V1.0
CONTENTS

AERIAL IMAGING SOLUTION

02 INTRODUCTION

03 ST24/ST12 OVERVIEW

04 SPECIFICATIONS

05 NOTICES AND WARNINGS

06 GENERAL SAFETY PRECAUTIONS AND WARNINGS

08 DISCLAIMER

09 BATTERY WARNINGS AND USAGE GUIDELINES

10 CHARGING THE LIPO FLIGHT BATTERY

11 CHARGING THE LI-ION ST24 BATTERY

11 CHARGING THE LI-ION ST12 BATTERY

12 ASSEMBLING THE H920

13 FLIGHT CONTROLS

14 CONTROL RATE KNOB

14 FLIGHT MODES

17 INSTALLING THE GB603 GIMBAL AND CAMERA

17 ATTACHING CGO4 GIMBAL CAMERA TO MULTICOPTER

19 LED STATUS INDICATION

20 PREPARING TO FLY

20 FLYING

21 COMPASS CALIBRATION

23 BINDING (SINGLE MODE)

24 CAMERA CONTROLS (SINGLE MODE)

25 BINDING (TEAM MODE)

27 CAMERA CONTROLS (TEAM MODE)

GROUND IMAGING SYSTEM

28 INTRODUCTION

28 SPECIFICATIONS

29 BATTERY WARNINGS AND USAGE GUIDELINES

30 CHARGING THE BATTERY

31 WARNINGS

31 INSTALLING THE PROACTIONTM BATTERY

31 ATTACHING THE GB603 TO THE PROACTIONTM

32 FOR THE SONY® α7 CAMERA

32 ATTACHING CGO4 GIMBAL CAMERA TO PROACTION

33 POWERING ON/OFF

33 PROACTIONTM CONTROLS

34 Panasonic® GH4 CAMERA APP

34 SONY® α7 CAMERA APP

35 CGO4 GIMBAL CAMERA APP

35 ATTACHING A MOBILE DEVICE TO THE PROACTIONTM

35 WARRANTY INFORMATION

36 OVERVIEW

37 CERTIFICATION INFORMATION
AERIAL IMAGING SOLUTION

INTRODUCTION

H920

The TORNADO H920 is a professional multirotor aerial photography and videography 

platform. Its unique and innovative features make it possible to capture amazing 

photographs and video footage for a variety of uses. The modular aircraft platform is 

compatible with GB603 gimbal, as well as CGO4 Camera /3-Axis Stabilized Gimbal System.

ST12 

ST12 is a Personal Ground Station mainly for the multirotor, featuring 12-channel 

2.4GHz RC transmitter and a 5.5-inch Android touchscreen display. With the 

convenient and portable ST12, flying control over the professional aircraft manually is 

never been easier than ever before.

ST24

Besides being an advanced 24-channel 2.4GHz RC transmitter - the ST24 is also a 

powerful Personal Ground Station (PGS) that includes built-in hardware and 

functionality for a 5.8GHz digital video downlink and first-person view. With the ST24 

it's no longer necessary to use separate components to view real-time video and 

telemetry data during flight. 

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TS01

TS02

TS03

TS04

00 : 35 : 25 System Setting Channel Setting Model Select

9 25.0 V

TS05

TS06

TS07

TS08

GPS

VOL

FSK

WiFi

CHA

POS

CHA

POS

Roll 120 Pitch 0 ̊  ̊

D/R 0 ̊ 20

10

10

0 0

0.0KPH

1 KM

0

-10

-20 -10 20 -20

0

20

10

10

0 0

0

-10

-20 -20 -10 20

0

15 16

5 1

6

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2 3

4

ST24

ST12
GB603 SINGLE OPERATOR MODE / ST24

1 Motor Start/Stop Button

2 Gimbal Yaw Mode (Follow Mode/Global Mode)

3 Gimbal Pitch Mode (Angle Mode/ Velocity Mode)

4 Gimbal YAW Control

5 Rudder/Yaw Control (Mode 2 and Mode 1)

6 Throttle/Altitude Control ( Mode 2)

 Elevator/pitch control (Mode 1)

7 Take Still Photo Button

8 Landing Gear Switch

9 GPS Switch

10 Flight Mode Selection Switch

11 Aileron/Roll Control (Mode 2 and Mode 1)

12 Elevator/Pitch Control (Mode 2)

 Throttle/Altitude Control (Mode 1)

13 Start/Stop Video Recording Button

14 Proportional Control Rate Knob

16 Gimbal Pitch Angle/Position Control Slider

GB603 TEAM MODE (Pilot) / ST12

1. Landing Gear Switch

2. Motor Start/Stop Button

3. Flight Mode Selection Switch

4. GPS Knob

5. Proportional Control Rate Slider

6. Rudder/Yaw Control (for Mode 2 and Mode 1)

7. Throttle/Altitude Control (for Mode 2)

 Elevator/Pitch Control (for Mode 1)

8. Aileron/Roll Control (for Mode 2 and Mode 1)

9. Elevator/Pitch Control (for Mode 2)

 Throttle/Altitude Control (for Mode 1)

10 Power Switch

GB603 TEAM MODE (Camera Man) / ST24

2 Gimbal Yaw Mode

 -FOLLOW (yaw can’t be controlled)

 -FOLLOW (yaw can be controlled)

 -Global 

3 Gimbal Pitch Mode (Angle Mode/Velocity Mode)

7 Still Photo Button

11 Gimbal Yaw control stick

12 Gimbal Pitch control stick (in Velocity mode)

13 Start/Stop Video Recording Button

16 Gimbal Pitch Angle/Position Control Slider in 

 Gimbal Pitch Angle mode

CGO4 SINGLE OPERATOR MODE / ST24

1 Motor Start/Stop Button

2 Gimbal Yaw Mode (Follow Mode/Global Mode)

3 Gimbal Pitch Mode (Angle Mode/Velocity Mode)

4 GIMBAL YAW Control

5 Rudder/Yaw Control (Mode 2 and Mode 1)

6 Throttle/Altitude Control (Mode 2)

 Elevator/pitch control (Mode 1)

7 Take Still Photo Button

8 Landing Gear Switch

9 GPS Switch

10 Flight Mode Selection Switch

11 Aileron/Roll Control (Mode 2 and Mode 1)

12 Elevator/Pitch Control (Mode 2)

 Throttle/Altitude Control (Mode 1)

13 Start/Stop Video Recording Button

14 Proportional Control Rate Knob

15 CGO4 Zoom In/Out Control Slider

16 Gimbal Pitch Angle/Position Control Slider

CGO4 TEAM MODE (Pilot) / ST12

1. Landing Gear Switch

2. Motor Start/Stop Button

3. Flight Mode Selection Switch

4. GPS Knob

5. Proportional Control Rate Slider

6. Rudder/Yaw Control (for Mode 2 and Mode 1)

7. Throttle/Altitude Control (for Mode 2)

 Elevator/Pitch Control (for Mode 1)

8. Aileron/Roll Control (for Mode 2 and Mode 1)

9. Elevator/Pitch Control (for Mode 2)

 Throttle/Altitude Control (for Mode 1)

10 Power Switch

CGO4 TEAM MODE (Camera Man) / ST24

2 Gimbal Yaw Mode

 -FOLLOW (yaw can’t be controlled)

 -FOLLOW (yaw can be controlled)

 -Global

3 Gimbal Pitch Mode (Angle Mode/Velocity Mode)

7 Take Still Photo Button 

11 Gimbal Yaw control stick

12 Gimbal Pitch control stick

13 Start/Stop Video Recording Button

15 CGO4 ZOOM

16 Gimbal Pitch Angle/Position Control Slider in 

 Gimbal Pitch Angle mode

The default mode is Mode 2. The mode can be shifted in System Setting on the main interface of ST24 

remote controller and Flight setting of ST12 remote controller.
SPECIFICATIONS

TORNADO H920

Air Time: 24 Minutes (H920/GB603/GH4/3pcs 6S 4,000mAh LiPo)

Dimension: 38.1x33.4x18.1in (969x849x461mm)

Diagonal Length Without Rotor Blades: 36.2 in(920mm)

Propeller/Main Rotor Diameter: 17.3 in (440mm)

Take-off Weight with GB603, GH4 Camera and Battery: 176.0 oz (4990g)

Battery: LiPo 6s 4000mAh 8C

Charger: 100W 2 x output AC-DC Balancing Charger

Transmitter: 24-channel 2.4GHz with 5.8GHz video downlink (included)

Flight Modes: Smart, Angle and Home Modes

Maximum Flying Height (Absolute altitude): 4000m (13123 ft)

Maximum Flying Height (Relative altitude): 122m(400 ft)

Maximum Rotation Rate: 100°/s

Maximum Roll Angle: 35°

Maximum Horizontal Speed (GPS ON): 40km/h

Radio Control Frequency Band: 2.4GHz

Operating Temperature Range: -10°C to 50°C

ST12 PERSONAL GROUND STATION

Operating System:AndroidTM

Number of Channels: 12

Control Transmission Distance/Range (Optimum Condition): 1km

Robust Radio Control Modulation: Yuneec Protocol

Flight Systems Telemetry Data On Screen Display (OSD): Yes

LED Backlit LCD Screen: 5.5”

Tactile (Vibrating) and Audible Feedback: Yes

Built-In LiPo Battery Voltage / Capacity: 3.6V 5200mAh 18.72Wh Li-ion

ST24 PERSONAL GROUND STATION

Operating System: AndroidTM

Number of Channels: 24

Control Transmission Distance/Range (Optimum Conditions): Max 2km

Robust Radio Control Modulation: Yuneec Protocol

Video link Frequency Band: 5.8GHz WiFi

Video Transmission Distance/Range (Optimum Conditions):

FCC Compliance: Up to 700m(2296.59ft)

CE Compliance: Up to 300m (984.25 ft)

Flight Systems Telemetry Data On Screen Display (OSD): Yes

LED Backlit LCD Screen: 7”

Tactile (Vibrating) and Audible Feedback: Yes

Built-In LiPo Battery Voltage / Capacity: 1S 3.6V 8700mAh 31.32Wh Li-ion

4
NOTICES AND WARNINGS

IMPORTANT NOTE: All safety precautions and warnings, instructions, warranties and 

other collateral information is subject to change at the sole discretion of Yuneec. For 

the most up-to-date information please visit the corresponding product page at 

www.Yuneec.com or contact the nearest Yuneec office or authorized distributor.

The following special language terms are used throughout the product literature to 

indicate various levels of potential harm when operating this product:

NOTICE: Procedures, which if not properly followed, create a possibility of property 

damage and/or little to no possibility of injury.

CAUTION: Procedures, which if not properly followed, create the probability of 

property damage and/or a possibility of serious injury.

WARNING: Procedures, which if not properly followed, create the probability of 

property damage, collateral damage and/or serious injury or create a high probability 

of superficial injury.

WARNING: Read the ENTIRE quick start guide and instruction manual to become 

familiar with the features of the product before operating. Failure to operate the 

product correctly can result in damage to the product, property and/or cause serious 

injury.

WARNING: This is a sophisticated consumer product. It must be operated with caution 

and common sense, and requires some basic mechanical ability.

Failure to operate this product in a safe and responsible manner could result in 

damage to the product, property and/or cause serious injury. This product is not 

intended for use by children without direct adult supervision. Do not use with 

incompatible components or alter this product in any way outside of the instructions 

provided by Yuneec. The quick start guide and instruction manual contain instructions 

for safety, operation and maintenance. It is essential to read and follow all the 

instructions and warnings prior to assembly, setup and/or use in order to operate the 

product correctly and avoid damage or serious injury.

AGE RECOMMENDATION: NOT FOR CHILDREN UNDER 14 YEARS. THIS IS NOT A 

TOY.

5
GENERAL SAFETY PRECAUTIONS AND WARNINGS

WARNING: Failure to use this product in the intended manner as described in the quick 

start guide and instruction manual can result in damage to the product, property and/or 

cause serious injury. A Radio Controlled (RC) multirotor aircraft, APV platform, drone, etc. 

is not a toy! If misused it can cause serious bodily harm and damage to property.

WARNING: As the user of this product you are solely and entirely responsible for operating 

it in a manner that does not endanger yourself and others or result in damage to the 

product or the property of others.

• Keep your hands, face and other parts of your body away from the spinning 

propellers/rotor blades and other moving parts at all times. Keep items that could impact 

or become entangled away from the propellers/rotor blades including debris, parts, tools, 

loose clothing, etc.

• Always operate your aircraft in open areas that are free from people, vehicles and other 

obstructions. Never fly near or above crowds, airports or buildings.

• To ensure proper operation and safe flight performance never attempt to operate your 

aircraft nearby buildings or other obstructions that do not offer a clear view of the sky and 

can restrict GPS reception.

• Do not attempt to operate your aircraft in areas with potential magnetic and/or radio 

interference including areas nearby broadcast towers, power transmission stations, high 

voltage power lines, electrical storms, etc.

• Always keep a safe distance in all directions around your aircraft to avoid collisions 

and/or injury. This aircraft is controlled by a radio signal subject to interference from many 

sources outside your control. Interference can cause momentary loss of control.

• To ensure proper and safe operation of the automatic landing function in Home Mode 

you must start the motors with the aircraft in a position that has at least 10 feet 

(approximately 3 meters) of clear and open space around it and achieve a proper GPS lock.

• Do not attempt to operate your aircraft with any worn and/or damaged components, 

parts, etc. (including, but not limited to, damaged propellers/rotor blades, old batteries, etc.).

• Never operate your aircraft in poor or severe weather conditions including heavy winds, 

precipitation, lightning, etc.

• Always operate your aircraft starting with a fully charged battery. Always land as soon as 

possible after the first level low voltage battery warning or land immediately after the 

second level low voltage battery warning (as indicated by the vibrations and audible alerts 

from the transmitter/personal ground station).

• Always operate your aircraft when the voltage of the battery in the transmitter/personal 

ground station is in a safe range (as indicated by the battery charge status icon on the 

screen of the transmitter/personal ground station).

• Always keep the aircraft in clear line of sight and under control, and keep the 

transmitter/personal ground station powered on while the aircraft is powered on.

• Always move the throttle control stick down fully and turn off the motors in the event the 

propellers/rotor blades come into contact with any objects.

• Always allow components and parts to cool after use before touching them and flying again.

• Always remove batteries after use and store/transport them per the corresponding guidelines.

• Avoid water exposure to all electronic components, parts, etc. not specifically designed 

and protected for use in water. Moisture causes damage to electronic components and parts.

• Never place any portion of the aircraft or any related accessories, components or parts 

in your mouth as doing so could cause serious injury or even death.

• Always keep chemicals, small parts and electronic components out of the reach of children.

• Carefully follow the instructions and warnings included with this aircraft and any related 

accessories, components or parts (including, but not limited to, chargers, rechargeable batteries, etc.).

CAUTION: The electronic speed controls (ESCs) installed in the TORNADO are not 

compatible with any other product, and the TORNADO is not compatible with any other 

ESCs. Use of any other ESCs in the TORNADO will cause a crash, which may result in 

damage to the product, property and/or cause serious injury.

6
THE TORNADO H920 RTF CONTENTS

The TORNADO H920 RTF includes everything needed to fly right out of the box. 

There's nothing extra to buy or provide.

7

1. TORNADO RTF Airframe (4 sets of Propeller/Rotor Blade)

2. A10 Charger

3. ST24 Transmitter and Personal Ground Station

4. 4000mAh 6S 22.2V LiPo Battery (2pieces)

5. ST24 LCD Screen Sun Shade/Shield

6. ACCESSORY Box

7. ST12 Transmitter and Personal Ground Station (For Team Mode, SOLD SEPERATELY)

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DISCLAIMER

Yuneec Electric Aviation cannot be held liable for any damage, injury or for use of the 

product in violation with legal regulations, especially in the following circumstances:

Damage and/or injury as well violation of legal regulations resulting from a failure to 

comply with the operating instructions or the instructions at www.yuneec.com, product 

information, user manual and other legally binding information.

Damage and/or injury as well violation of legal regulations brought about by the influence 

of alcohol, drugs, medication or mother narcotics which may impact on the concentration 

of the user. The same applies to illnesses effecting the concentration of the user (dizziness, 

tiredness, nausea etc.) or other factors compromising mental and physical capabilities. 

Intentionally caused damage, injury or violation of legal regulations.

Any request for compensation caused by an accident resulting from use of the product.

Damage and/or injury as well as violation of legal regulations caused by use of the product 

in a no-fly zone, e.g. next to an airfield, above a motorway or a natural conservation area. 

Malfunction of the product caused by retrofitting or replacement with components which 

did not come from Yuneec Electric Aviation.

Damage and/or injury caused by the use of replica parts (non-original parts).

Damage and/or injury as well as violation of legal regulations caused by incorrect 

operation or misjudgment.

Damage and/or injury caused by damaged spare parts or not using original Yuneec Electric 

Aviation spare parts.

Damage and/or injury as well as violation of legal regulations caused by ignoring the low 

voltage battery warning.

Damage and/or injury caused by knowingly and negligibly flying with a damaged model or 

one which is unfit to fly, e.g. due to dirt, water penetration, coarse particles, oil or a model 

which has not been correctly or completely assembled or if the main components exhibit 

visible damage, defects or missing parts.

Damage and/or injury as well as violation of legal regulations caused by operating the model 

in a magnetic field (e.g. high voltage lines, electricity/transformer stations, radio towers, 

mobile phone masts etc.), a strong wireless signal environment, no-fly zones, poor visibility and 

in the event of vision impairments or other impacts on the pilot which are left unchecked etc...

Damage and/or injury brought about through a violation of the legal regulations for 

operating the model, in unsuitable weather conditions, e.g. rain, wind, snow, hail, storms, 

hurricanes etc.

Damage and/or injury as well as violation of legal regulations caused by force majeure, e.g. 

collision, fire, explosion, flooding, tsunami, landslide, avalanche, earthquake or other 

forces of nature.

Damage and/or injury as well as violation of legal regulations caused by the illegal or 

immoral use of the model, e.g. capturing videos or recording data which infringes 

upon/harms the privacy of other people.

Damage and/or injury as well as violation of legal regulations caused by incorrect use of 

the batteries, protection systems, chargers or aircraft.

Consequential damage caused by the incorrect operation of any kind of system 

components and accessory parts, especially memory cards, whereby image or video 

material from the camera can become defect.

Any non-compliance with legal obligations, personal injury, material damage and 

environmental damage caused by use and a failure to comply with the local laws and regulations.

Damage and/or injury as well as violation of legal regulations caused by hazardous use 

without sufficient practical experience.

Damage and/or injury as well as violation of legal regulations caused by flying in legally 

defined no-fly zones. Further losses which do not fall within the scope of use defined by 

Yuneec Electric Aviation as improper.

This product is designed for both professional use and personal, private use. The national 

and international laws and regulations in force as the time of take off must be adhered to.

8
LIPO BATTERY WARNINGS AND USAGE GUIDELINES

WARNING: Lithium Polymer (LiPo) batteries are significantly more volatile than alkaline, 

NiCd or NiMH batteries. All instructions and warnings must be followed exactly to prevent 

property damage and/or serious injury as the mishandling of LiPo batteries can result in 

fire. By handling, charging or using the included LiPo battery you assume all risks 

associated with LiPo batteries. If you do not agree with these conditions please return the 

complete product in new, unused condition to the place of purchase immediately.

• You must always charge the LiPo battery in a safe, well-ventilated area away from 

flammable materials.

• Never charge the LiPo battery unattended at any time. When charging the battery you 

must always remain in constant observation to monitor the charging process and react 

immediately to any potential problems that may occur.

• After flying/discharging the LiPo battery you must allow it to cool to ambient/room 

temperature before recharging.

• To charge the LiPo battery you must use only the included charger or a suitably 

compatible LiPo battery charger. Failure to do so may result in a fire causing property 

damage and/or serious injury.

• If at any time the LiPo battery begins to balloon or swell, discontinue charging or 

discharging immediately. Quickly and safely disconnect the battery, then place it in a safe, 

open area away from flammable materials to observe it for at least 15 minutes. Continuing 

to charge or discharge a battery that has begun to balloon or swell can result in a fire. A 

battery that has ballooned or swollen even a small amount must be removed from service 

completely.

• Do not over-discharge the LiPo battery. Discharging the battery too low can cause 

damage to the battery resulting in

reduced power, flight duration or failure of the battery entirely. LiPo cells should not be 

discharged to below 3.0V each under load.

• Store the LiPo battery at room temperature and in a dry area for best results.

• When charging, transporting or temporarily storing the LiPo battery the temperature 

range should be from approximately 40–120° F (5–49° C). Do not store the battery or 

aircraft in a hot garage, car or direct sunlight. If stored in a hot garage or car the battery 

can be damaged or even catch fire.

• Never leave batteries, chargers and power supplies unattended during use.

• Never attempt to charge low voltage, ballooned/swollen, damaged or wet batteries.

• Never allow children under 14 years of age to charge batteries.

• Never charge a battery if any of the wire leads have been damaged or shorted.

• Never attempt to disassemble the battery, charger or power supply.

• Never drop batteries, chargers or power supplies.

• Always inspect the battery, charger and power supply before charging.

• Always ensure correct polarity before connecting batteries, chargers and power supplies.

• Always disconnect the battery after charging.

• Always terminate all processes if the battery, charger or power supply malfunctions.

IMPORTANT NOTE: It’s safer and better for the longevity of the battery to store it only 

partially charged for any length of time. Storing the battery approximately 50% charged is 

typically best, however, it will take some careful management of the charge time and the 

use of a volt meter to achieve this voltage. If you have the equipment and skills to achieve 

the 50% charge level for storage it is recommended. If not, simply be sure to not store the 

battery fully charged whenever possible.

In fact, as long as the battery will be stored at approximately room temperature and for no 

more than a few weeks before the next use, it may be best to store the battery in the 

discharged state after the last flight (as long as the battery was not over-discharged on the 

last flight).

9
CHARGING THE LIPO FLIGHT BATTERY

Connecting to the power source : the A10 Dual Balance Charger comes with built in 

switching power supply. You can connect the AC power cord directly to the main AC 

socket (110 to 240V AC).

NOTICE: While the A10 is connected to a 

suitable 110 to 240V AC power source, the 

combined power output for Channel A and 

Channel B is 200W, capable of charging two 

6-Cell (6S), 4,000mAh LiPo battery packs at 

4.3A.

CONNECTING THE BATTERY

CHARGING

BATT/PROGRAM Select: Press INC and DEC to go through all the programs and press 

START/ENTER to enter LiPo BATT Program (for flight BATT) or Li-ion BATT Program(for 

proactionTM).

Mode Select: Press INC and DEC to go through all the modes and press START/ENTER 

to enter LiPo Balance Charge Mode (for aircraft’s flight battery), to enter Li-ion 

Balance Charge Mode (for ProAction ground handle).

Battery Setting: Press START/ENTER, the current value will start to blink, press INC 

and DEC to change the value and press START/ENTER to confirm your setting. For the 

TORNADO H920 battery, it is recommended to set 4A (no more than 8A). For 

ProActionTM battery, it is recommended to set 2A (no more than 3A).

At the same time, the battery cells number will start blinking, press INC and DEC to 

change the value and press START/ENTER to confirm your setting.

For the TORNADO H920 battery, 6S should be selected. For ProActionTM, 4S should 

be selected.

Program Start: Press and hold START/ENTER for 3 seconds to start the program.

The charger is detecting the battery cell.

NOTICE: R shows the number of cells detected by the charger and S is the number of 

cells set by you at the previous screen. If both numbers are not identical, press STOP 

to go back to previous screen to recheck the number of cells of the battery pack 

before going ahead. If both numbers are identical, press START/ENTER to start 

charging process.

If the number of cells do not match after double checking the connection, please 

contact technical support.

BUTTON DESCRIPTIONS

CH A / CH B: Used to switch from Channel A 

to B or Channel B to A.

BATT PROG / STOP: Used to stop the 

progress or go back to previous step/screen

DEC: Used to go through the menus and 

decrease the parameter value.

INC: Used to go through the menus and 

increase the parameter value.

ENTER / START: Used to enter parameter or 

store parameter on screen.

10
CHARGING THE LI-ION ST24 BATTERY

You can charge the Li-ion battery installed in the ST24 with the A10 Dual Balance Charger. 

While the ST24 is powered off connect the cable to the USB adapter/charger, then plug it 

into the 5V/2.1A USB connector/charging port. The charging icon on the monitor of the 

ST24 shows the current charging progress of the transmitter battery and indicates that the 

battery is charging. It will take approximately 3 to 4 hours to charge a fully discharged (not 

over-discharged) battery.

CHARGING THE LI-ION ST12 BATTERY

You can charge the LiIon battery installed in the ST10+ from a 100-240V AC outlet using the USB 

adapter/charger, or from a suitable USB power source (2.0 amps max), with the USB to micro USB 

cable. While the ST10+ is powered off connect the cable to the USB adapter/charger, then plug it 

into the USB connector/charging port on the right side. After approximately 30-45 seconds the 

LED indicator for the battery will blink blue while the battery is charging, and will glow solid blue 

when the battery is fully charged. It will take approximately 5.5 hours to charge a fully discharged 

(not over-discharged ) battery.

NOTICE: The AC plug type will vary depending on the region in which the product was imported/purchased.

NOTICE: The adapter is sold separately.

NOTICE: To check the charge status of the ST24, simply tap the screen 2 times.

NOTICE: The AC plug type will vary depending on the region in which the product was 

imported/purchased.

11
ASSEMBLING THE H920

INSTALLING THE MOTOR ARMS

Fold the motor arms upwards and secure them using the straight knurled nut cover 

located on the motor arms.

NOTICE: Don’t over tighten the straight knurled nuts, It may cause deformation of the arms.

INSTALLING THE PROPELLERS

Always ensure propellers are installed properly and with thread locker on the 

fasteners. The rotors of the YUNEEC TORNADO H920 are made of high-strength 

carbon fiber, the motors are extremely powerful, meaning that if the device is misused 

there is a risk of material damage, serious injury and even fatal injury.

Mount the propellers on the motors and note the pointers ‘A’ and ‘B’ given on the 

motor arms. This distinction between ‘A’ and ‘B’ refers to the rotation direction of the 

motors. The rotation direction of the motors must match the rotation direction of the 

propellers. Mount propeller ‘A’ on motor ‘A’ and propeller ‘B’ on motor ‘B’ and use the 

screws with spring plate and 2mm Hexdriver enclosed to carefully screw in the propellers.

IMPORTANT NOTE: If the propellers are installed in the wrong places, it may cause crash.

INSTALLING THE FLIGHT BATTERIES

After the flight batteries has been fully charged, they are ready to be installed in the 

TORNADO H920:

STEP 1) Open the battery compartment flap with the status LED mounted on it by 

carefully pulling the top edge of the flap.

STEP 2) Slide the batteries into the compartment with the EC3 blue, polarityprotected connector leads / wires downward.

WARNING: The aircraft can take-off with 2 or 3 batteries. If utilizing 2 flight batteries, 

make sure the 2 batteries are placed evenly within the two sides to balance the 

aircraft. The voltage between each battery pack must be within 0.1V prior to 

connecting the batteries to the aircraft. Be sure to use the included battery voltage meter.

STEP 3) Connect the flight battery to the relevant socket above the respective battery 

on the H920 using the EC3 blue, polarity-protected connector.

NOTICE: The white socket is for battery charging, do not connect it to any port when 

installing the batteries. If you do not install the battery in the correct orientation it will 

not be possible to make a positive connection.

STEP 4) Fasten the battery belt, Close the battery door and ensure the door is closed 

safely by the magnet.

INSTALLING THE MOTOR ARMS INSTALLING THE PROPELLERS INSTALLING THE FLIGHT BATTERIES

12
FLIGHT CONTROLS

To takeoff, first start the motors in angle mode, then slowly raise the left-hand stick to 

slightly above the center position. the TORNADO H920 will takeoff and climb slowly 

(or raise the stick further until it does). Allow the stick to return to the center position 

when the TORNADO H920 reaches the desired altitude.

Take your time learning how the TORNADO H920 responds to various control inputs 

while flying. In Smart Mode the TORNADO H920 will always move in the direction the 

right-hand control stick is pushed relative to the pilot and no matter which way the 

front/nose is pointed. In Angle (Pilot) Mode the TORNADO H920 will move in the 

direction the control stick is pushed relative to the front/nose of the aircraft (and the ‘angle’ 

of movement is determined by how far you push the stick away from the center position).

RETRACTING AND LOWERING THE RETRACTABLE LANDING GEAR

The TORNADO H920’s landing gear is to keep it out of frame when a camera is 

attached. You can retract it by switching up the Landing Gear Switch on the top right 

side of the ST24 (on the top left side of the ST12). Make sure to flip the switch to the 

downward position when landing.

IMPORTANT NOTE: Always put down the landing gear before landing when the flight 

height is no less than 3m (10 feet) by switching down the Landing Gear Switch.

IMPORTANT NOTE: The joystick with the two control sticks respond proportionately, 

that means that the further you move the control stick from the centered resting point in the 

middle in one direction, the stronger the response and the faster the change in course.

IMPORTANT NOTE: The maximum height is restricted to 122m above the ground in 

Smart Mode and 122m (400 ft.) in Angle Mode. If at any time during flight you feel like 

the TORNADO H920 is drifting out of/beyond your control, simply release both 

control sticks. the TORNADO H920 will automatically self-level and will even hold its

position (with GPS on and a suitable GPS signal /lock) when both control sticks are 

centered. You can also activate Home Mode so the TORNADO H920 automatically 

flies itself back to the home point and lands.

13

ST24 ST12
LANDING — Position the TORNADO H920 above the area where you would like to 

land. Slowly lower the left-hand stick to below the center position. The TORNADO 

H920 will descend slowly and land. After the TORNADO H920 lands, press and hold 

the START/STOP button for approximately 2 seconds to stop the motors. Activate 

Home Mode and the TORNADO H920 will automatically fly itself back to the home 

point and will land within a 26 feet (8 meter) diameter circle around it.

WARNING: Always land as soon as possible after the first level low voltage battery 

warning, or land immediately after the second level low voltage battery warning. And 

if at any time the Aircraft Battery Voltage shown on the screen is below 21.7V, land the 

TORNADO H920 immediately.

AFTER LANDING — ALWAYS turn off the TORNADO H920 BEFORE turning off the 

ST24/ST12. Then remove the battery from the TORNADO H920 and allow it to cool to 

ambient/room temperature before recharging.

CONTROL RATE KNOB (ST24)

Set the overall climb/descend and directional control rates. Turn the knob K2 in the 

clockwise direction for the lowest control rates (best for cinematic video 

performance). Turn the knob K2 in the couterclockwise direction for the highest 

control rates (best for capturing video of fast moving objects).

CONTROL RATE SLIDER (ST12)

Set the overall climb/descend and directional control rates. Use the turtle position for 

the lowest control rates (best for cinematic video performance). Use the rabbit 

position for the highest control rates (best for capturing video of fast moving objects).

FLIGHT MODES

The ST24/ST12 is equipped with 3 different flight modes 

which can be selected using the mode switch in the top 

right corner above the right joystick.

SMART MODE

If the mode switch ‘10’ (S4) on the ST24 or ‘3’ (S2) on the ST12 is fully up, then the 

H920 is in Smart Mode.

Although we recommend learning how to fly as soon as possible in Angle Mode, Smart 

Mode is the best choice for low-time pilots when test flying.

In Smart Mode, the H920 always flies in the direction in which the right joystick is 

moved by the pilot, regardless of the direction in which the nose is pointing. So if you 

move the stick to the right, the H920 will also move to the right regardless of the 

position of the nose, even if it is in the middle of turning. The mode can also be useful 

to pilots who have lost their bearings when flying in Angle Mode.

14
ADDITIONAL SMART MODE FEATURES:

SMART CIRCLE : In most cases the Smart Circle will keep the H920 approx. 8m / 26 ft. 

away from you provided you are positioned 8 m /26 ft. behind the H920.

NOTICE: For optimal performance, aiming the Remote controller directly at the H920. 

HOME MODE

In Home Mode the GPS system allows the Tornado H920 to automatically fly back in a 

straight line toward the direction of the last take-off position, and automatically land 

within 13-26 ft (4-8m) of the pilot. This can be very helpful for first-time pilots who are 

not quite ready to land the TORNADO H920 themselves. It can also be helpful for 

pilots that lose orientation during flight; simply activate Home Mode until the 

TORNADO H920 automatically moves toward the home position, and once you’ve 

confirmed orientation switch back to Angle (Pilot) Mode. And if the TORNADO H920 

ever loses the link with the ST24/ST12 it will automatically enter Home Mode.

When Home Mode is activated the TORNADO H920 will respond as follows:

A) When flying higher than 33 feet (10 meters) the TORNADO H920 will maintain the 

current altitude, fly back to the home point.

ANGLE MODE

If the Mode switch ‘10’ (S4) on the ST24 or ‘3’ (S2) on the ST12 is in the centre 

position, then the H920 is in Angle Mode. Angle Mode is designed for pilots with a 

little experience (those who have already mastered Smart Mode), because in this mode 

the H920 moves in line with the joystick, in the direction 

in which the nose is pointed. So, if you move the right 

stick to the left, the H920 will tilt to the left and thus move 

to the left. That is assuming that the nose is pointing away 

from you. If the nose is pointing towards you, the H920 

will move to the right from your point of view.

EXTRA ANGLE MODE FEATURES:

POSITION FREELY AND RETAIN ALTITUDE

The H920 will hold its position automatically when the 

GPS on (if there is sufficient GPS signal) and it will retain the 

altitude level if the left stick is in the middle position.

WARNING: If you have not mastered the H920 in Angle 

Mode, accidents or “fly aways” may result.

IMPORTANT NOTE: Accidental damage and “fly aways”

are not covered by the warranty.

15

*The stick controls can be applied to both ST12 & ST24.
16

B) When flying lower than 33 feet (10 meters) the TORNADO H920 will climb to 33 feet 

(10 meters) while flying back to the home point.

CAUTION: You must be certain there are no obstacles in the ‘Return to Home’ flight 

path otherwise the TORNADO H920 may come into contact with them and crash.

CAUTION: While the TORNADO H920 is in Home Mode you will have a limited amount 

of directional control. In Home Mode, only rudder can be controlled, the aileron and 

pitch can not be activated. When the copter is landing, the elevator, aileron and 

rudder can be controlled. To help avoid obstacles we strongly recommend to switch to 

Smart or Angle Mode (then you can switch back to Home Mode).

WARNING: Home Mode only works when the TORNADO H920 has a suitable GPS 

signal/lock. If the TORNADO H920 loses GPS signal/lock it will switch to Angle (Pilot) 

Mode automatically. This is why we strongly recommend learning to fly in Angle (Pilot) 

Mode as soon as possible. Otherwise, if you lose GPS signal/lock and are not able to 

properly control the TORNADO H920 in Angle (Pilot) Mode the aircraft may crash or 

even ‘fly away’.

NOTICE: The GPS function can by turned off by Switching S3 when the aircraft is 

disturbed by unknown signals. 

IMPORTANT NOTE: Crash damage and ‘fly aways’ are NOT covered under warranty.

16

STEP 1: Install the CGO4 rubber dampers(4 pcs) 

into the four outermost ends of the damping 

carbon plates.

STEP 2: Place the damping plate right below the 

damping carbon plate. Make sure the flat surface facing towards the damping carbon plate.

Damping Plate

Damping Carbon Plate Damping Plate

Damping Carbon Plate

Damping Plate

Dowels

Rubber Dampers

STEP 3: Install the four CGO4 rubber dampers (previously mentioned) into the damping plate.

STEP 4:Screw the four dowels on the corresponding rubber dampers to fix the entire damping device.

CAUTION: Make sure the damping plate is installed 

correctly, otherwise the gimbal might fall off from the 

aircraft.

INSTALLING THE CGO4 DAMPING PLATE 
17

ATTACHING CGO4 GIMBAL CAMERA TO MULTICOPTER

NOTICE: Remove the fixed foam pad from the CG04 gimbal camera before proceeding.

STEP 1:Insert the gimbal connection cord to the inner side of gimbal damping plate 

(relative to the direction of H920 power connection port).

STEP 2:Mount the gimbal thumb screws and lock washers (4 pcs) to 

the gimbal and rotate the screws until they’re secured into the gimbal 

damping plate.

NOTICE: The front of the gimbal should be installed in the direction of 

the nose of H920.

NOTICE: Use the dedicated lock washers when rotating the screws.

STEP 3:Connect the gimbal power cord to H920 gimbal connection port. 

INSTALLING THE GB603 DAMPING PLATE 

STEP 1) Remove the damping carbon plate 

on the front of the aircraft by disassembling the screws.

STEP 2) Plug the damping balls at the four corners (3 balls at each corner, 12 balls in total) 

on the damping plate.

STEP 3) Place the damping plate right below the aircraft body and above the other damping 

carbon plate, make sure the flat surface facing towards the aircraft body and concave-convex surface towards the carbon plate.

STEP 4) Re-install the damping carbon plate and make sure the Damp Carbon Plate is 

under the Damping Plate. Make sure the damping balls aiming at the corresponding holes 

on the damping carbon plate.

STEP 5) Plug all damping balls into the 12 holes on the damping carbon plate.

STEP 6) Screw the two dowels on the diagonal damping balls to fix all the damping device.

CAUTION: Make sure the damping plate is installed correctly, otherwise it might fall off!

Damping Plate

Damping Carbon Plate

Damping Plate

Dowel

Rubber 

Damper

Damping Carbon Plate

Damping Plate
INSTALLING THE GB603 GIMBAL AND CAMERA

FOR THE GH4 CAMERA

STEP 1) Install the Fastening Block to the camera's flash mount.

STEP 2) Plug the HDMI cable into the camera.

STEP 3) Place the Camera Mount with lens frame downward, and fit the GH4 camera 

with its lens downward.

NOTICE: Make sure the Camera Battery is fully charged 

and the SD card is free of space.

STEP 4) Secure the screw on the top and at the bottom 

of the frame to fix the camera on the Camera Mount.

STEP 5) Insert the HDMI cable in the corresponding 

port on the camera (the right side of GH4) after 

connecting the Shutter cable in the port at the top 

left side of the camera through the frame.

NOTICE: It requires securing the fastening screws of 

camera lens if the GB603 is with a SONY a7 lens mount frame.

IMPORTANT NOTE: Make sure the white plug (or with LK58 logo) connected to the 

port of LK58, and the black one (or with camera logo) is connected to the 

camera.When installing the GB603 camera gimbal on the H920 copter, replace the 

normal antenna with the mushroom antenna.

Connect the GB603 gimbal to the damping plate on the 

H920 by turning the 4 fastening screws in a clockwise 

direction, tighten them until they feel secure.

NOTICE: Be sure to mount the GB603 correctly by 

positioning the label "FRONT" located on the Yaw/Top 

Motor toward the Front of the Aircraft.

18

FOR THE SONY α7 CAMERA

STEP 1) Replace the GH4 camera lens mount 

frame with SONY α7 lens mount frame, and 

secure the 10 screws on the top and bottom 

of the frame to fix the frame. 

STEP 2) Install the infrared ray mount device 

to the left side of the SONY α7 lens mount 

frame, secure the screw on the bottom of the 

device, and connect the white connector to 

the IR port 

STEP 3) Mount the SONY α7CG balancer on 

the GB603 as illustrated.

STEP 1

STEP 3 STEP 2

STEP 4) Install the SONY® α7 camera on the camera mount, there is no need to 

connect shutter cable for SONY® α7

NOTICE: If using GB603 camera gimbal without SONY® α7 lens mount frame, only 

GH4 camera can be mounted. If using GB603 camera gimbal with SONY® α7 lens 

mount frame, both GH4 and SONY® α7 cameras can be mounted.
19

LED STATUS INDICATIONS DURING STARTUP

- Initialization in Progress 

Flashes red, green and blue (2 times per second) 

- The Aircraft is in "Bind"Mode 

Flashes yellow very rapidly (3 times per second) 

- The Aircraft is Not Connected/Linked to the Transmitter 

Flashes blue rapidly (5 times per second) 

- The Aircraft is in a No-Fly Zone *

Flashes red and white rapidly (5 times per second)

Please see the instruction manual for more

information regarding no-fly zones

LED STATUS INDICATIONS BEFORE/DURING FLIGHT 

- The Aircraft is in Smart Mode without GPS lock

Flashes red and white (red for one second,white for 

another second and then circulate) 

- The Aircraft is in Angle Mode with GPS lock

Glows solid purple

- The Aircraft is in Angle Mode without GPS lock

Flashes red and white (red for one second,white

for another second and then circulate) 

- The Aircraft is in Home Mode

Flashes red rapidly (2 times per second) 

- First Level low Voltage Battery Warning

Flashes red,green and blue every 3 seconds 

- Second Level low Voltage Battery Warning

Flashes red,green and blue continuously 

- GPS Disabled

Flashes purple(1 flash per second)

- Compass Calibration Required

Flashes yellow twice between any LED indication 

LED STATUS INDICATIONS FOR CALIBRATION MODES 

- Compass Calibration Mode Entered

Flashes red and green slowly 

- Compass Calibration Started 

Flashes red,green and rapidly(3 times per second)

- Accelerometer Calibration Mode Entered

Flashes red,green and blue slowly 

- Accelerometer Calibration Mode Started

Flashes red, green, and blue rapidly.

LED STATUS INDICATION

- The Aircraft is in Smart Mode with GPS lock 

Glows solid green
PREPARING TO FLY

WARNING: Always operate the TORNADO H920 in open areas (approximately 10000 

square feet/930 square meters or more) that are free from people, vehicles, trees and 

other obstructions. Never fly near or above crowds, airports or buildings.

Never attempt to operate TORNADO H920 nearby tall buildings/obstructions that do 

not offer a clear view of the sky (a minimum clearance of 100°).

Be sure to place the TORNADO H920 on a level and stable surface before powering 

ON the Tornado H920 Aircraft and the ST24/ST12 Ground Station.

FLYING

POWERING ON/OFF

NOTICE: ALWAYS turn on the ST24/ST12 and allow it to boot up BEFORE turning on 

the TORNADO H920 (and ALWAYS turn off the TORNADO H920 BEFORE turning off 

the ST24/ST12).

If the main LED status indicator flashes yellow, you will need to follow the compass 

calibration procedure. If the main LED 

status indicator is flashing blue, double 

check that the ST24/ST12 is powered on 

and set to the correct model memory. If 

the main LED status indicator is still 

flashing blue, please bind the aircraft to the ST24/ST12.

STARTING/STOPPING THE MOTORS

Step back approximately 26 feet (8 meters) behind the 

TORNADO H920. Press and hold the START/STOP button for 

about 3 seconds to start, and about 2 seconds to stop the motors.

NOTICE: If the motors can't be started in such cases of 

compass error, insufficient GPS signal with GPS on, or in home 

mode, start the motors in angle mode.

IMPORTANT NOTE: In the rabbit mode, the motor can also be activated by lowering 

the left-hand stick to the lowest position, and then push the rudder stick to the right 

and left side for several times. DO NOT PUSH the stick randomly, in case of activating 

the motor accidentally.

Step back approximately 26 ft (8 m) behind the TORNADO H920

20
COMPASS CALIBRATION

IMPORTANT NOTE: Calibration is not required. it is not needed unless they see 

flashing status LED.

NOTICE: In order to calibrate the compass in the YUNEEC TORNADO H920, we 

strongly recommend a team of 2 people due to the size and weight of the H920. 

Please be sure to perform the compass calibration procedure at least 11 feet away 

from the nearest cell phone or other electronic devices to ensure proper calibration.

CAUTION: Do not calibrate the compass in parking garages, close to buildings or near 

roads with a metal core. For optimum performance, only calibrate the H920 in open 

spaces, far away from electrical lines and other metal structures or concrete buildings.

Place the H920 on the flat and level surface 

and point it with its nose towards the north.

Power on the controller first and then the 

aircraft, and make sure they are connected 

correctly (If they are not connected correctly, the 

telemetry data will not display on the screen).

Turn the knob K2 on the ST24 in the 

couterclockwise direction to the left position near 

the rabbit mode.

Hold rudder stick left while at the same time toggling the mode switch more than 4 

times. If successful, ST24 will indicate compass calibration has started.

NOTICE: After switching more than 4 times, if the aircraft stays in HOME Mode, the 

indicator will blink red rapidly when compass calibration is entered successfully.

21
STEP 1) Lift the H920 airframe straight & level, then point the nose towards the north 

and hold it in this position for 4 seconds. The LED status indicators will automatically 

start to flash red/green/blue quickly. Slowly turn the H920 forward and around 360 

degrees (pitch axis) until it is flat again.

STEP 2) Turn the H920 45° to the left and then turn it forward 360° again until it is lying 

flat in your hands again.

STEP 3) Turn the H920 45° to the left and then turn it forward 360° again until it is lying flat.

STEP 4) Turn the H920 45° to the left and then turn it forward 360° again until it is lying flat.

STEP 5) Turn the H920 45° to the left and then turn it forward 360° again until it is lying flat.

CAUTION: Steps 1 to 5 should be completed within a time span of 30 seconds in order 

to achieve successful calibration.

STEP 6) Place the H920 on the ground and wait a few seconds.

If the calibration has been successful, the flight controller restarts, you will recognize 

this when you hear the acknowledgement tone, the same one you hear when you 

switch the system on.

IMPORTANT NOTE: If calibration has failed, you must switch off the aircraft manually 

by repeating the calibration process. If the calibration should continue to fail, either 

the site of calibration is unsuitable or the compass is defective. Refer to your Yuneec 

service center.

STEP 1 STEP 2 STEP 3

STEP 4 STEP 5 STEP 6

22
23

BINDING (SINGLE MODE)

The TORNADO H920 and ST24 have already been bound before leaving production, so 

there is no need to bind the aircraft to the ST24 if no gimbal is used. If the GB603 gimbal 

is to be attached to the aircraft, both the GB603 and TORNADO H920 need to be bound.

BINDING THE TORNADO H920 AND GIMBAL/GIMBAL CAMERA TO THE ST24

STEP 1) Power on the ST24, press [ ] to go to the main interface. Choose FPV, and 

enter Model Select.

STEP 2) The default Model type is Multi-copter, and choose the right configuration 

you are using the H920/GB603 and the H920/CGO4. Press OK when a pop-up window 

comes out.

STEP 3) For GB603, switch on the LK58 (the switch is 

located between the two antennas) and the camera.

STEP 4) Select System Settings

STEP 5) Switch on the TORNADO H920.Wait until the 

Main LED indicator blinks blue, Gimbal roll axis stays 

horizontal, one of the LK58 LED indicator solid red and the 

other blinking blue (only for GB603). Then it means the 

self-inspection of the H920 and the gimbal is complete.

NOTICE: For GB603, the receiver will blink orange quickly if the GB603 is installed a receiver.

Tap the refresh icon and the receiver code of GB603 will be shown on the screen. Do not 

choose it to bind.

STEP 6) Lean the H920 in the forward direction twice (45°),until the Main LED 

indicator blinks yellow.

STEP 7) Tap the Refresh icon again, and the 

codes of the H920 will be shown on screen. 

Choose the receiver code and WIFI codes 

shown below the MODEL and CAMERA 

columns simultaneously, and press Bind.

STEP 8) if it is the first time to bind your LK58 

(or CGO4) to the ST24, you need to input the 

password: 87654321 (for LK58 ), or 1234567890 (for 

CGO4), press OK on the pop-up window to continue.

STEP 9) Wait till the WIFI signal icon appears, Press Camera Select and choose 

Panasonic GH4 or Sony α7 for GB603 or CGO4. Press select, then press OK.

NOTICE: If the model chosen has never be bound before, 'NOT CONNECTED' will 

display in the MODEL column, and the remote controller can bind any YUNEEC 

SR12/24 receiver. If a series of receiver codes display on the screen, it means the 

model was bound before and can't be bound to any other receiver. If you want to bind 

this model to other receiver,you can press and hold the model icon in the MODEL 

SELECT interface till a pop-up window comes out, tap 'Copy', and then select the 

model newly created.

CGO4

RC FPV PAD

ST24
CAMERA CONTROLS (SINGLE MODE)

GIMBAL PITCH CONTROL (GB603 GIMBAL AND CGO4 GIMBAL CAMERA)

There is a gimbal pitch mode switch on ST24---S1. When the switch is in up/middle 

position, the GB603 gimbal/CGO4 gimbal camera is in Angle Mode. Use the slider (C) 

on the left side of the ST24 to set the pitch/tilt position of the gimbal/gimbal camera. 

When the S1 is in bottom position, the gimbal/gimbal camera is in Velocity Mode. 

When the slider (C) is in the middle position, it means the velocity rate is 0 for the 

GB603/CGO4, and it will stop pitching up/down. When the slider (C) is above the 

middle position, the GB603/CGO4 will start pitching up. When the slider (C) is below 

the middle position, the GB603/CGO4 will start pitching down. The distance between 

the slider(C) and the middle position decides the velocity rate, the further distance, 

the higher velocity it would be.

NOTICE: When the CGO4 is attached to the TORNADO H920, the control slider CGO4 

Zoom In/Out Control Slider (K6)-located on the right side of the controller-is activated. 

Users can zoom in or zoom out by switching K6. When zooming in, CGO4 gimbal 

camera in pitch and yaw directions will become slow in the velocity mode. When 

zooming out, the movement speed of the CGO4 gimbal camera in pitch and yaw 

directions will become fast in the velocity mode.

CAUTION: You MUST stop recording video in order to take still photos. It will take 

approximately 5 seconds to capture a still photo and before you can take another.

CAUTION: ALWAYS stop recording video before turning off the TORNADO 

H920/CGO4 to avoid data loss.

CAMERA/GIMBAL YAW CONTROL

There is a gimbal yaw mode switch on ST24---S2. 

When the switch position is up and middle, the 

gimbal/gimbal camera is in Follow Mode. The 

yaw control of the gimbal/camera is now 

disabled. The gimbal/camera will adjust its yaw 

direction according to the aircraft’s movements.

When the switch position is down, the 

gimbal/gimbal camera is in Global Mode. The 

Gimbal Yaw control knob (K1) is now activated. 

When the user rotates the knob in the right 

direction, the gimbal/gimbal camera will rotate 

to the right side, and vice versa.

Button A = Take Still Photo Button B = Start/Stop Recording Video

24

NOTICE: When the CGO4 is attached to the TORNADO H920, the control slider CGO4 

Zoom In/Out Control Slider (K6)-located on the right side of the controller-is activated. 

Users can zoom in or zoom out by switching K6. When zooming in, CGO4 gimbal 

camera in pitch and yaw directions will become slow in the velocity mode. When 

zooming out, the movement speed of the CGO4 gimbal camera in pitch and yaw 

directions will become fast in the velocity mode.
25

CAUTION: We recommend that the CGO4 gimbal camera should be operated 

according to the above steps strictly, otherwise it may cause unexpected results of lens 

failing to retract or video loss etc. 

NOTICE: When using GB603, press the stop recording button to save the images first, 

then power off the H920, and turn off the camera at last

When using CGO4, stop recording first, then switch off the camera by ST-24, and 

switch off the H920 at last.

BINDING H920 MULTICOPTER TO THE ST12 (TEAM MODE)

STEP 1: Power on the ST12 and tap “RC” on the main interface

STEP 2: Tap Model Select and if required press “OK” to bypass any pop up warning/alerts. 

STEP 3: Tap to create a new model and if required press “OK” to bypass any pop up 

warnings/alerts.

STEP 4: Tap Flight Settings and if required press “OK” to bypass any pop up warnings/alerts.

STEP 5: Disconnect the gimbal connector first, and the switch on the TORNADO H920, Wait 

until the Main LED indicator blinks blue, that means the self-inspection of the H920 is complete. 

STEP 6: Lift the H920 back end upward approximately 45° , then back down to “level” twice 

till the main LED indicator blinks yellow.

STEP 7: Tap the Refresh icon. Select the code of the H920 listed in the column under ”Model” 

and tap Bind, then tap “OK” after the connection has been established

STEP 8: When tapping, you will hear two long beeps from the aircraft. That means the ST12 

is bound to the H920 successfully.

STEP 9: Tap [ ] twice to return to the main screen and the model /receiver should automatically connect to ST12

NOTICE: The H920 main LED indicator will blink red and white if the TORNADO loses GPS 

signal /lock. The H920 main LED indicator will be solid color of the current mode if the GPS 

signal/lock is acquired.

NOTICE: If the model chosen has never been bound before, 'NOT CONNECTED' will display 

in the MODEL column, and the remote controller can bind any YUNEEC receiver. If a series of 

receiver codes display on the screen, it means the model was bound before and can't be 

bound to any other receiver. If you want to bind this model to other receiver,you can press 

and hold the model icon in the MODEL SELECT interface till a pop-up window comes out, tap 

'Copy', and then select the model newly created.

Model: 4K Welcome,Pilot 10:48:28 pm 10

SR24_16042

SR24_16042 Not connected

Model Camera

Model: 4K Welcome,Pilot 10:48:28 pm 10

Model Select

New Model TORNADO H920
STEP 4) If it is the first time to bind your 

GB603 gimbal to the ST24, you need to 

insert the password: 87654321. Press 

OK on the pop-up window to continue.

STEP 5) Wait till the WiFi signal icon 

appears, Tap Camera Select and select 

your camera (Panasonic GH4, SONYα7, 

CGO4 or V18), and then tap Select.

BINDING THE GB603 GIMBAL GIMBAL CAMERA TO THE ST24

IMPORTANT NOTE: Make sure there is a receiver in your GB603. Otherwise you need 

to buy one from YUNEEC.

STEP 1) Power on the ST24, tap to go to the main interface. Tap the FPV icon, and 

enter Model Select.

STEP 2) Choose the model GB603 Gimbal

STEP 3) Select System settings and switch on the TORNADO. Wait until the gimbal, 

LK58 and GB603 are all ready. The receiver will blink orange quickly, which means the 

process of binding is entered automatically. Tap refresh, the receiver code will be shown in 

the Model column and the WIFI code will be 

shown in the Camera column. Choose them 

and tap bind.

26

BINDING CGO4 GIMBAL CAMERA TO THE ST24 (TEAM MODE)

STEP 1: Power on the ST24, tap [ ] to go to the main interface. Choose FPV and tap Model 

select, select CGO4 model.

STEP 2: Switch on the TORNADO H920. Wait until the gimbal LED blinks green. That means 

the Wi-Fi has started up.

STEP 3: Tap System Settings icon to enter the Bind interface.

STEP 4: Tap the Refresh icon, and the code of the Aircraft Model (it indicates the code of the 

CGO4 receiver) and Camera will both be shown on the screen. Select the right codes and tap 

the Bind icon. Tap OK when a pop-up window comes out.

NOTICE: If it is the first time to bind your CGO4 gimbal camera to the ST24, you need to 

insert the password: 1234567890. Press OK on the pop-up window to continue.

STEP 5: Wait till the WiFi signal icon appears, Tap Camera Select and select CGO4, and 

then tap Select.

STEP 6: Tap “OK” to confirm the setting and tap [ ] to go back to the flight control interface, 

then imagies will be shown on the screen.

NOTICE: If the model chosen has never been bound before, 'NOT CONNECTED' will display 

in the MODEL column, and the remote controller can bind any YUNEEC SR12/24 receiver. If 

a series of receiver codes display on the screen, it means the model was bound before and 

can't be bound to any other receiver. If you want to bind this model to other receiver,you can 

press and hold the model icon in the MODEL SELECT interface till a pop-up window comes 

out, tap 'Copy', and then select the model newly created.

NOTICE: When the gimbal is powered on, the receiver LED of the gimbal will blink orange 

quickly if the gimbal is not bound to the transmitter, and the gimbal will enter into binding 

process.
27

CAMERA CONTROLS (TEAM MODE)

NOTICE: The ST24 mentioned in this chapter is the one bound to the Gimbal/Camera.

GIMBAL PITCH CONTROL (GB603 AND CGO4 GIMBAL CAMERA)

There is a gimbal pitch mode switch on ST24---S1. When the switch is in up position, the 

gimbal/gimbal camera is in Angle Mode. Use the K5 (C) of the ST24 to set the pitch/tilt 

position of the gimbal/gimbal camera. When the S1 is in bottom position, the 

gimbal/gimbal camera is in Velocity Mode. When the right-hand stick is in the middle 

position, it means the velocity rate is 0 for the GB603 or CGO4, and it will stop pitching 

up/down. When the right-hand stick is above the middle position, the GB603 or CGO4 will 

start pitching up. When the right-hand stick is below the middle position, the GB603 or CGO4

will start pitching down. The distance between the right-hand stick and the middle position decides 

the velocity rate, the further distance, the higher velocity it would be.

CAUTION: You MUST stop recording video in order to take still photos. It will take 

approximately 5 seconds to capture a still photo and before you can take another.

CAUTION: ALWAYS stop recording video before turning off the TORNADO H920/CGO4 

to avoid data loss. 

CAMERA/GIMBAL YAW CONTROL

There is a gimbal yaw mode switch on ST24---S2. When the switch position 

is up, the gimbal/gimbal camera is in Follow Mode. The yaw control of the 

gimbal/camera is now disabled. The gimbal/camera will adjust its yaw direction 

according to the aircraft’s movements.

when the switch is in the middle position, the gimbal camera is still in Follow 

Mode, however, at this time, the yaw control is activated. The gimbal camera 

will adjust its yaw direction according to the aircraft’s movements.

When the switch position is down, the gimbal/gimbal camera is in Global Mode. The 

Aileron/Roll Control of the right-hand stick take control of the GB603/CGO4 in yaw directions.

Button A = Take Still Photo Button B = Start/Stop Recording Video

NOTICE: When the CGO4 is attached to the TORNADO H920, CGO4 

Zoom In/Out Control Slider (K6)-located on the right side of the 

controller-is activated. Users can zoom in or zoom out by switching K6. 

When zooming in, CGO4 gimbal camera in pitch and yaw directions 

will become slow in the velocity mode. When zooming out, the 

movement speed of the CGO4 gimbal camera in pitch and yaw 

directions will become fast in the velocity mode.

NOTICE: When using GB603 to switch off the TORNADO ,press the stop recording button to 

save the images first, then power off the H920 and turn off the camera at last. When using 

CGO4 first stop recording then switch off the camera by ST-24 and switch off the H920 at last.

CAUTION: Each time the K6 is pushed to a certain position, it should be pushed back to the 

middle position to confirm the setting. Otherwise, the gimbal camera will continue to zoom 

in/out until it achieves the maximum/minimum value.

CAUTION: We recommend that the CGO4 gimbal camera should be operated according to 

the above steps strictly, otherwise it may cause unexpected results of lens failing to retract or 

video loss etc.
SPECIFICATIONS

PROACTIONTM

Dimensions: 14.17*10.04*14.57in (360*255*370mm)

Weight(without battery): 52.91oz (1.5kg)

Battery Weight: 7.72oz (219g)

Included Battery: 4S/14.4V 0.3C 2600mAh 37.44Wh Lithium-Ion Battery

Runtime: 2.5 Hours

Working Voltage: 13.5~16.8V

Working Current: 0.68~1.0A

Compatible Device: GB603/CGO4

GB603

Dimension: 8.3x8.6x7.7in (210x219x196mm) for GH4;

8.3x8.8x7.7in(210x223x196mm)for sony α7

Weight (Without camera): 31.4 oz(890g)

Weight (with camera): 56.5 oz (1600g)

Working Voltage: 12.0~25.2V

Working Current: 0.38~1.0A

Control Angle Accuracy: ±0.02°

Axes: 3

MAXIMUM CONTROL RANGE:

Pitch: 30° ~-90°

Yaw: 0°~ 360°

MECHANICAL RANGE:

Pitch: -120°~ 75°

Roll: -40°~ 40°

Yaw: 0° ~ 360°

Maximum Pitch/Yaw Control Speed: 30° /s

COMPATIBLE DEVICE: 

·Panasonic LUMIX GH4 (Olympus M.ZUIKO DIGITAL ED 12mm f/2.0)

·SONY® α7/ILCE-7 (Sony SE_ 35F26Z FE2.8/35)

GROUND IMAGING SYSTEM

INTRODUCTION

The TORNADO ProActionTM is a ground imaging system designed to extend your 

Panasonic® camera GH4/CGO4/SONY α7 with real-time imaging transmission. The 

system includes the ProActionTM ground handle and GB603/CGO4 gimbal. The ProActionTM 

features pitch controller, allowing for precise camera angle control. The GB603/CGO4 

gimbal, 3-Axis self-stabilizing gimbal, enables you to capture smooth and fluent 

photographs and video footage. 

28
LITHIUM BATTERY WARNINGS AND USAGE GUIDELINES

WARNING: Lithium batteries are significantly more volatile than alkaline, NiCd or 

NiMH batteries. All instructions and warnings must be followed exactly to prevent 

property damage and/or serious injury as the mishandling of Lithium batteries can 

result in fire. By handling, charging or using the included Li-ion batteries battery you 

assume all risks associated with Lithium batteries. If you do not agree with these 

conditions please return the complete product in new, unused condition to the place 

of purchase immediately. You must always charge the Lithium battery in a safe, 

well-ventilated area away from flammable materials.

Do not disassemble or modify the battery pack. The battery pack is equipped with 

built-in safety/protection features. Should these features be disabled, the battery 

pack can leak, overheat, emit smoke, burst and/or ignite.

Do not discard the battery pack into fire or heat it. Otherwise, its insulation can melt 

down, its gas release vent or safety features will be damaged and/or its electrolyte can 

ignite, possibly leading to leakage, overheating, smoke emission, bursting and/or 

ignition on it.

Do not immerse the battery pack in water or seawater and do not allow it to get wet. 

Otherwise, the protective features in it can be damaged, it can be charged with 

extremely high current and voltage, abnormal chemical reactions may occur in it, 

possibly leading to leakage, smoke emission, bursting and/or ignition.

Do not pierce the battery pack with a nail or other sharp objects, strike it with a 

hammer, or step on it. Otherwise, the battery pack will become damaged and 

deformed, internal short-circuiting can occur, possibly leading to acid leakage, 

overheating, smoke emission, bursting and/or ignition.

Do not strike or throw the battery pack. The impact might cause leakage, overheating, 

smoke emission, bursting and/or ignition. Also, if the protective feature in it becomes 

damaged, it could become charged with an extremely high current and voltage, 

abnormal chemical reactions can occur, which can lead to acid leakage, overheating 

smoke emission, bursting and/or ignition.

When charging Battery Pack, please put battery in a fire proof container. Please don't 

leave battery pack and charger on the wood material or carpet and unattended. Use 

specific Lithium charger only. 

Do not use a NiMH or NiCd charger- Failure to do so may a cause fire, which may result 

in personal injury and property damage.

Always monitor charging process to assure batteries are being charged properly. 

Failure to do so may result in fire. If at any time the user witnesses a battery starting 

to balloon, swell up, smoke or hot, discontinue charging process immediately, 

disconnect the battery and observe it in a safe place for approximately 15 minutes. 

This may cause the battery to leak, and the reaction with air may cause the chemicals 

to ignite, resulting in fire.

Wire lead shorts can cause fire! If the wire is accidentally short, the battery must be 

placed in a safe area for observation for approximately 15 minutes. Additionally, if a 

short occurs and contact is made with metal, severe injuries may occur due to the 

conductibility of electric current.

Never store or charge battery pack inside a car in extreme temperatures, since 

extreme temperature could ignite fire.

29
CHARGING THE BATTERY

Connect the Power Connector and Balancing Connector to the charger.

STEP 1) BATT/PROGRAM Select.

Press INC and DEC to go through all the programs and press START/ENTER to enter 

Li-Io BATT Program.

STEP 2) Mode Select

Press INC and DEC to go through all the modes and press START/ENTER to enter Li-Io 

Balance Charge Mode.

STEP 3) Battery Setting

Press START/ENTER, the current value will start to blink, then press INC or DEC to 

increase or decrease the value. After confirming your setting, press START/ENTER. For 

the ProactionTM battery, it is recommended to set 1.8A (no more than 2A).

The battery cells number will start blinking, press INC and DEC to increase or decrease 

the value, and then press START/ENTER to confirm your setting. For the ProActionTM, 

4S should be selected.

STEP 4) Program Start

Press and hold START/ENTER for 3 seconds to start the program. The charger is 

detecting the battery cell and "BATTERY CHECK" will be on the screen

(the third block) R shows the number of cells detected by the charger and S is the 

number of cells set by you at the previous screen. If the numbers are not identical, 

press STOP to go back to the previous screen to recheck the number of cells of the 

battery pack before proceeding the next step.

(the fourth block) R shows the number of cells detected by the charger and S is the 

number of cells set by you at the previous screen. If the numbers are identical, press 

START/ENTER to start charging. It will take approximately 2 hours to charge a fully 

discharged (not over-discharged) battery. When the charging process finishes, "END: 

FINISH" will be on the screen.

STEP 5) Charging Status Monitor

During charge process, real-time status will be shown as the left screen.

During the charging process, press STOP to stop the charging process.

30
WARNINGS

During the charging process, a specific quantity of electrical energy is charged into 

the battery.

The maximum permissible charge current varies depending on the type and performance 

of the battery. The relevant information is supplied from the battery manufacturer.

Only batteries that are stated to be capable of quick-charge are allowed to be 

charged at rates higher than the standard charging current.

Always refer to the user manual of the battery about the charging methods, 

recommended charging current and charging time. Especially, the lithium battery 

should be charged according to the charging instruction provided by the manufacturer 

strictly. Special attention should be paid to the connection of lithium battery.

Do not attempt to disassemble the battery pack.

Do not use the battery when the battery is humid.

Please pay attention that lithium battery packs can be wired both in parallel and in series.

In the parallel connection: With the total voltage staying the same, the battery’s 

capacity is calculated by multiplying single battery capacity by the number of cells. 

The voltage imbalance may cause fire or explosion. The lithium battery is 

recommended to charge in series.

INSTALLING THE PROACTIONTM BATTERY

WARNING: Lithium batteries are significantly more volatile than alkaline, NiCd or 

NiMH batteries. All instructions and warnings must be followed exactly to prevent 

property damage and/or serious injury as the mishandling of Lithium batteries can 

result in fire.

STEP 1) Slide the battery cover / door from the ProActionTM with slight force.

STEP 2) Install the battery in the battery compartment with the side of balancing head 

facing upwards. And then connect the Power Connector to the gimbal.

STEP 3) Once you've installed the battery, put the power line inside the compartment. 

Slide the battery cover / door downward with slight force and ensure you hear and feel 

a noticeable 'click' indicating the battery cover / door has been closed securely.

ATTACHING THE GB603/CGO4 TO THE PROACTIONTM

ATTACHING THE GB603/CGO4 TO THE PROACTIONTM

STEP 1) Withdraw the Gimbal Cord from the left side 

first, and then securely attach the GB603/CGO4 to 

the ProActionTM with Gimbal Fastening Screws, while 

ensuring the "Front" label on the Yaw Motor / Top 

Motor is facing toward the FRONT of the ProActionTM.

STEP 2) Insert the Gimbal Cord into the center 

carrying handle port with the side of pins facing 

upward.

STEP 3) Install the Fastening Accessory Socket to the 

Camera (Take Panasonic camera GH4 as examples).

STEP 4) Flip the camera’s LCD screen for better 

view- taking, fold out and then fold in.

31
STEP 5) Push the camera forward into Camera Frame.

NOTICE: Make sure the Camera Battery and SD card 

have been installed!

STEP 6) Rotate the upper and lower Camera 

Fastening Screws to secure postion as illustrated.

NOTICE: If the camera has WiFi connectivity with a 

mobile device, you may mount the mobile device to 

the special mount located at the front of the 

ProActionTM to use it as a view finder. For detailed 

operations, please refer to your camera 

manufacturer's instruction manual. Skip this 

procedure if your camera or phone doesn't have this 

function. It requires securing the fastening screws of 

camera lens if the GB603 is with a SONY a7 lens 

mount frame

32

FOR THE SONY® α7 CAMERA

STEP 1) Replace the GH4 camera lens mount frame 

with SONY® α7 lens mount frame, and secure the 10 

screws on the top and bottom of the frame to fix the frame. 

STEP 2) Install the infrared ray mount device to the 

left side of the SONY® α7 lens mount frame, secure 

the screw on the bottom of the device, and connect 

the white connector to the IR port. 

STEP 3) Mount the SONY® α7 CG balancer on the 

GB603 as illustrated.

STEP 4) Install the SONY® α7 camera on the camera 

mount, there is no need to connect shutter cable for 

SONY® α7.

STEP 5) Push the camera forward into Camera Frame.

STEP 6) Rotate the Camera Fastening Screw to secure

position as illustrated.

STEP 1

STEP 3 STEP 2 STEP 5

ATTACHING CGO4 GIMBAL CAMERA TO PROACTION

STEP 1: Securely attach CGO4 gimbal camera to ProActionTM with Gimbal Thumb Screws, then 

withdraw the Gimbal Cord from the left side. 

STEP 2: Insert the Gimbal Cord into the center carrying handle socket.

STEP 3: Install the ProActionTM Battery and engage the connector properly.

STEP 4: Download the CGO4 app from Google play or App store.

STEP 5: Erect the phone holder and install the mobile phone into it, and then you can make 

Wi-Fi connection between CGO4 and mobile device by joining the CGO4 network in your phone’s 

Wi-Fi setting.
33

PROACTIONTM CONTROLS

The Power and Mode Selection Switch has three gears. The Left is Power-off, the Middle 

is Follow Mode and the Right is Global Mode.

FOLLOW MODE: In the Follow Mode, the camera lens will track the gimbal in Yaw axis. 

The user can only control the pitch direction through Gimbal Control Stick or Pitch Control 

Wheel on the right.

GLOBAL MODE: In the Global Mode, the camera lens stick to a fixed direction instead of 

following the movement of the ProActionTM Frame. The user can control the pitch direction 

through Pitch Controll Wheel or Gimbal Control Stick and the Pitch Control Wheel to control Yaw 

and Pitch Direction.

NOTICE: Place the ProActionTM on a flat and stable surface and then connect the gimbal 

power cord into the gimbal connect port with the PoractionTM. Switch on the PoractionTM 

and wait it to complete the initialization. Whichever mode the gimbal is in, it will boot-up. 

Once the gimbal is powered on, it starts self-check and the Battery Indicator will be solid 

green. At the same time, the Control Status Indicator blinks red and blue alternatively. When 

the self-check (start-up) process completes, the Control Status Indicator will glow solid red. 

The user can switch freely between Follow Mode and Global Mode without powering off the 

gimbal.

THE PROACTIONTM FEATURES TWO GIMBAL GRIPPING METHODS:

DOUBLE HANDS OPERATION:

Grip the left and right handles of the ProActionTM with both hands. The Power and Mode 

Selection Switch is on the left side, while the Gimbal Control Stick is on the 

right side.

NOTICE: Once the ProActionTM is started up, no matter which mode it 

is in, the default mode is Double Hands Operating. The Control Status 

Indicator on center carrying handle will be solid red. The user can ONLY 

take control of the gimbal through Gimbal Control Stick on the right side.

Double Hands Operating Method

In the Follow Mode, the camera lens track the ProActionTM in Yaw axis. The 

user can only control the pitch direction through Gimbal Control Stick 

on the right.

Move the Gimbal Control Stick upward to trim the camera lens up. 

Move the Gimbal Control Stick downward to trim the camera lens down.

In the Global Mode, the camera lens does not move in the direction of 

the ProActionTM Frame but sticks to a fixed direction. The user can 

control both the Yaw and Pitch directions through Gimbal Control Stick.

Move the Gimbal Control Stick upward/downward to trim the camera 

POWERING ON/OFF

Place the ProActionTM on a flat and stable surface, then switch the 

Power and Mode Selection. The defaulted mode is Double Hands 

Operating and the Pitch Control Wheel can't control the GB603/CGO4.

CAUTION: Do not touch the gimbal once the ProActionTM is in 

powering-on state, lest gimbal servo motor vibration or overload.

NOTICE: When using GB603, switching off the TORNADO ProActionTM , power off the 

ProActionTM first, then press the stop recording button to save the images, and turn off 

the camera at last. When using CGO4, first stop recording then switch off the camera by 

cellphone app and switch off the Proaction at last.

OFF ON F G

CAUTION: We recommend that the CGO4 gimbal camera should be operated according 

to the above steps strictly, otherwise it may cause unexpected results of lens failing to 

retract or video loss etc.
GH4 CAMERA APP

NOTICE: If your camera features the function of connecting the camera aperture with 

the WIFI through mobile device, you can mount your mobile device on the phone 

holder for better photography experience. Taking Panasonic GH4 as an example:

Mobile APP Installation

STEP 1) Install Panasonic Image APP in your phone.

STEP 2) When turning on the Camera, press Fn1 or switch on the WiFi function in the 

Settings manual.to activate Camera WiFi function, and then the WiFi Indicator will 

glow solid blue.

STEP 3) Recognize the WIFI SSID and password on your camera screen, and then 

connect your mobile device to the camera through the WiFi.

STEP 4) Tap the APP downloaded in your mobile device, then you can take the mobile 

device as a camera aperture.

STEP 5) When the phone is activated the remote control function, it can also control the camera.

SINGLE HAND OPERATION:

Lift the center carrying handle with one hand. When holding the ProActionTM with 

single hand, press the Function Switch Button in the rear of the Pitch Control Wheel. 

The Control Status Indicator will glow solid blue when successfully switched.

The control right has been switched to the Pitch Control Wheel on the center carrying 

handle. The Gimbal Control Stick on the right side of the ProActionTM is disabled in 

Pitch direction.

NOTICE: When the user holds the ProActionTM with single hand in the Global Mode, 

the user can control the camera in the Yaw direction through the Gimbal Control Stick.

Single Hand Operating Method

Roll the Pitch Control Wheel forward to move 

the camera pitch/angle downward, and roll the 

Pitch Control Wheel backward to move the 

camera pitch/angle upward.

Angle Limits

When operating the ProActionTM, it is 

suggested to hold it horizontally for better 

photography experience, or at least to make 

sure the roll angle is less than 40 degree.

34

SONY® α7 CAMERA APP

MOBILE APP INSTALLATION

STEP 1) Install PlayMemories Mobile APP in your phone.

STEP 2) When turning on the SONY® α7 CAMERA, press the Menu and tap the 

Application on the screen, then choose the Application List.

STEP 3) Tap the Smart Remote Embedded and recognize the WIFI SSID and password on 

the camera screen, and then connect your mobile device to the camera through the WiFi.

STEP 4) After the connection is completed, you can take the mobile device as a camera aperture.

NOTICE: After the mobile device is connected to the camera. The mobile 

device/camera can't record videos. It can ONLY take pictures.

TIPS: If no ‘Application List’ is in the ‘Application’ on the camera screen, please 

download the APP from the SONY® official website.

lens up/down. Move the Gimbal Control Stick to the left/right to trim the camera lens 

left/right.

NOTICE: When in the Follow Mode, the Gimbal Control Stick can't control the 

GB603/CGO4 in Yaw axis. When in the Global Mode, the Gimbal Control Stick can 

control the GB603/CGO4 in Pitch and Yaw axes.
ATTACHING A MOBILE DEVICE TO THE PROACTIONTM

Mount your mobile device on the ProActionTM.

NOTICE: For other connecting methods, please refer to the Camera Manual. The 

phone holder can be folded up when the camera can't connect with the phone.

WARRANTY INFORMATION

Yuneec products and accessories are guaranteed against manufacturing defects for six 

(6) months from the original date of purchase. Yuneec’s sole obligation in the event of 

such defects during this period is to repair or replace the defective part or product 

with a comparable part or product at Yuneec’s sole discretion. Except for such repair 

or replacement, the sale, processing or other handling of this product is without 

warranty, condition or other liability. Damage (including crash damage) resulting from 

use, accident, or normal wear and tear is not covered by this or any warranty. Yuneec 

assumes no liability for any accident, injury, death, loss, or other claim related to or 

resulting from the use of this product. In no event shall Yuneec be liable for incidental 

or consequential damages relating to or resulting from the use of this product or any 

of its parts. Please review the instructions carefully when using the

products. Returns or replacements of parts and/or products may be subject to 

shipping, handling, replacement and/or restocking fees.

IMPORTANT NOTE: Crash damage is NOT covered under warranty.

STEP 1

STEP 2

35

CGO4 GIMBAL CAMERA APP

The APP seamlessly integrates control of CGO4 gimbal camera so that you can see exactly 

what your camera sees with a live HD video feed right on your mobile device. It makes you 

feel as though the camera is right in your hands. 

CAUTION: If the user wants to take photos or videos with the ProActionTM , the CGO4 APP 

should be downloaded beforehand.

STEP 1: Make Wi-Fi connection between your mobile device: Select the correct Wi-Fi SSID 

and enter the password: “1234567890”

STEP 2: Tap the CGO4 icon on your mobile device and enter the APP interface.

NOTICE: Choose the WiFi SSID with 'YUN' at the very beginning.
Any information above might be changed due to the software update. For 

the latest documents, please check the official website.

OVERVIEW

01 Power/Mode Selection Switch

02 Battery Indicator

03 GB603 Gimbal

04 LK-58

05 Phone Holder

06 Control Status Indicator

07 Pitch Control Wheel

08 Function Switch Button

09 ProActionTM Ground Handle

10 Gimbal Control Stick

01

02

03

04

05

06 07 08

09

10

36
CERTIFICATION INFORMATION

FCC STATEMENT:

This equipment has been tested and found to comply with the limits for 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 to an outlet on a circuit different from that to which the 

receiver is connected.

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.

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.

RF EXPOSURE WARNING

This equipment must be installed and operated in accordance with provided 

instructions and the antenna(s) used for this transmitter must be installed to provide a 

separation distance of at least 20 cm from all persons and must not be co-located or 

operating in conjunction with any other antenna or transmitter. End-users and 

installers must be provide with antenna installation instructions and transmitter 

operating conditions for satisfying RF exposure compliance.

IC RADIATION EXPOSURE STATEMENT FOR CANADA

This device complies with Industry Canada license-exempt RSS standard(s).

Operation is subject to the following two conditions: (1) this device may not cause 

interference, and (2) this device must accept any interference, including interference 

that may cause undesired operation of the device.

Le présent appareil est conforme aux CNR d'Industrie Canada applicables aux 

appareils radio exempts de licence. L'exploitation est autorisée aux deux conditions 

suivantes : (1) l'appareil ne doit pas produire de brouillage, et (2) l'utilisateur de 

l'appareil doit accepter tout brouillage radioélectrique subi, même si le brouillage est 

susceptible d'en compromettre le fonctionnement.

This equipment complies with IC RSS-102 radiation exposure limit set forth for an 

uncontrolled environment.

Cet équipement respecte les limites d'exposition aux rayonnements IC définies pour 

un environnement non contrôlé

37