MOTA GIGA-8000 Manuale utente
GIGA™-8000
Owner’s Manual
For Owner’s Manual updates, warranty information, and support, please visit:
www.mota.com/giga-8000
Please read this manual carefully before flying! It has information you need to know for safe and efficient flight.
Please keep this manual in a safe place.
Drones are sophisticated precision devices capable of complex aerial maneuvers. Please read these safety instructions
before using your drone. Failure to operate your drone safely could degrade its perfomance 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.
Fly Safely!
Table of Contents
In the Box
GIGA-8000 Overview
GIGA-8000 Specifications
GIGA-8000 Features
GIGA-8000 Monitor Specifications
GIGA-8000 Monitor Features
Before First Flight
Propeller Installation
Install Landing Skids and Position Antennas
Attaching the Fender Brackets
Connecting the Camera Gimbal
Flight Readiness Indicators
Controller Signal Strength
Critical Battery Level
Motor Unlocking
GPS Signal Strength and Critical
Battery Level
GIGA-8000 Controller
Controller Overview
Transmitter Flying Modes Settings
Flight Parameters Display
4
5
5
5
5
5
6
6
7
7
8
9
9
9
9
10
10
10
11
11
11
11
12
Flight Overview
Primary Flight Data
Secondary Flight Data
Selecting Control Mode 1 and Control Mode 2
Flight Parameters Display Brightness
Flight
Paring the GIGA-8000 with Its Controller
GPS Signal Indicators
Switching the Drone OFF
Compass Calibration
Gyroscope Calibration
Motor Unlocking and Locking
Flight Modes
Altitude Hold
GPS Point Hold
Circular Flight
Follow Me
Return Home
Auto Return
Battery Alarms
Low-Battery Alarm
Controller Low-Battery Alarm
Using the Gimbal
Camera
Take Pictures and Videos
Monitor
Battery Charging
Charging Your Battery
for Peak Performance
Battery Charging and Safety Tips
Battery Disposal
Gimbal
Gimbal Settings
Gimbal Usage Guidance
Interface
Sensor Calibration
Firmware Upgrade
Controller Calibration
Troubleshooting
20
20
20
20
21
21
22
23
23
23
13
12
13
13
13
14
16
17
18
18
18
18
19
19
19
23
24
27
26
25
25
24
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28
4
ON
GIGA-8000
In the Box
Transmitter
11.1V 3S Battery
Landing Skid
Charger BeltOne Screwdriver
Screws
(M1.5 X9 M2.0 Screw-head of one and across)
M3 X9 (3PCS) M2 5X10
(10PCS) PM6X 10 (1PCS)
(4PCS)(Optional)
(Optional) (Optional)
(2PCS)
6. 5X12X0.5
(2PCS)
(4PCS)
Propellers
Monitor ChargerHolder Battery Monitor+ +
4K Camera
Brushless 3-AxisGimbal
We recommend that you carefully read this manual before flying! There is important information contained in this manual that you may need to reference so please keep it in a safe place.
Propeller Fender Bracket Wrench PadAntenna Rubber Plug
Controller Overview
5
GIGA-8000 Overview
MONITOR Specications
5.8 GHz Video Feedback
* Display Size: 7 -inch Diagonal
* Display Type: TFT LCD/Long Life LED Backlight
* Display Resolution: 800 * 480
* Display Brightness: 450cd/m2
* Display Contrast: 500:1
* Display Visual Angle: 140/120degree (Horizontal/Vertical)
* Monitor Working Voltage: DV 7-24V (central positive) or
2S-6SLi-battery
* Monitor Energy Consumption: < 8W
* Monitor Size: 180mm X 120mm X 35mm
* Monitor Antenna Connection: SMA
* Transmission distance will vary depending on battery charge,
battery condition, drone altitude, environmental conditions and
flight parameters
Monitor Features
* No Disruption to 2.4GHz Transmitter
* Foldable Sunshade
* 2 External Power Interfaces
* Video Input and Output
* Built-in 5.8GHz32 High-Sensitivity Receiver
GIGA-8000 Specications
* Battery: 11.1V 5400mAh
* Weight: < 2.75 lbs without battery
* Height: 8.3 in
* Length / Width: 15.5 in
* Propeller Diameter: 9.4 in
* Distance of Axis: 10.6 in
* Brushless Motor: 22 mm x 16 mm
* Brushless Electronic Speed Control: 20A
* Flight Time: approximately 25 minutes *
* GPS Positioning System
* Auto Landing
* Circular Flight
* Auto Hover
* Position Hold
* Follow Me
* Return Mode
* 4K Camera for HD Aerial Photography and Video
* Brushless Gimbal
* 5.8 GHz FPV Monitor
GIGA-8000 Features
6
BEFORE FIRST FLIGHT
Propeller Installation
(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.
Counter-clockwise symbol
FRONT M1M2
M3 M4BACK
LEFTRIGHT
Clockwise symbol
Rotate propellers clockwise
Rotate propellers counter-clockwise
7
BEFORE FIRST FLIGHT
Install Landing Skids and Position Antennas
(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.
Rubber plug
antenna head position Screws
M2.5X10
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).
A
B
A
B
8
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.
Connecting the Camera Gimbal
Note the four connectors for camera orientation and control:
BEFORE FIRST FLIGHT
9
FLIGHT READINESS INDICATORS
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.
Receiver Decoding Indicator (white)
Front-bottom indicators (red)
Back-bottom indicators (green)
Back-bottom indicators (green)
Front-bottom indicators (red)
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 fash 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.
LED Indicators
10
GIGA-8000 CONTROLLER
ON
SWA
SWB
SWC
Mode Types
Altitude Hold
Aux Channel 2
SWC Mode Switch
SWD Flight
Mode Switch
SWB Flight
Mode Switch
Flying Status Indicators
GPS antenna
SWA Flight Mode Switch SWB Flight Mode Switch SWC Flight Mode Switch
Note: Set the mode switches SWA, SWB and SWC to High-Hold Mode before take-off. See above table.
Aux Channel 1
SWA Mode Switch
Power Indicator
Trimming
Page Down
Page Up
Entrance / Exit
Power Switch
Throttle/ Left &
Right Direction
Stick
Forward & Backward/
Left & Right Sideward
Fly Stick
2.4G antenna
0
1
1
1
2
0
1
0
0
0 0
0
0
1
0
Circular Flight
Follow Me
Return Home
GPS Point Hold
and Hight-Hold
SWA
Position Setting
SWB
Position Setting
SWC
Position Setting
Controller Overview
Transmitter Flying Modes Settings
Indice
Altri manuali MOTA Quadricottero
