the control ports for taking videos and pictures. Note: these ports are designed for our gimbal and camera.

Gimbal Usage Guidance:

Please make sure all axis motors are working smoothly and the camera is installed. Please properly adjust gimbal before power on, otherwise, the gimbal may shake.

Note: The port labeled USB is used for the aircraft to debug the flying parameters (caution should be exercised when used by nonprofessional pilots).

Power: The red end is positive and the black end is negative.

The input voltage is 10V-16V (we suggest you to use a 3S LiPo). Please use BEC if the voltage of power/battery exceeds the above value. The gimbal can support a general receiver and it can access the proportion knob channel to perform gimbal pitching and rolling.

Y1 (Pitching Axis): The gimbal pitching axis controls the input channel. When not being operated manually, the gimbal pitching axis will maintain a horizontal position. Insert to S3 interface.

Y2 (Rolling Axis): The gimbal rolling axis controls the input channel. When being controlled, the gimbal rolling axis will maintain a horizontal position. Insert to S4 interface.

USB: The USB of the gimbal can be used for gimbal parameter adjustment and firmware upgrades.

Reset button: Use only to force-enter Firmware Upgrade mode. When there are problems in the normal upgrade process and gimbal does not function normally, turn OFF the power and press the button again, simultaneously powering on the gimbal; it will enter Firmware Upgrade mode to upgrade the firmware.

When an extended time has passed since the most recent use or power on, one axis of the gimbal will slope to one side slowly. In this event, calibration of the sensor is necessary. You can use the software of Hohem 2-Axis Brushless Gimbal to make calibration. Please make the operation strictly according to the directions of the software. Otherwise, the gimbal may not work normally.

Note: Before delivery, the gimbal has already been calibrated. Please do not calibrate it if unnecessary.

Users can get the newest functionality by upgrading the firmware:

Step1: With power turned OFF, press the “Firmware Update” button to power on the gimbal; this places the gimbal in firmware update mode.

Step2: Open the upper PC software on the PC port of gimbal and use the USB port to connect the gimbal; the upper monitor will show “USB Link” indicating the upper monitor has detecting the gimbal.

Step3: Select the firmware document ending in .GIB and click “Begin to Update Key” until “100%” is displayed; at this point the update is finished.

Note: Calibration has been performed in the factory. Controller calibration should not be necessary. Calibration should be undertaken only by trained personnel.

(1) Set the Controller switches SWA, SWB, and SWC to 0 and set trim in center.

(2) Set the SWB switch at 1, the SWA and SWC switches at 0, push up the forward/backward trimming and turn ON the power switch at the same time. When three indicators on the Controller are all lit, Controller Calibration mode has been entered. (This includes putting SWB mode switch to “1” and holding trimming upward while powering on).

(3) Rotate the throttle stick and forward/backward stick in 2-3 circles and then place in the middle. (This involves pushing the two control sticks to rotate in any direction with the largest distance, repeating two circles, then putting the throttle to the middle (50%)).

(4) Rotate AUX 1 and AUX2 rotary controls to the left and right and then set at “0”.

(5) Set the SWB switch to 0. The calibration will be finished. (This includes putting SWB mode switch to “0”).