Wfly ET07 User manual

1
Shezhen WFLY Technology Development Co.,Ld
10 Channels Digital Proportional R/C System
ET07
More product information,
please follow the WeChat official
account above Instruction Manual
V1.04

2
Thank you for using WFLY products!
● Please read this product manual carefully before using this product!
● Please use this product properly!
The R/C model is not a toy, for safety, please do not fly in crowded places!

3
Function Catalogue
Please read the following instructions carefully before use to ensure safely use of the product
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7
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10
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12
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15
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18
19
20
21
22
Safety Caution
Symbols Definition
Flying Notices
Battery
Trainer
USB Interface
Before Use
Product Features
Basic Configuration
Each Parts Name Of Transmitter
Switch Configuration And Types
The Travel Of Antenna Direction Adjustment
Basic Operation
Home Interface Operation
Touch Screen Operation
Indicator Light Of Transmitter
Stick Adjust Instruction
Stick Adjustment
Receiver Instructions
Receiver And Servo Link Example
-airplane
-glider
-helicopter
-multicopter
Models Basic Setting Sequence
-airplane and glider
-helicopter

4
Function Catalogue
Save multiple sets of set parameters and switch freely when needed
Name a group of model parameters
Select helicopter,airplane or multicopter
Copy one group of model parameters to another group of model parameters
Reset a group of model parameters to initial value
Set low battery alarm point
On/Off sound
Adjust backlight brightness, light time
Set trainer or simulator function
Input letter or number,as a user name
Modify the screen back colour
Calibrate the neutral point of ailerons, elevations, accelerators, directional
channel rocker and the position of the upper, lower, left and right endpoints
Select suitable operation stick mode
Select English or Chinese interface language
Reset all parameters of transmitter
Display the unit setting
Calibrate the panel screen
Transmitter system information
24
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25
26
26
27
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27
28
29
29
29
30
30
30
30
31
31
System Setting
Model Select
Model Name
Model Type
Model Copy
Model Reset
Low Voltage
Sound
Backlight
Trainer/Simulator
User Name
Back Color
Calibration
Stick Mode
Language
Factory Reset
Telemetry Unit
Screen Cal
Information
32
33
33
34
35
36
36
36
Linkage Setting
Link Step
Telemetry
Servo Frequency
Range Check
Fail Safe
W.BUS Servo
PPM/W.BUS
Rx Port Setting
Transmitter and receiver link
Display the set sensor data
The servo working frequency
Reduce the power to remote control range check
When the receiver lost the signal, it automatically loads the preset scheme
for the body action safety protection
Set servo
Switch the output mode of receiver
Set the output channel of receiver port
37
37
37
38
39
40
40
40
40
41
41
General Menu
Monitor
Servo Reverse
Sub-Trim
Timer
Dual Rate
End Point
Trim Step
Aux Channel
Channel Delay
Program Mix1-3
Curve Mix1-2
Monitoring and displaying the output status of each channel
Set each channel reverse to match the neutral point of each model channel
Adjust the netrual point of each channel
Set flying alarm time to help remind battery or fuel capacity
Adjust the channel output value to adapt the dual rate of each model channel
Channel end point and limit position
Set the trimming step value of each channel
Customize the switch of 5-10 channel
Set the delay value
Mixing the output of 2 random channels
Mixing the 2 ramdon channels of curve controlled

5
Function Catalogue
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45
45
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47
48
48
Model Menu\Airplane
Throttle Hold
AIL Differential
Aileron 2
Fly Mode
Throttle Cut
Throttle Curve
Flap Trim
ELE to Flap
Flaperon
Elevon
Airbrake
Ailvator
V-Tail
Hold the throttle output status
Adjust the differential of AIL1 and AIL2
Assign another AIL channel
Motion mode assignment
To make instant throttle cut after flying
Adjust the linear relation of throttle
Adjust flap end point,change flap channel seperately,control mix will synchronize
Adjust elevator and flap for one way mixed control
Adjust the step of flap and aileron
Combined aileron and elevator mixed control
Adjust ELE and AIL one way mix
Adjust elevator and rudder mixed control
Model Menu/Helicopter
Throttle Hold
Throttle Curve
Swash
Fly Mode
Throttle Cut
Pitch Curve
Idle Down
Governor
Gyro
Hold the throttle output status
Adjust the liner relation of throttle
Select swash types and set swash parameters
Motion mode assignment
To make instant throttle cut after flying
Adjust the pitch output liner relation
Idle speed control
Governor special adjustment
Adjust the gyro sensitivity under each different fly mode
49
49
50
50
51
51
52
52
52
53
53
54
54
Model Menu/Multicopter
Switch Program
Throttle Hold
Fly Mode
Throttle Curve
Hold the output status of throttle
Motion mode assignment
Adjust the throttle output liner relation

6
Safety Caution
Symbols Definition
If without a proper operation,it may cause
dangerous accident or seriously injury or may
even cause death.
If without a proper operation,it may cause
dangerous accident or seriously injury or may
even cause death,and it may cause slight hurt
or probability cause bodily injure!
If without a proper operation,it may cause
less possibility to serious hurt,but it may
cause hurt or bodily injure.
Pay special attention to the safety information of the following symbols
WARNING
DANGER
NOTICE
Prohibitions
Compulsory Items

7
Flying Notices
To ensure the safety of yourself and others,
please observe the following precautions:
Charge the batteries! Check transmitter and
receiver battery levels and always recharge the
batteries before each flying session. A low battery
will soon die potentially, causing loss of control and
a crash. When you begin your flying session, reset
your ET07 built-in timer, and during the session pay
attention to the duration of usage.
Be careful when flying near power line, High
structures or communication facilities, as there
may be radio interference around.
Beginners should pay particular attention to the
following safety precautions! Please read carefully!
It is forbidden to fly when in poor condition such
as fatigue and drunkenness.
It is forbidden to fly in bad weather such as rain
and gale.
It is forbidden to fly near high voltage lines,
communication base stations and places where
people gather or activate.
It is forbidden to fly in airports and other places
where fly is forbidden.
Before flying, test the equipment, check whether
the transceiver system and the aircraft are normal;
When flying, make the interface of transmitter in
the initial interface for preventing the change of
parameters by mistake;
After flying, turn off the receiver primarily and
then turn off the transmitter for protecting people
from the fail-safe function.
More debugging, more testing, less loss, less
damage!
Power on and off sequency of transmitter
and receiver!
Power on step:
Firstly turn on the transmitter (ensuring the
minimum throttle position),
Secondly Turn on the receiver.
Power off:
Firstly turn off the receiver,Secondly turn off the
transmitter.
Transmitter and receiver low voltage may cause
fail safe danger.
Notice: The transmitter will display the warning
interface, please pay attention to the transmitter
prompt! Improperly operation may cause accident
injury to user.
Disclaimer & Warning:
User should be responsible for any consequences
caused by using the product. WFLY shall not be
liable for any directly or indirectly damage, injury
and any legal liability,User shall comply with all
guidelines including but not limited to this
document. Please follow the local laws and
regulations for regular flight activities. Do not use
this product to carry out personal safety,property
safety or other bad flight behaviors.
Safety Caution
WARNING
DANGER
NOTICE

8
It is important to understand the operating
characteristics of Li-po batteries.Long term storage
(no less than 3 months), storage temperature≤45
,general storage voltage 3.7-3.9v.Failure to follow
the proceeding precautions can quickly result in
severe, permanent damage to the batteries and
possibly result in a FIRE!
1.Do not attempt to disassemble LiFe packs or
cells.
2.Do not allow LiFe cells to come in contact with
moisture or water at any time.
3.Always provide adequate ventilation around
LiFe batteries during charge, discharge, while in
use, and during storage.
4.Do not leave a LiFe battery unattended at any
time while being charged or discharged.
5.Do not attempt to charge LiFe batteries with a
charger that is NOT designed for LiFe batteries, as
permanent damage to the battery and charger could
result.
6.Always charge LiFe batteries in a fireproof
location. Do not charge or discharge LiFe batteries
on carpet, a cluttered workbench, near paper,
plastic, vinyl, leather or wood, or inside an R/C
model or full-sized automobile! Monitor the charge
area with a smoke or fire alarm.
7.Do not charge LiFe batteries at currents greater
than the "1C" rating of the battery ("C" equals the
rated capacity of the battery).
8.Do not allow LiFe cells to overheat at any time!
Cells which reach greater than 140 degrees
Fahrenheit (60°) should be placed in a fireproof
location.
9.LiFe cells will not charge fully when too cold or
show full charge.
10.It is normal for the batteries to become warm
during charging, but if the charger or battery
becomes excessively hot disconnect the battery
from the charger immediately!! Always inspect a
battery which has previously overheated for
potential damage, and do not re-use if you suspect it
has been damaged in any way.
11.Do not use a LiFe battery if you suspect
physical damage has occurred to the pack.
Carefully inspect the battery for even the smallest of
dents, cracks, splits, punctures or damage to the
wiring and connectors.DO NOT allow the battery's
internal electrolyte to get into eyes or on skin—wash
affected areas immediately if they come in contact
with the electrolyte. If in doubt, place the battery in a
fire-proof location for at least 30 minutes.
12.Do not store batteries near an open flame or
heater.
DANGER
Battery
Safety Caution
Transmitter trainer port.
The trainer port is with 3.5mm audio port output
mode. This suite is without the coach data line. If
you want to use the trainer function, you need to
purchase the trainer data line separately!
Warning: This port is only used for trainer data
transmission. It is forbidden to insert the power
supply (high voltage) terminal to the port to avoid
damage for the transmitter.
Suggestion: You can consult the purchase line at
WFLY Technology Taobao Store or other model
online stores or physical stores.
Transmitter USB interface:ET07 is with standard
USB interface, support interface charge and update!
Standard: Support 5V,1.5A.(Notice:The interface
only support USB standard voltage, non-standard
input such as modified interface may damage the
machine and will void the warranty! Please use the
charger carefully! )
Receiver USB port:RF207S USB interface is only
used as upgrading data port, it is forbidden to insert
the power supply (high voltage) terminal to the USB
interface to avoid damage for the receiver.
USB Interface
Trainer
Transmitter: ET07 adopts the power supply mode
of lithium battery, and the working voltage adapts to
the stroke of 3.7V-4.2V. Using a power supply that
exceeds the operating voltage stroke may burn the
machine!
The USB interface of the ET07 can be charged.
Please charge the battery with a USB output charge
like mobile phone charge,ect. (Standard:5V/1.5V)
Receiver: (RF207S)The receiver's operating
voltage adapts to the trip 3.7V-8.4V, with anti-
reverse protection slot (power input pole, positive
and negative reverse protection). With a power
supply that exceeds the operating voltage stroke,
the receiver will burn out.
NOTICE
13.Do not discharge LiFe batteries at currents
which exceed the discharge current rating of the
battery.
14.Always store LiFe cells/packs in a secure
location away from children.

9
Before Use
Transmitter
Model: ET07
Channel: 10 channels
Working voltage: 3.7V (1cell Lithium battery)
Working current: ≤260mA
Applications: Helicopter, Airplane, Multi-Rotors, Vehicle,Ship
Resolution: Full Channel 4096 Resolution
Band: 2.4GHz (Bidirectional)
Frequency Hopping: New FHSS Frequency Hopping (64points, 3.6ms)
Storage: 20 models
Programming: 5 Groups Mixed Control
Language: Chinese, English
Upgrade: USB online upgrade
Display: 3.5inch touch, 480*320, TFT color display
Receiver
Model: RF207S
Frequency: 2.4 GHz
Working Voltage: 3.7 V-8.4 V
Working Current: 75 mA
Applications: Helicopter, Airplane, Multi-Rotors, Vehicle,Ship
Resolution: Full Channel 4096 Resolution
PWM: 7 Channel (Mode A)
PPM: Support
W.BUS: Compatible with S.BUS
W.BUS2: Telemetry Sensor Input
Bidirectional Transmission: Support
Fail Save: Support
Online upgrade: Support
External voltage detection: DC 0-96V
Size: 27×14×51mm
Weight: 14.6g
Basic Configuration
Transmitter:ET07 remote controller x1
Receiver:RF207S Receiver x1(External power
inspection wire x1)
Accessary :
Lanyard x1
Others :
Summary manual file x1
Warranty card x1
*WFLY will not notify further if any configuration
changes.
Product Features
Transmitter
Receiver
Lanyard
Summary manual x1

10
Each Parts Name of Transmitter
SA
SB
Function key
Trainer port
Power LED
RF Light
SD
SC
V2(Slide Lever)
V1(Rotary Knob)
Trim T1
Navigate Key
Power switch
USB Interface
Resistance touch screen
Stick
Hook
Battery compartment
Antenna
Trim T4
Trim T3 Trim T2
Carry handle
Battery Interface
Before Use

11
The Travel Of Antenna Direction Adjustment
Switch Configuration And Types
Power switch:Click and hold for about 2 seconds to open/shut down
T1-T4:Trim key(User defined function)
SA:Short lever 2 positions(User defined function)
SB:Long lever 2 positions(User defined function)
SD:Short lever 3 positions(User defined function)
SD:Long lever 2 positions reset(User defined function)
V1:Rotary knob(User defined)
V2:Slide Lever(User defined)
HOME:Function key,slightly click to return to standby interface,click and hold for
2 seconds to turn on the monitor interface.
EXIT:Return key,slightly return to the superior interface;Click and hold for 2
seconds,screen lock and unlock
+:Increase key,parameter increment,switch status
-:Decrease key,parameter decrement,switch status
Up/down/left/right:Direction key
Middle:Slightly click to confirm,press and hold to reset parameters(value)
Front and up movement 180°
The antenna activity of the transmitter is limited by the stroke. If the activity is exceeded, the antenna will
be damaged.
The active travel indication of the antenna is as following:
Left and right movement 180°
180°
90°
Before Use

12
Basic Operation
Home Interface Introduction
Operation and Introduction
1.Transmitter model
2.LOGO, Click to enter main menu 3.Normal Timer :Click and hold for reset,slightly click for start/pause
4.Mode Timer:Click and hold for reset,status is set by(Timer)menu
5.Voltage:Receiver voltage,external
5.Return data(External battery)
6.Trim monitor:display active trimming status
7.Boot time:The accumulation boot time , shutdown reset
8.Model name: Click to enter model selecting interface
9.Model types:Click to enter current machine type Interface
10.User name:click into user defined name
11.Trim status:display T1-T4 trim status(T1-T4 while the switch being used),more details please refer
to(Aux Channel)and[Trim Setting]
▲means the position is "up"
●means the position is "neutral”
▼means the position is "down"
12.Transmitter battery capacity
13.Receiver signal strength
14.Fly mode(Throttle lock,normal,Idle1,Idle2)
15.Mixing:Display the mixing after ACT the mixing function
16.Working mode:Display then ACT mode(Trainer,simulator,student)
17.Lock status(Click and hold EXIT/LOCK for 2s)
6
5
4
3
2
1
13
14
15
16
9
10
8
7
12
T4 T 3 T2 T1
11
SIM RX
NOR
MIX 4. 2V
00:06:59
0
0
0
0
00 00 0: .
00 00 0: .
Rx:5 .0V Ext :12V
ET07
Model1
User N ame
17

13
2 Switch, function type setting: Click to switch.
Key function instruction
1 Page up and down key: Used for turning pages
and switching lists
2 Up and down key: Displays when entering into
value setting, used for editing parameters
3 Reset key: between UP/Down/+/- keys, used
for reset the default
Popup prompt: When the operation changes
important parameters, the selection box will pop up
for secondary confirmation. The default "No" is
selected.
Example: The interface model selecting
operation of(Model Selecting)!Click a model
selecting, then pops up a selecting box, and then
click confirm key means select "No".
模拟器 RX
NOR M
混控 4. 2 V
00:12:02
ON
SA
Switch
Thr o t tl e Ho ld
Status
+10%
Pos ②③
①
模拟器 RX
NOR M
混控 4. 2 V
Link
Range Check
Fail Safe
W.BUS Servo
PPM/W.BUS
Telemetry
Linkage Setting
Servo Frequency
00:12:02
RX
NOR M 4 .2 V
Model 1 2
Model 1 3
Model 1 4
Model 1 5
Model 1 1
Model 1 7
Model 1 8
Model 1 9
Model 2 0
Model 1 6
00:06:59
Sure?
NO
OK
Model Select
ET07 uses 3.5 inches resistance touch screen,
which makes ET07 operation more flexible and
efficient.
Touch the touch screen softly with the stylus pen
or your fingertips. Plastic film is attached to the
touch screen. Please be careful so that you don't
scratch the touch screen with anything hard such as
a metal object. Don't push the touch screen with
excessive force or drop anything on the panel.
Operate Demonstration
Menu Operation: Click enter into the relative
interface
Status Switch: Click into switch status
Parameters Setting:
1 Data setting: Click and pop up the upper right
setup key, click again the key to return the set calue .
RX
NOR M 4 .2 V
00: 1 2: 02
ON
SA
Switch
Thr o t tl e Ho ld
Status
0%
Pos
RX
NOR M 4.2V
INH
SA
Switch
Throttle Hold
Status
0%
Pos
00: 0 6: 59
RX
NOR M 4 .2 V
Link
INH
ModeA
Telemetry
Mode
Link Start
00: 0 6: 59
RX
NOR M 4 .2 V
00: 0 6: 59
Link
Range Check
Fail Safe
W.BUS Servo
PPM/W.BUS
Telemetry
Linkage Setting
Servo Frequency
RX
NOR M 4.2V
Men u
Linkage Setting
General Menu Model Menu
System Setting
00: 0 6: 59
Touch Screen Operation
RX
NOR M
4.2V
00: 1 2: 02
ON
SA
Switch
Throttle Hold
Status
0%
Pos
RX
NOR M
4.2V
00: 1 2: 02
ON
SB
Switch
Throttle Hold
Status
0%
Pos
RX
NOR M 4.2V
00: 1 2: 02
ON
SA
Switch
Throttle Hold
Status
0%
Pos
RX
NOR M 4 .2 V
00: 1 2: 02
ON
SA
Switch
Throttle Hold
Status
+10%
Pos
RX
NOR M 4 .2 V
00: 1 2: 02
ON
SA
Switch
Throttle Hold
Status
+12%
Pos
Basic Operation
NOTICE

14
Status
Power
light
RF
light
LED
3
4
2
1
Stick head height adjustment
Tools : 1.5mm socket screwdriver:
Steps:
1. Loosen the upper section head
counterclockwise
2. Then twist the lower head to adjust the height
3. Twist the upper head clockwise to lock it
Stick feel and function adjustment
ET07 uses the newly developed four-bearing
assembly to trim the feel!
Uncover the silicone sheet on the back and adjust
the feel directly.
Note: Do not use excessive force or over twist the
number of turns when adjusting the screw.
Otherwise, the structure assembly would be twisted
off and the screw may fall off, resulting in
irreversible damage.
Soft silicon uncover method
Upper and lower feeling
adjustment position
Upper and lower elastic
adjustment position
Left and right elastic
adjustment position
Tooth adjustment
Smooth adjustment
Upper and lower feeling
adjustment position
Upper and lower elastic
adjustment position
Smooth adjustment
Tooth adjustment
Left and right elastic
adjustment position
Indicator Light of Transmitter
Stick Adjustment
Basic Operation
Power light on
Power light off
RF light off
Off light on
RF light flashes
Turn on,charging
Turn off
Turn off,student or simulator mode
Normal linkage,trainer or normal mode
Enter link status

15
Stick Adjustment
Left and right stick mode replacement method
It is not recommended to replace the left and right sticks by yourself, otherwise the transmitter may be
damaged. (Your free warranty would be lost if you replaced your left and right sticks )
Required tools: 3 mm cross screwdriver, 1.5 mm hex driver
First open the transmitter housing and then follow the instructions shown below:
1 Loosen the bearing housing screws (the screws do not need to be fully retracted), then remove
the spring, bracket 7 and bracket 5 and tighten the screws; then remove the removed spring, bracket 7
and bracket 5 in another assembly corresponding position (remove the bearing housing screw before
assembly),The tightness of the stick can be changed by adjusting the height of screw 3.
2 Remove the screw of the throttle reed, the throttle reed and the throttle sleeve, and install them
in the corresponding position of the other assembly. According to your own habits, select the type
of throttle sliding (toothed and smooth) and adjust the screw (screw 1 or The height of the screw 2)
makes the damping of the throttle conform to your own habits.
Screw１
Screw２
Screw 3
Throttle sleeveThrottle reed
After the throttle structure is modified, turn on the machine, enter [system setting] → [stick mode], select
the corresponding operation mode, and then adjust the stick after replacing the left and right modes!
If you need components such as bracket 5 (such as the parts needed for assembling double circuit
structure!), you can e-mail to WFLY overseas seller to order the spare parts at sales@wflysz.com
Bracket 5 Bracket7
Spring
①
Throttle sleeve
Basic Operation

16
Receiver Instructions
Receiver Operation Way
1 Link: Charge the receiver then press and hold
'SET' button for 3 seconds,wait for the link
instruction after the orange light slowly flashes.
2 PM/W.BUS/PWM port modes select: Click and
hold the "SET" to charge, then enter into model
setting, slightly click the switcher mode, press and
hold to confirm.
Receiver connection and installation
Notice:pay attention to the positive and negative
polarity when connecting the power supply. Do not
use the power supply that exceeds the working
voltage of the receiver. Otherwise, the receiver will
be damaged!
The RF209S is the latest series of high
performance receiver with 7 PWM channels, 1
PPM/W.BUS channel (User defined), and 1 W.BUS2
channel (User defined).
In order to obtain optimal signal retrieval
performance, the two antennas are preferably
processed 90° to each other when installed, as
shown in the bottom right diagram.
Notice:
1.If there is a metal conductor around the receiver
antenna,the signal performance would be affected.
In this case, the antenna should be bypassed by the
conductor, placed on both sides of the fuselage, and
it is better to make the antenna leak outside the
model casing ! In this way, good signal reception can
be maintained regardless of the flight attitude.
2. When the antenna is installed. The unshielded
end of the antenna should be as far away as
possible from the conductor materials such as metal
and carbon fiber. The antenna cable avoids bending
at large angles. And the end core should be as
straight as possible.
3. If the model body is covered with a conductive
material such as carbon fiber or metal, the antenna
portion must be extended beyond the body. At the
same time, do not stick too close to the conductive
Receiver LED STATUS LIST
Signal
Positive
Negtive
Mode LED Action State
Work
Set
Blue
Green
Red
Orange
Red
Green
Blue
Never
Never
Never
Slow flash
Slow flash
Slow flash
Slow flash
W.BUS normal work mode
PWM normal work mode
No signal
Low voltage
Linking
W.BUS mode
PPM mode
USB port
90°
Ext.voltage
External voltage detection port
Antenna
Keep straight
The red is connected to
the positive pole
The resistance is connected to
the negative pole
1Ω resistance
Basic Operation
LED
PPM/W.BUS/W.BUS2
CH1~7:PWM
PPM/W.BUS
body after the antenna is extended. In addition, the
antenna should also be kept away from the fuel
tank.

17
Receiver and servo Link example
CH6
FLAP
CH5
UNDERCARRIAGE
CH4
RUDDER
CH3
THROTTLE
CH2
ELEVATOR
CH1
AILERON
CH7
AILERON 2/AUX 1
- Airplane
The figure below shows an example of airplane Link. Please use the actual wing type and tail type for
servo Link.
Wing
Tail
(Normal)
ELE
(CH2)
(V-Tail)(*4)
ELE2
RUD1
(CH4)
ELE1
RUD2
(CH4)
(Ailvator)
AIL3
(CH2)
ELE1
(CH1)
ACRO(Flaperon)(*2)
AIL1
FLP2
(CH1)
AIL2
FLP1
(CH6)
ACRO(AIL Differential)(*1)
FLP
(CH6)
AIL1
(CH1)
AIL2
(CH7)
ACRO(Ailvator)(*3)
AIL1
ELE2
(CH1)
FLA2
ELE1
(CH2)
Servo connection position (Airplane)
The table below shows examples of the servo connection positions for the different wing types and tail
types.
Airplane(ACRO)
1Aileron/Aileron1(*1)1Aileron1(Aileron2)(*2)/Aileron1(Elevator2)(*3)
2Elevator/Elevator1(Aileron2)(*3)/Elevator1(Rudder2)(*4)
3Throttle
4Rudder/Rudder1(Elevator2)(*4)
5Spare/undercarriage
6Spare/Flap/Flap1(Aileron 2)(*2)
7Spare/Aileron2(*1)
Receiver
output channel
(*1)When it's AIL Differential
(*2)When it's Flaperon
(*3)When it's Ailvator
(*4)When it's V-Tail
Basic Operation

18
-Glider
The table below shows examples of the servo link positions for the different wing types and tail types.
Wing
V-TailNormal
ELE
(CH2)
AIL2
(CH7)
AIL1
(CH1)
2AIL+2FLP (AF2)
AIL2
(CH7)
AIL1
(CH1)
2AIL+1FLP (AF1)
AIL2
(CH7)
AIL1
(CH1)
FLP
(CH5)
AIL 1 Servo
(CH1)
Aileron
Elevator
Motor
Rudder
Flap
Flap 2
Aileron2
Aileron
Elevator
Motor
Rudder
Flap
Auxiliary
Aileron2
Aileron
Elevator
Motor
Rudder
Auxiliary
Auxiliary
Aileron2
Aileron
Elevator
Motor
Rudder
Auxiliary
Auxiliary
Auxiliary
1AIL(A-1)
CH
2
3
4
5
6
7
1
Basic Operation
Receiver and servo Link example
Tail
2AIL(A-2) 2A+1F(AF1) 2A+2F(AF2)
1AIL(A-1) 2AIL(A-2)
ELE2
RUD1
(CH4)
ELE1
RUD2
(CH2)
FLP2
(CH6)
FLP1
(CH5)

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Receiver and servo link example
Servo link position (Helicopter)
The table below shows examples of the servo link positions for different swashes.
Swash Types
CH7
AUX/GOVERNOR
CH4
RUDDER
CH3
THROTTLE
CH2
ELEVATOR
CH1
AILERON
CH5
GYRO
GRO
-Helicopter
The figure below shows an example of helicopter link. Please use the actual wing type and tail type for
servo link.
CH6
PITCH
Elevator
Pitch Aileron
HE3
Elevator
Pitch
Aileron
HN3(120°) HR3(120°)
Elevator
Pitch Aileron
Elevator
Aileron
Pitch
H-3
Basic Operation
1Aileron
2Elevator
3Throttle
4Rudder
5Gyro
6Pitch
7AUX/Governor
Receiver
output channel HELI

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*This figure is for illustrative purposes only. Link amplification also changes depending on the
multicopter collective and the flight controller. Please connect according to the instruction manual of the
multicopter kit to be used.
*Motor, electronic speed controller(separately to buy ).
Battery
Link Position(Multicopter)
-Multicopter
The figure below shows the four-rotor multicopter. Please refer to the model manual for specific
applications. Motor,electronic speed controller, flight controller, battery, etc. are sold separately.
MULTI COPTER
1Aileron
2Elevator
3Throttle
4Rudder
5Spare
6Spare
7Spare
Receiver
output channel
CH1 AILERON
CH2 ELEVATOR
CH3 THROTTLE
CH4 RUDDER
CH5
Receiver and servo Link example
Basic Operation
Use 5CH-9CH when using accessories such as
camera shutters. Use a W.BUS interface or dual
receiver when the channel is insufficient.
Multicopter
controller