DTS Q220 Quick Manual / User Manual

快速操作手冊 - Quick Guide User Manual

fpv

RAcing

Table of Contents

Important*

Introduction

1

1

2

3 - 9

10

11

12

13

141516 -19

19

20

21

22

26

Important Notes / Warning Label Legend

Safety Note (Install Compatible RC Receiver / Setup the Video Link)*

Safety Note (Receiver Setting - CleanFlight / Pre-flight Check)*

Safety Note (Racing Instruction / Remove Props / Li-po Low V. Alarm)

Safety Note (General) / Packing Contents

Details Packing Contents

Equipment Required / Flight Steps / Motor Unlock

Main Control Board Introduction / Flight Control Introduction

Welding Introduction

Assembly Introduction

Main Blade Assembly Introduction

Control Mode

(AUX1) Flight Mode Switch / (AUX2) OSD and Beeper Switch

Compatible Open Source

Spare Parts

Specifcations

23 - 25

1

Safety Note (General / Battery Installation)

fpv

RAcing

Introduction

1

Congratulations on purchasing the DTSQ220 Race QUAD. To ensure your continued enjoyment,
please take the time to thoroughly read through this operating manual before using.

Important Notes

Radio Control (R/C) multicopters are not toys. R/C multicopters utilize various high-tech components to
achieve superior performance. Improper use of this product can result in serious injury or even death.
Please read this manual carefully before operating, and make sure to be conscious of your own
personal safety and the safety of others nearby when operation all DTS products. Manufacturer and
seller assume no liability for the operation or the use of this product. This product is intended for use
only by adults with experience flying remote control aircraft at legal flying fields. After the sale of this
product we cannot be held liable over its operation or usage.

As the user of this product, you are solely responsible for operating in a manner that does not in danger
yourself and others or result in damage to the property of others.

Safety Notes (General)

Fly only in safe areas, away from other people. Do not operate R/C aircraft indoors or within the
vicinity of homes or crowds of people. R/C aircraft are prone to accidents, failures, and crashes due
to a variety of reasons including: lack of maintenance, pilot error, and radio interference. Pilots are
responsible for their actions and damage or injury occurring during the operation or as of a result of
R/C aircraft models.
Prior to every flight, carefully check all parts such as blades, screws, frame, arms, etc; ensure they
are firmly secured and show no unusual wears, or unforeseen danger may happen.

Warning Label Legend

Do not attempt under any circumstances.

Mishandling due to failure to follow these instructions may result in serious
damage or injury.

禁 止

FORBIDDEN

警 告

WARNING

Safety Notes (Battery Installation)

DTS Q-series has a flexible battery mounting system, and uses an industry-standard XT-60(AMASS)
connector. This allows it to use a wide range of different batteries.
Voltage：3s (11.1V) pack is recommended. Running 4s (14.8V) is an extremely fast race-quad, which
can easily get a pilot into trouble.

Capacity：1000mAh~1500mAh Li-Po battery is recommended.
C Rating：30C or above Li-Po battery is recommended.

When installing the selected battery, pay attention to the Center of Gravity mark on the bottom.

Safety Note (Intall Compatible RC Receiver)

Safety Note (Setup the Video Link)

2

DTS Q-series is compatible with CPPM (all PPM channels down one single cable) receivers out of the
box, and can support S-Bus, or Spektrum receivers with an optional cable.
It is also compatible with standard R/C receivers with multiple channels of PWM out
(standard servo hookups)

DTS Q-series are using the following method to switch the channel(Default Channel switcher : All
downward)：
(Pilot should follow the ISM channel chart as below to connect quad and goggles)

DSM Binding : Plug DSM receiver into correspondence port, and switch all channel switch to top,
power on the main control board. Then it will enter the binding mode with alert“Bi~~~”.

ISM channel chart:

5733

5658

5740

5705

5865

5752

5695

5760

5685

5845

5771

5732

5780

5665

5825

5790

5769

5800

5645

5805

5809

5806

5820

5885

5785

5828

5843

5840

5905

5765

5847

5880

5860

5925

5745

5866

5917

5880

5945

5725

Band B

Race

IRC/FS

Band E

Band A

Band

Channel

1 2 5 6 7 843

1

2

3

4

5

Channel Switch
Diagram:

Default Channel switcher:
All downward

Side View

fpv

RAcing

Receiver Placement Diagram

USB Socket Placement

Safety Note (Receiver Setting - CleanFlight)

3

fpv

RAcing

Select Receiver Signal (PWM,PPM,SBUS,DSM)

- Download CleanFlight into your Computer as

https://chrome.google.com/webstore/detail/cleanflight-configurator/enacoimjcgeinfnnnpajinjgmkahmfgb?hl=en-US

- Download the Version 1.2.4 and install it as Extensions in Goggle Chrome as

https://github.com/cleanflight/cleanflight-configurator/releases/tag/CLFL_v1.2.4

- Connect the Main Control Board to computer by USB Cable

- Enter the Receiver table

- Select the Receiver Brand which you are using -

Clean Flight Setting:

Press “Save” after setting.

Select the receiver brand which you are using - AETR1234(Futaba/Hitec) or
TAER1234(JR/Spektrum/Graupner)

Enter the Receiver table

Safety Note (Receiver Setting - CleanFlight)

4

fpv

RAcing

PWM Signal

- Download CleanFlight into your Computer as

https://chrome.google.com/webstore/detail/cleanflight-configurator/enacoimjcgeinfnnnpajinjgmkahmfgb?hl=en-US

- Download the Version 1.2.4 and install it as Extensions in Goggle Chrome as

https://github.com/cleanflight/cleanflight-configurator/releases/tag/CLFL_v1.2.4

- Plug PWM receiver into correspondence port

(Port Position please refer to P.14- Main Control Board Introduction)

- Power on the Main Control Board

- Connect the Main Control Board to computer by USB Cable

Clean Flight Setting : Enter Ports Table

Press”Save and Reboot”after each step
Testing : Ensure 6 channel is operating normally at receiver table (After test, power off the quad,
then disconnect)

Enter Configuration or Receiver Table

USB Socket Placement

Safety Note (Receiver Setting - CleanFlight)

5

fpv

RAcing

PPM Signal

- Download CleanFlight into your Computer as

https://chrome.google.com/webstore/detail/cleanflight-configurator/enacoimjcgeinfnnnpajinjgmkahmfgb?hl=en-US

- Download the Version 1.2.4 and install it as Extensions in Goggle Chrome as

https://github.com/cleanflight/cleanflight-configurator/releases/tag/CLFL_v1.2.4

- Plug PPM receiver into correspondence port
(Port Position please refer to P.14- Main Control Board Introduction)

- Power on main control board

- Connect the Main Control Board to computer by USB Cable

USB Socket Placement

Clean Flight Setting : Enter Ports Table

Press”Save and Reboot”after each step
Testing : Ensure 6 channel is operating normally at receiver table (After test, power off the quad,
then disconnect)

Enter Configuration or Receiver Table

Safety Note (Receiver Setting - CleanFlight)

6

fpv

RAcing

SBUS Signal

- Download CleanFlight into your Computer as

https://chrome.google.com/webstore/detail/cleanflight-configurator/enacoimjcgeinfnnnpajinjgmkahmfgb?hl=en-US

- Download the Version 1.2.4 and install it as Extensions in Goggle Chrome as

https://github.com/cleanflight/cleanflight-configurator/releases/tag/CLFL_v1.2.4

- Plug PWM receiver into correspondence port
(Port Position please refer to P.14- Main Control Board Introduction)

- Power on main control board

- Connect the Main Control Board to computer by USB Cable

USB Socket Placement

Clean Flight Setting : Enter Ports Table

Press”Save and Reboot”after each step
Testing : Ensure 6 channel is operating normally at receiver table (After test, power off the quad,
then disconnect)

Enter Configuration or Receiver Table

Safety Note (Receiver Setting - CleanFlight)

7

fpv

RAcing

DSM SIgnal

- Download CleanFlight into your Computer as

https://chrome.google.com/webstore/detail/cleanflight-configurator/enacoimjcgeinfnnnpajinjgmkahmfgb?hl=en-US

- Download the Version 1.2.4 and install it as Extensions in Goggle Chrome as

https://github.com/cleanflight/cleanflight-configurator/releases/tag/CLFL_v1.2.4

- Plug DSM receiver into correspondence port
(Port Position please refer to P.14- Main Control Board Introduction)

- Switch all channel switch to bottom

- Power on the main control board. Then it will enter the binding mode with alert“Bi~~~”

- Binding Transmitter and Receiver

- Power off the main control board, then switch all channel switch to top

- Power on the main control board, connect the mainboard to computer by USB

Press”Save and Reboot”after each step
Testing : Ensure 6 channel is operating normally at receiver table(After test, power off the quad,
then disconnect)

Clean Flight setting: (Enter Ports Table)

Enter Configuration
or Receiver Table

Safety Note (Receiver Setting - CleanFlight)

8

fpv

RAcing

Receiver Channel Range Setting

- Adjust the transmitter parameter (Travel), let Roll, Pitch, Yaw, Throttle
Lowest value within 1000 - 1096, and the largest value within 1944 - 1999 in the Receiver Table.

- AUX 1 and 2 are on your transmitter, and there will be have 3 switches.

Default mid-point

DSM/PPM - 1500
SBUS/PWM - 1520 .

Safety Note

(Pre-flight Check)

9

fpv

RAcing

Motor Lock Mode

- Throttle channel locked (Middle condition LED flashing in Yellow)

Motor Unlock Mode

- Throttle channel unlocked(Middle Condition LED solid in Blue and Green)

Chcek the transmitter stick and condition LED is it at the same direction

(MUST process in Motor Lock Mode)

- Push Elevator Stick to Top (Left / Right Condition LED flashing in Yellow)

- Push Aileron Stick to Left (Left Condition LED flashing in Yellow)

- Push Aileron Stick to Right (Right Condition LED flashing in Yellow)

- Push Throttle Stick to Top in Motor Lock Mode (Middle Condition LED solid in Blue and Green)

fpv

RAcing

Safety Note (Racing Instruction)

The current generation of FPV Analog video link brings many advantages. Low-cost, and zero latency
being two of the most significany. They do however suffer from less than ideal selectivity, even when
using large channel spacing as is the case with RaceBand. If a few simple rules are followed, quad
racig can be a lot of fun.

This is an absolutely golden rule. Landing your quad near another pilot, especially one who is at a
significant distance.

1) NEVER land near another pilot

2) NEVER walk back to the pilot area with a powered-up quad

3) POSITION the launch and landing zone as far from the pilot area as
possible

4) ALWAYS warn in-air pilots before powering up a quad, even if you KNOW
it is on a different channel

This is the most common cause of issues at the race track. When retrieving a model, unplug the
battery before walking back to pilot area.

This ensures that collisions at race start don’t affect other pilots. A distance of at least 10 meters is
recommended, more than this is a bonus.

Warn pilots, and be ready to power down IMMEDIATELY if a pilot is affected, and wait until he lands.
Remember that it only takes a seond or two, when flying race quads at speed, to crash and damage
the quad, and whatever (whoever) it hits.

Safety Note (Remove Props)

Safety Note (Li-po Low Voltage Alarm)

Mini-quad props can do come serious damage when coming in contact with human skin, risk do
deep cuts and lacerations should be avoided at all cost.

So when you are working on a quad with the battery connected, it is highly recommended to
REMOVE ALL PROPS, unless you are just about ready to fly.

DTS Q-series quad included LI-po Low Voltage alarm. Alert“Bi~Bi~” when battery in low voltage to
prevent over discharge. This function is compatible with GWY COBRA V, due to it has buzzer function.

禁 止

FORBIDDEN

禁 止

FORBIDDEN

警 告

WARNING

警 告

WARNING

10

Any time found motor is operating abnormal. Turn off the throttle and check the reason
immediately. If not, damage will cause motor to be broken.

警 告

WARNING

fpv

RAcing

Safety Note (General)

Do not fly near buildings , high voltage cables, or tress to ensure the safety of yourself.

禁 止

FORBIDDEN

Do not attempt to modify the aircraft to alter its intended design. Please use only designated
replacement parts listed in the manual to ensure its design structural integrity.

禁 止

FORBIDDEN

Do not fly your model in inclement weather, such as rain, wind, snow or darkness.

禁 止

FORBIDDEN

R/C aircraft are made of various forms of plastics, such as carbon fiber and polyethylene.
Plastics are very susceptible to damage or deformation from extreme heat and cold climate.

警 告

WARNING

Frequency interference can cause your model, or other models to crash. Then guidance
provided by an experienced pilot will be invaluable for the assembly, tuning, trimming, and
actual first flight or unforeseen danger may happen.

警 告

WARNING

Operate this unit within your ability. Do not flywhile feeling impaired, as improper operation may
result in danger.

警 告

WARNING

During the operation of the multicoptere, the rotor will be spiinning at a high rate of speed. The
blades are capable of inflicting serious bodily injury and damage to surrounding properties.

警 告

WARNING

Packing Contents

Q180 Quadcopter

Q180 - Main Props
(CW x 2 , CCW x 2)

5.8G Circular Polarization Antenna

Parts / Tools Pack

11

fpv

RAcing

Details Packing Contents

Q220 Quadcopter

M2.5x6mm x 6 / M2x5mm x 6

Round Head Socket Screw

M2.5x6mm x 1 / M2.5x6mm x 1

L Shape Hex Key

Landing Skid - Rubber

Velcro (Hard x 1 Rough x 1)

Q220 - Main Props

Hex Handle (For Main Props)

Receiver Signal Cable
(SBUS,DSM2/X)

5.8G Circular
Polarization Antenna

Receiver Signal Cable
(PWM,PPM)

12

fpv

RAcing

Equipment Required

(Aircraft / Multicopter system)

Transmitter - 6 Channel or above

Receiver - 6 Channel or above, PPM,DSM,SBUS signal

FPV Goggle Balance Charger 3 cells or 4 cells Li-po Battery

Flight Steps

1. Install Receiver (self-provided) (Please refer to P.2 - Intall Compatible RC Receiver) to quad

2. Install Battery (self-provided) (Please refer to P.1 - Battery Installation)

3. After binding (self-provided) Receiver and Transmitter (self-provided), please go to the
pre-flight check (Please refer to P.9 - Pre-flight check)

4. Install Props (Please refer to P.19 - Main Blade Assembly Introduction)

5. Motor Unlock (Please refer to P.13 - Motor Unlock)

Motor Unlock

After Binding, Place the throttle stick at the bottom and push the aileron stick to the rightmost for at least
3 second . Then release.

Mode 1 Mode 2

Aileron Stick Throttle Stick Throttle/Aileron Stick

13

fpv

RAcing

Main Control Board Introduction

1. 5V Camera Socket (with VOL-L/R) 5 PIN

2. 5V Camera Socket 3 PIN

3. 12V Camera Socket 4PIN

4. Green LED Light Socket (Front)

5. B. ESC Control Signal Socket S4

6. 5.8G Video Socket

7. Green LED Light Socket (Front)

8. B. ESC Control Signal Socket S2

9. B. ECS Power Connecter S2

10. OSD Parameter Adjustment Socket

11. B. ECS Power Connecter S4

12. Low V. Alarm Singal Input / Video R channel Socket

13. B. ESC Control Signal Socket S6

14. B. ESC Control Signal Socket S5

15. DSM Signal Input Socket

16. USB Signal Input Socket

17. SBUS Signal Input Socket

18. PWN Signal Input Socket

19. Flight Control Socket

20. Channel Switcher

21. External Buzzer / Conditional LED Socket

22. PPM Signal Input Socket

23. B. ESC Control Signal Socket S1

24. Red LED Light Socket (Rear)

25. B. ECS Power Connecter S1

26. Flight Control Buzzer

27. Li-Po Battery Socket

28. B. ECS Power Connecter S3

29. B. ESC Control Signal Socket S3

30. Red LED Light Socket (Rear)

FrontRear

1

6

4

5

2

3

7

9

10

13

14

12

30

29

28

25

27

26

23

22

21

24

11

8

19

20

16

18

17

1 1

2

3

5

4

15

Flight Control Introduction

1. Flight Control Socket

4. Sonar sensors and
Signal strength input socket

2. GPS or DATA Socket

5. BOOT Switch

3. Geomagnetic sensor and
Barometer socket

AUX2 AUX1 CH4 CH3 CH2 CH1 5V GND

14

PWM Wiring Diagram

fpv

RAcing

Welding Introduction

ESC

ESC

ESC

S1

S3

S4

S2

FRONT

ESC

Motor

Motor

Motor

Motor

15

fpv

RAcing

007

008

006

005

006

010

009

004

010

004

003

001

011

003

002

013

012

023

015

015

016

014

007

Step One Diagram

1

Front Body Cover (Plastic)
Rear Body Cover (Plastic)002

No.

003

Mount Rod for Front and Rear

004 Arm Cover (Front)

Specification Quantity

001

005 Left Body Cover (Plastic)

008 Right Body Cover (Plastic)

007 LED Light Set (Green)

006 Arm Cover (Rear)

009 Mount Rod for Center
010 LED Light Set (Red)

012 Main Control Board

011

LED Light Set (F/C Condition)

013 Main Plate (Bottom)
014 M2*6 Screw
015 M2.5*6 Screw
016 Top Fixed Plate (Front)
023 M2*5 Screw

4
2
1
2
2
1

2

8

2

1

1

1

8
1
2

1

Assembly Introduction

(Before Assembly, Ensure Motor and ESC has been welding on the Main Control Board)

16

fpv

RAcing

017

018

019

020

021

023

030

022

023

023

029

024

028

027

026

025

4

Camera Damping Rod
Camera Damping Plate018

NO.

019

Camera Damping Ball

020 Antenna mount

Specification Quantity

017

021 Top Fixed Plate (Front)

024 M2*12 Screw

023 M2*5 Screw

022 Camera Damping Ball Ring

025 Camera Mount
026 M2*16 Screw

028 Camera Mount

027 FPV Camera

029 M2 Screw Nut
030 Video Tx Holder

4
1
2
4
4
1

1

1

1

1

1

1

1

Assembly Introduction

(Before Assembly, Ensure Motor and ESC has been welding on the Main Control Board)

Spare Parts DTS006871

(Optional Equipment)

Step Two Diagram

17

fpv

RAcing

CW Brushless Motor

CCW Brushless
Motor

CCW Brushless Motor

CW Brushless Motor

035

035

031

036

043

032

061

036

033

037

034

023

044

060

039

023

034

046

047

038

041

038

039

040

042

045

042

045

Assembly Introduction

(Before Assembly, Ensure Motor and ESC has been welding on the Main Control Board)

Step Three Diagram

047 Flight Control Holder (Bottom)

1

M2*5 Screw023

No.

031

Battery Fixed Plate (Side)

032 O Ring

Specification Quantity

033

Cover for Receiver Placement

036 M2.5*8 Screw

035 M2.5*12 Screw

034 Antenna Mount

037 Battery Fixed Plate (Center)
038 CW Brushless Motor

040 Front Arm Cover (Plastic)

039 CCW Brushless Motor

041 Rear Arm Cover (Plastic)
042 Motor Mount
043 M2*7 Screw
044 5.8GHz Antenna Mount

046

Flight Control Holder (Top)

2
2
1
1
4
4

2

2

4

1

2

1

2
1

045 M3*6 Screw

16

1

060 Rear Fixed Plate (TOP) 1
061 M2*5 Screw

1

4

18

fpv

RAcing

1

Channel Switcher Cover
Landing Skid (Sponge)056

No.

057

5.8G Antenna

058 Bullet Head Nut (CW)

Specification Quantity

055

059 Bullet Head Nut (CCW)

1
2
2

1

1

M2*5 Screw
Antenna Mount A048

No.

049

Antenna Mount B

050 Extension Tube

Specification Quantity

023

051 CCW Blade

054 USB socket Cover

053 Landing Skid (Sponge)

052 CW Blade

1
2
2
2
1
1

1

059

058

059

044

048

050

049

023

051

057

052

053

054

056

055

Main Blade Rotation Direction

Bullet Head Nut Tightening Direction

Main Blade Rotation Direction

Bullet Head Nut Tightening Direction

Bullet Head Nut
Tightening Direction

Main Blade
Rotation Direction

Main Blade Rotation Direction

Bullet Head Nut Tightening Direction

Main Blade Rotation Direction

Bullet Head Nut Tightening Direction

Assembly Introduction

Main Blade Assembly Introduction

(Before Assembly, Ensure Motor and ESC has been welding on the Main Control Board)

19

fpv

RAcing

Flight Control Introduction

Mode 1

Mode 2

Throttle

Rudder Aileron

Elevator

Elevator

Rudder Aileron

Throttle

Mode 2 is the most common mode in USA, always use on RC Helicopter and Multicopter.
To identify Mode 2, we can find where is the throttle stick, if the left stick push to the top and it
wasn’t bounce back to middle, it should be Mode 2.

Mode 1 we can find it in Euro usually.
To identify Mode 1, we can find where is the throttle stick, if the right stick push to the top and it
wasn’t bounce back to middle, it should be Mode 1.

Otherwise, Mode 3 and Mode 4 is a very special control mode, we won’t use these mode if you are
beginner, either you very understand these mode already, so we won’t explain it over here.

20

This mode is the preferred mode for the more advanced mini-quad pilot. In many ways it is the
simplest mode, but also the hardest mode to learn.

In Acro mode, the accelerometer part of the IMU is not used, only the Gyro.
Because of this, the quad will not self-level, explaining the steep learning curve for this mode.
To learn this mode, it is recommended to start flying the quad FPV, in Level mode, get some altitude,
and switch into Acro mode.

Landings in Acro mode can be a bit challenging for the beginner, so switching to Level mode before
landing is a reasonable way to deal with this.

Acro mode is the ideal mode to have fun with flips and rolls.

fpv

RAcing

(AUX1) Flight Mode Switch

Three flight modes are configured by the Clear Flight, and are maped by default to channel 5 (AUX1)
of the R/C Tx.
These modes are as follows：

Horiz (Pos 2)

Horiz mode is a bit of a hybrid mode. It does auto-level, buy also allows flips and rolls.

Angle (Pos 1)

Angle mode is the easiest to learn. When the sticks are centered, the flight controller is always working
to level the quad.

Acro (Pos 3)

21

(AUX2) OnScreenDisplay and Beeper Switch

OSD and Beeper Switch are configured by the Clear Flight, and are maped by default to channel 6
(AUX2) of the R/C Tx. These functions are as follows：

Display OSD on your Goggles or Monitor (Pos 1)

Do not show OSD on your Goggles or Monitor (Pos 2)

Switch on Beeper on your Quad (Pos 3)

The development of the DTS, flight control firmware has referenced from the popular open source(F3),
it would not have been possible without the effort of a large team of individuals who invested in the
open source flight controller software that running on the DTS.

The variant of the open source flight controller firmware that we chose to power the DTS is Clenflight,
mainly die to it is solid support of the OneShot ESC control protocol.

Since the OSD firmware needs an intimate knowledge of the flight controller API, care must be taken
when installing updated Cleanflight builds.

DTS team may not have support for Beta, and recently released Cleanflight builds the day they are
released, buy we are committed to keep up with changes.

Check the DTS product page for compatibility information.

Clean Flight Configurator Connection

To hook up the Clieanflight Configurator, hook up a Personal Computer via a standard Micro-USB
cable, to the connector on DTS Q-series.

Be aware that making certain changes via the configurator may make operate abnormal. Please
backup for resetting factory settings Before making any changes.

fpv

RAcing

Compatible Open Source

22

fpv

RAcing

Spare Parts

Body Cover (Four Sides)

DTS006881

Arm Cover (Plastic)

DTS006882

LED Light Set (Front / Rear)

GWY006883

Motor Mount Set

DTS006885

Brushless Motor (CCW)

DTS006887

Brushless Motor (CW)

DTS006888

Main Plate (Bottom)

DTS006889

Main Fixed Plate (Front/Rear)

DTS006890

Top Fixed Plate (Front)

DTS006891

Damping Ball Set (4PCS)

DTS006892

Top Fixed Plate (Center/ Rear)

DTS006893

Mount Rod (Long) for Front / Rear

DTS006855

Mount Rod (Short) for Center

DTS006856

LED Light Set (F/C Condition)

GWY006858

Camera Mount Set

DTS006859

Antenna Mount Set

DTS006861

Bullet Head Nut CW/CCW

DTS006866

for Action Camera

DTS006871

Landing Skid (Plastic)

DTS006933Camera fixed Mount

23

3S 11.1V 1350mAh 40C

DTS007091

Li-Po Battery

fpv

RAcing

Spare Parts

Main Control Board

GWY006894

With 20A 25mW PAL

F3 Flight control

GWY006875

Circular Polarized Antenna Battery Fixed Plate (Size)

DTS006936

Receiver Connecting Cable

GWY006940

Main Blade Set (Green)

DTS006929

Main Blade Set (Orange)

DTS006928

Motor Cover (Green)

DTS007058

ESC - 20A

GWY006878

Motor cover (Black)

DTS007056

Main Blade Set (Black)

DTS006886

Motor Cover (Orange)

DTS007057

ESC - 30A

GWY006899 / GWY006900
Antenna Set

(RHCP) (LHCP)

24

Main Control Board

GWY007087

With 30A 25mW PAL

Main Control Board

GWY007084

With 20A 25mW NTSC

Main Control Board

GWY007088

With 30A 25mW NTSC

Main Control Board

GWY007085

With 20A 200mW NTSC

Main Control Board

GWY007089

With 30A 200mW NTSC

Main Control Board

GWY007086

With 20A 600mW NTSC

Main Control Board

GWY007090

With 30A 600mW NTSC

GWY006934

fpv

RAcing

Spare Parts

GWY006831
Long Lens - NTSC

AH6T Transmitter (Mode 2)

GWY006227

AH6T Transmitter (Mode 1)

GWY007092

25

GWY006952
Short Lens - NTSC

GWY006954
Long Lens - PAL

GWY006955
Short Lens - PAL

GWY00xxxx
720P/60F Storage Camera

GWY007083

DSM Signal Output Receiver

GWY007082

SBUS Signal Output Receiver

GWY006939
Aluminium Box

fpv

RAcing

Specification

Q220 Quadcopter

Main Blade：5 x 4 x 3
Wheelbase：220mm
Length x Width：~170mm x ~200mm
Height : ~65mm (Not included Antenna)
Weight：405g (Not included Battery)

Flight Control

Input Voltage：7V ~16.8V
Operating Frequency：1000Hz
Operating Temperature：-20°C ~ 65°C
Maximum Tilting Angle ： 80°
Maximum Angular Speed：2000°/ Sec

ESC

Input Voltage ： 7V ~ 16.8V
Operating Temperature ： -20°C ~ 65°C
Max Continuous Current ： 30A

Brushless Motor

Input Voltage ： 11.1V ~ 14.8V
Stator Arms ： 12
Max Continuous Current(3mins) ： 18A
Max continuous Power(3mins) ： 198W
Magnet Poles ： 14
Dimesion ： 5 x 27.7 x 30.7cm
Weight ：28.4g

5.8G Video Transmitter

Input Voltage：5V
Operating Current：350mA
Operating Frequency：5.8GHz
Antenna Interface：SMA
Transmitting Power：25mW, 200mW , 600mW (Selectable)
Dimesion：30 x 21mm
Weight：3g

Circular Polarized Antenna Transmitter

Operating Frequency ： 5.8GHz
Antenna Gain ： 1 dBi
Operating Temperature ： -20°C ~ 80°C
Impedance ： 50 OHM(Ω)
Antenna Interface ： SMA
Colverleaf ： 3 Pieces
Dimesion ： 35 x 5 x 60mm
Weight ： 10.1g

Camera

Input Voltage： 5V
FOV ： Horizonal 90°
Interface ： CVBS
Video Output Format ： Selectable PAL、NTSC
Aspect Ratio ： 16:9

26

fpv

RAcing