Fly Sky FS-i10 User manual

INSTRUCTION MANUAL
FS-l10
Digital Proportional Radio
Control System
Copyright ©2013-2017 Flysky RC model technology co., ltd

Thank you for purchasing our product, an ideal radio system for beginners or
experienced users alike.
Read this manual carefully before operation in order to ensure your safety, and
the safety of others or the safe operation of your system.
If you encounter any problem during use, refer to this manual first. If the problem
persists, contact your local dealer or visit our service and support website for help:
http://www.flysky-cn.com

1. Safety .....................................................1
1.1 Safety Symbols ............................................................1
1.2 Safety Guide ................................................................1
2. Introduction ..........................................3
2.1 System Features ..........................................................3
2.2 Transmitter Overview ...................................................4
2.2.1 Transmitter Antenna ................................................5
2.2.2 Stick/Switche/Knob ................................................5
2.2.3 Status Indicator ........................................................5
2.2.4 Trims ..............................................................................5
2.2.5 SD Card .........................................................................5
2.2.6 Stick Mode ...................................................................6
2.3 Receiver Overview .....................................................7
2.3.1 Receiver Antenna ......................................................7
2.3.2 Status Indicator ..........................................................7
2.3.3 Ports ...............................................................................7
3. Before Use .............................................8
3.1 Transmitter Battery Installation .............................8
3.2 Installing Receiver and servos ................................9
4. Operation Instructions ......................10
4.1 Power On ....................................................................10
4.2 Binding ........................................................................10
4.3 Preflight Inspection ................................................11
4.4 Model Setup ..............................................................11
4.5 Power Off ....................................................................11
5. System Interface.................................12
5.1 Home Screen ............................................................12
5.1.1 Status Bar ...................................................................12
5.1.2 Interface Quick Guide ............................................13
5.2 Interface ...........................................................................13
5.2.1 Bottom Bar Icons .....................................................13
5.3 Built-in Contextual Help ........................................14
5.4 Stick/Knob/Switch Assignment Interface ........14
5.5 Reset Function Interface .......................................14
5.6 Main Menu ................................................................14
6.Function Settings ................................15
6.1 Reverse Function .....................................................15
6.2 End Points Function ................................................15
6.3 Subtrim Function .....................................................15
6.4 Trims ............................................................................16
6.5 Exponentials ..............................................................16
6.6 Aileron to Rudder ....................................................17
6.7 Rudder to Aileron ....................................................17
6.8 Throttle Curve ...........................................................17
6.9 Throttle Delay ...........................................................18
Table of Contents
6.10 Throttle Down ........................................................18
6.11 AUX Channels..........................................................19
6.12 Channel Offset .......................................................19
6.13 Function Delay .......................................................19
6.14 Channel Delay .............................................................19
6.15 Conditions Delay ........................................................20
6.16 Linear Mixes .................................................................20
6.17 Curve Mixes ..................................................................20
6.18 Conditions ....................................................................21
6.19 Logic Switches ........................................................21
6.20 Airplane Structure .................................................22
6.21 Timers ......................................................................23
6.22 Trainer Mode ..........................................................24
6.23 Display Servos ........................................................24
6.24 Spectrum Analyzer ...............................................24
6.25 Models ......................................................................25
7. Airplane / Glider Menu Functions ....27
7.1 Aileron Function ......................................................27
7.2 Flap Function ............................................................27
7.3 Spoiler Function .......................................................27
7.4 Elevator to Flap ........................................................28
7.5 Throttle Needle ........................................................28
7.6 Butterfly ......................................................................28
7.7 Elevator Function .....................................................28
7.8 Rudder Function ......................................................29
7.9 V-tail ............................................................................29
8.Helicopter Menu Functions ...............30
8.1 Throttle Hold .............................................................30
8.2 Throttle Mix ...............................................................30
8.3 Pitch Curve .................................................................30
8.4 Swashplate Mix ........................................................31
8.5 Swashplate Ring .......................................................31
8.6 Hover Adjust .............................................................31
8.7 Gyroscope ..................................................................31
8.8 Governor ....................................................................32
8.9 Helicopter Structure ...............................................32
8.10 Swashplate Type ....................................................32
9.RX Setup ..............................................33
9.1 Bind with a Receiver ...............................................33
9.2 RF Std............................................................................33
9.3 RX PPM Output ........................................................33
9.4 RX Battery Monitor .................................................33
9.5 Low Signal Alarm .....................................................33
9.6 Failsafe ........................................................................34
9.7 Display Sensors ........................................................34
9.8 Choose Sensors ........................................................35
9.9 Set ASL Pressure .......................................................35

9.10 i-BUS Setup .............................................................35
9.11 Servos Frequency ..................................................35
9.12 Range Test ...............................................................36
9.13 Update Receiver ....................................................36
10. System Settings ................................37
10.1 Blacklight Timeout: (Time) .................................37
10.2 Backlight: (%) ..........................................................37
10.3 System Sound .........................................................37
10.4 Alarm Sound ...........................................................37
10.5 Auto Power Off ......................................................37
10.6 Screen Calibration .................................................37
10.7 Units ..........................................................................37
10.8 USB Function ..........................................................37
10.9 Language .................................................................37
10.10 Firmware Update ................................................38
10.11 Factory Reset ........................................................38
10.12 About FS-i10 ...................................................38
11. Product Specification ......................39
11.1 Transmitter Specification (FS-i10) ....................39
11.2 Receiver Specification (FS-iA10B) ....................39
11.3 Sensor Specification .............................................40
11.3.1 RPM Telemetry (Magnetic) Module (FS-
CPD01) ........................................................................40
11.3.2 RPM Telemetry (Optical) Module (FS-
CPD02) .........................................................................40
11.3.3 Temperature Acuquisition Module (FS-
CTM01) ........................................................................40
11.3.4 Voltage Acquisition Module ( FS-CVT01) ....
........................................................................................40
11.3.5 Altitude Acquisition Module (FS-CAT01) ...
......................................................................................40
11.3.6 i-Bus Receiver(FS-CVT01).............................41
11.3.7 i-Bus Receiver (FS-CVT02)............................41
11.3.8 i-Bus Receiver (FS-CVT04)............................41
Appendix 1 FCC Statement ...................42

1
• Do not fly at night or in bad weather like rain or thunderstorm. It can cause erratic
operation or loss of control.
• Do not use the product when the visibility is limited.
• Do not use the product on rainy or snowy days. Should any type of moisture (water
or snow) enter any component of the system, erratic operation and loss of control
may occur.
• Interference could cause loss of control. To ensure the safety of you and others, do
not operate in the following places:
• Near any site where other radio control activity may occur
• Near high voltage power lines or communication broadcasting antennas
• Near people or roads
• On waterways where passenger boats are present
• Do not store your R/C system in the following places:
• In extremely hot or cold environments
• Where the system will be exposed to sunlight
• Where the humidity is high
• Near sources of steam or condensation
• Do not use this product when you are tired, uncomfortable, or under the influence
of alcohol or drugs. It may cause serious injury to yourself as well as others.
• Do not leave within reach of small children or animals.
• Never grip the transmitter antenna when operating a model. It significantly degrades
the RF signal quality and strength and may cause loss of control.
• Do not touch any part of the model that generates heat during operating or
immediately after use, like the engine, motor, or speed control. These parts may be
very hot and can cause serious burns.
1. Safety
1.1 Safety Symbols
Pay close attention to the following symbols and their meanings. Failure to follow these warnings could cause
damage, injury or death.
1.2 Safety Guide
Warning • Not following these instructions may lead to major injuries.
Danger • Not following these instructions may lead to serious injuries or death.
Attention • Not following these instructions may lead to minor injuries.
Prohibited Mandatory

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Digital proportional radio control system
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• Misuse of this product can lead to serious injuries or death. To ensure the safety of
you and your equipment, read this manual and follow the instructions.
• Make sure the product is properly installed in your model. Failure to do so may
result in serious injury.
• Make sure to disconnect the receiver battery before turning off the transmitter.
Failure to do so may lead to unintended operation and cause an accident.
• Ensure that all motors operate in the correct direction. If not, adjust the direction
first.
• Make sure the model flies within a certain distance. Otherwise, it would cause loss of
control.
• Before powering up the model, make sure that the throttle is at its lowest position.
• The 2.4GHz radio band is completely different from the previously used lower
frequency bands. Always keep your model in sight as a large object can block the RF
signal and lead to loss of control.
• Note that 2.4GHz systems may affect nearby planes or cars after you turn on the
transmitter.
• Set the failsafe function to protect your model.
• Check the model functions before operation.
• Stop operation if any abnormal activity is observed.
• Always store the battery in a cool, dry place.

3
2. Introduction
The FS-i10 transmitter and FS-iA10B receiver constitute a 10 channel 2.4GHz AFHDS 2A(Automatic
Frequency Hopping Digital System Second Generation) digital proportional computerized R/C system. This
system supports fixed-wing, glider and helicopter.
2.1 System Features
The AFHDS 2A (Automatic Frequency Hopping Digital System Second Generation) developed and patented
by FLYSKY is specially developed for all radio control models. Offering superior protection against interference
while maintaining lower power consumption and high reliable receiver sensitivity, FLYSKY's AFHDS technology
is considered to be one of the leaders in the RC market today.
Bidirectional Communication
Capable of sending and receiving data, each transmitter is capable of receiving data from
temperature, altitude and many other types of sensors, servo calibration and i-BUS Support.
Multi-channel Hopping Frequency
This systems bandwidth ranges from 2.408GHz to 2.475GHz. This band is divided in 135
channels. Each transmitter hops between 16 channels (32 for Japanese and Korean versions) in
order to reduce interference from other transmitters
Omni-directional Gain Antenna
The high efficiency Omni-directional high gain antenna cuts down on interference, while using
less power and maintaining a strong reliable connection.
Unique ID Recognition System
Each transmitter and receiver has it's own unique ID. Once the transmitter and receiver have
been paired, they will only communicate with each other, preventing other systems accidentally
connecting to or interfering with the systems operation.
Low Power Consumption
The system is built using highly sensitive low power consumption components, maintaining
high receiver sensitivity, while consuming as little as one tenth the power of a standard FM
system, dramatically extending battery life.

FS-l10
Digital proportional radio control system
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2.2 Transmitter Overview
VRA Knob
SWD Switch
SWB Switch
SWA Switch
VRD Knob
SWC Switch
Trim 1
Rudder/Aileron
Throttle/Elevator
Power Button
VRB Knob
VRC Knob
SWE Switch
SWF Switch
SWH Switch
VRE Knob
SWG Switch
Trim 3
Trim 4
Power Button
LCD
Trim 2
Rudder/Aileron
Throttle/Elevator
Trainer Port
Antenna
Handle
USB Port
Stylus
SD Card Slot Battery Compartment Battery Compartment cover
Grip

5
2.2.1 Transmitter Antenna
Note
• To ensure high signal quality, the antenna should be perpendicular to the models
fuselage. When adjusting the angle of the antenna, make sure that the antenna does
not point directly towards the front or back of the model.
Note • Never grip the transmitter antenna during operation. It significantly degrades signal
quality and strength and may cause loss of control.
Note • Do not bend the antenna wire beyond 90 degrees. Bending the antenna further
could result in damage to the wire.
2.2.2 Stick/Knob/Switch
The FS-i10 has 2 gimbals, 8 switches and 5 knobs, 3 of which can be locked.
• Sticks: The sticks are used for rudder, elevator, alieron and throttle control.
• Switches: The switches can be assigned to various functions for quick access.
• Knob/VR: The knobs/VRsc an be assigned to various functions to make quick adjustments during use.
Lockable rotary knob: Press the knob down to lock it into position. To bring the knob back up, press
down again and release after which the knob can be rotated normally.
2.2.3 Status Indicator
The status indicator is used to indicate the power and working status of the transmitter.
• Off: the transmitter is powered off.
• Blue light: the transmitter is on and working.
• Flashing: low voltage alarm.
2.2.4 Trims
There are 4 groups of trim switches affecting surface position. Each time a trim is toggled, the trim will move
one step. You can hold the trim in the desired direction to make quicker trim adjustments. When the trim
position reaches the middle, the transmitter beeps in a higher tone.
2.2.5 SD Card
This system only supports SD 2.0 with a capacity of 1GB or above.
SupportsModelImportandexport.Refereto【6.25Models】fordetails.
Note • Turn off the transmitter before removing SD card.

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Digital proportional radio control system
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Instructions：
1. Open the battery compartment and remove the battery.
2. Remove the grips located on each side of the transmitter.
3. Use a hex screwdriver to remove the 6 screws securing the back cover.
4. Gently open the transmitter cover and remove the connectors attaching the front to the back from the
botherboard.
5. Use a philips screwdriver to remove the 8 screws at each corner of the gimbals.
6. Switch the left and right gimbal, rotate 180 degrees, adjust the wire and secure using the 8 screws.
7. Carefully insert the connectors back into the motherboard, reclose the transmitter and secure with the
back covers screws.
8. Reattach the grips and install the battery.
9. Turn on the transmitter, enter the main menu and open the [Display servos] function. Check the channels
and trims are responding as expected.
2.2.6 Stick Mode
The system supports 4 stick modes, the default is [Mode 2]. The blue icon indicates the currently selected
mode. Enter the main menu, touch the [System] icon and select your prefered mode.
Changing from modes 2/4 to 1/3 will change the throttle position. This
will require the user to open the system and switch the stick positions. The
gimbals can be switched by following these instructions.
Elevator
Mode
Throttle
Rudder Aileron
Mode
Elevator Throttle
Rudder
Aileron
Mode
Mode
Throttle Elevator
Rudder Aileron
Throttle Elevator
Rudder
Aileron

7
2.3 Receiver Overview
Power/Bind Port
To Servos
PPM Output /To Servos
Antenna
Status Indicator
i-BUS Sensor Interface
i-BUS Serial Interface
2.3.1 Receiver Antenna
Attention • Do not pull or tie the antenna or use the antenna as a servo cable.
2.3.3 Ports
Power, Bind, Channel,Serial and PPM output ports for connecting various components to the receiver.
• PPM/CH1：CanbeconnectedtoservoorusedasaPPMoutput.
• CH2 ～CH10:Canbeconnectedtoservos,powersupplyorothercompatiblecomponents.
• B/VCC: During the binding process a bind cable is connected here. During normal opertaion the power
is applied to this port.
• i-Bus Serial Interface: For connecting an i-BUS module, expansion.
• i-Bus Sensor Interface: For connecting sensors.
2.3.2 Status Indicator
The status indicator is used to indicate the power and working status of the receiver.
• Off: the power is not connected.
• Lit in red: the receiver is on and working.
• Flashing quickly: the receiver is binding mode.
• Flashing slowly: the bound transmitter is off or signal is lost.
FS-iA10B uses dual 26mm antenna and can receive and send information at the same time.

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Digital proportional radio control system
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3. Before Use
Before using the product please follow the guidelines below to install the battery and connect the device.
3.1 Transmitter battery Installation
Danger • Only use specified battery.
Danger • Do not open, disassemble, or attempt to repair the battery.
Danger • Do not crush/puncture the battery, or short the external contacts.
Danger • Do not expose to excessive heat or liquids.
Danger • Do not drop the battery or expose to strong shocks or vibrations.
Danger • Always store the battery in a cool, dry place.
Danger • Do not use the battery if damaged.
To install the transmitters battery, follow these steps:
1. Open the battery compartment.
2. Insert fully charged battery into the battery compartment. Make sure that the metal contacts on the
battery and transmitter have a good connection.
3. Replace the battery compartment cover.

9
Battery
3.2 Installing Receiver and Servos
Make sure that you find an appropriate location to mouth the receiver in order to, ensure performance,
stability and prevent outside interference.
Note • Do not power on the receiver during the setup process to prevent loss of control.
90° 90°
接收机
(26mm)
接收机
接收机
Installation:
1. Make sure the receiver is mounted away from motors, electonic speed controllers or any device that
emmits excessive electrical noise.
2. Keep the receivers antenna away from conductive materials such as carbon or metal. To ensure normal
function make sure there is a gap of at least 1cm between the antenna and the conductive material.
3. Ensure that the two antennas are mounted at 90 degrees to each other, as shown below.
Rudder
servo
Throttle
servo
Elevator
servo
Alieron
servo
Aux.1
Aux.2
Aux.3
Aux.4
Aux.5
Aux.6
Switch
Receiver Receiver Receiver

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Digital proportional radio control system
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4. Operation Instructions
Follow these guidlines to ensure proper use of your system
Follow these steps to power on the system:
1. Check the system and make sure that:
• Thebatteryisfullychargedandinstalledproperly.。
• The receiver is off and correctly installed.
2. Hold both power buttons on either side of the LCD until it lights up
3. Connect the receiver power supply to the B/VCC port on the receiver.
Note • Use with caution to prevent damage, injuries or death.
Note • As a safety precaution, the system will not power on unless all the switches are in
• their highest position and the throttle is at its lowest position.
4.2 Binding
The transmitter and receiver have been pre-bound before delivery.
1. Turn on the transmitter, enter the main
menus, swipe from right to left and select [RX
Settings]
2. Check the chart below to find out what RF
standard your receiver is using. To change enter
the [RF std] menu, press yes when prompted
and select the corresponding RF protocol from
the list.
3. Select
[Bind with a receiver] and press [Yes]
to enter bind mode.
14
4.1 Power On
4. Connect the bind cable to the B/VCC port of the
receiver.
5. Connect the power to any other port. The indicator
will start to flash, indicating that the receiver is in
bind mode.
• For [AFHDS 2A 2-way], once binding is
complete, the transmitter should exit the bind
menu automaticlly.
• For other protocols, select the back button to
exit the bind menu.
6. Remove the bind and power cable from the receiver.
Then connect the power cable to the B/VCC port.
7. Check the servos' operation. If anything does not
work as expected, restart this procedure from the
beginning.
If you are using another transmitter or receiver, follow the steps below to bind the TX and RX:
RF Standard Receiver Type
AFHDS GR3F,GR3E,R6B,R9B，R6C
AFHDS 2 iR4,iR4B,iR6B，iR10
AFHDS 2A 1-way A3, A6
AFHDS 2A 2-way iA4B,iA6,iA6B,iA10,iA10B，X6
Bind cable
Battery
Receiver

11
4.3 Preflight Inspection
Before you begin, perform the following steps to ensure the system performs as expected:
1. Check the entire system to ensure that all components function as expected.
2.Performadistancesignaltestasoutlinedin【9.13RangeTest】.
Danger • If there are any problems during testing, no not operate the model.
Danger • Make sure that the model does not go outside safe operating range.
Attention • Be aware of sources of interference that can affect signal quality.
This system supports fixed-wing, glider and helicopters. To set up your model follow these steps:
1. Select model type: Enter the [Model] function, for more information on this fuction reference
【6.25Models】.
• After a model type is selected the system will automaticlally open the [aircraft structure] menu.
• Fixed-wing and glider are the same option. Choose your model parts from the list.
2. Model Structure Setup:
If [Airplane / glider]isselected,see【6.20AirplaneStructure】fordetails；
If [Helicopter] isselected,see【8.9HelicopterStructure】fordetails.
• Once the model structure has been set the system will set a default channel assignment for the
model. Check the model stucture diagram to make sure that the receiver is connected correctly.
4.4 Model Setup
4.5 Power Off
Danger • Make sure to disconnect the receiver power before turning off the transmitter.
Failure to do so may lead to damage or serious injury.
Follow these steps to turn off the system:
1. Disconnect the receiver's power.
2. Hold both of the transmitter's power buttons to turn off the transmitter.

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Digital proportional radio control system
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5. System Interface
This chapter is an introduction to the menu and menu functions.
5.1 Home Screen
The home screen displays useful information about your model, including sensors and function status etc.
Model Name Transmitter Battery
Status
Receiver Battery
Status
Sensor Output
Model Timer
Engine Timer
Trim 3
Multi Timer 1
Multi Timer 2
Trim 4
Settings
Help
Trim 2
Airplane/Helicopter
Structure
Trim 1
Mute
Throttle Cut
Enabled
Trainer Function
Enabled
Logic Switches
Enabled
Exponential
Function Enabled
Flap Function
Enabled
Throttle Hold
Enabled
Butterfly Function
Enabled
Active Condition
5.1.1 Status Bar
Battery Full
Receiver Not Connected
External voltage sensor is chosen, but not connected.
Charged Charging Full Low Battery (Charging Required)
Currently selected model number and name.
Received signal strength. When 5 bars are displayed the signal is at full
strength, if the signal displays 2 or less the system will sound an alarm.
Receiver Signal

13
Touch this area to quickly enter the sensor selction menu;
Up to 4 sensors can be displayed.
Toselectasensor,referto【9.8ChooseSensors】.
Touch this area to quickly enter the timer menu;
Tosetupatimerreferto【6.23DisplayServos】.
5.1.2 Interface Quick Guide
Touch this area to quickly enter the Aircraft Structure menu;
Tochangetheaircraftstructurerefereto【6.25Models】.
5.2 Interface
Status Bar
Global
Function
Icons
Title Bar
Model Status
Function Settings This is an example of the
exponential function. Other
functions will be different.
Help Files
[The [Wheel] is used to adjust
a selected parameter. Swipe
left to reduce and right to
increase.
The bottom bar contains some generic icons that are universial across all functions.
[Back] : Touch this icon to return to the previous menu.
[Reset] : Touch this icon to return the current function to its factory settings.
[Assign Switch]：Touchthisicontoaccesstheswitchassignmentmenu,fromthismenuswitches
and knobs can be assigned to various function parameters and logic switches.
[Activate]/[Deactivate]：Thisiconwillchangetoshowifthecurrentfunctionisactiveor
inactive, to toggle the functions status touch this icon. Some functions require a switch.
5.2.1 Bottom Bar Icons
[Curve Type]：Touchthisicontoenterthecurveselectionmenu.Fromthismenuchangetheshape
of the curve, and number of points.

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Digital proportional radio control system
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5.3 Built-in Contextual Help（Pic.1）
The help icon is both in the title and bottom bars.
Touch the left side of the bottom bar
or the right side of the title
bar top to gain access to the
contextual help menu.
5.5 Reset Function Interface（Pic.3）
When [ICON] is touched the system will display a
prompt:
[Yes]: Select yes to return the current function or
menu to its factory default setting.
[NO]: Select no to cancel.
The system has both 2-way and 3-way switches,
when at bottom/middle position the switch is active.
The sticks are by default assigned to aileron,
elevator and throttle.
Knobs (VrA-VrE) can be assigned to control some
function parameters in real time.
Switches can also be assigned to logic switches to
control conditions.
By default there are 3 pages with 27 menus, each
page displays 12 icons, swipe left, or right to change
page. The current page is represented at the bottom
with 3 dots, the largest dot is the current page.
The menu changes depending on the current model
setup and type, any function that is not needed will
be hidden and will remain inactive.
5.4 Stick/Knob/Switch Assignment
Interface（Pic.2）
Note
• Once you confirm, the system will
restore all function parameters
back to factory values.
5.6 Main Menu（Pic.4）
Pic.1 Pic.2 Pic.3 Pic.4

15
6. Function Settings
This section contains the default menu function settings.
The Reverse function is
used to correct a servo
or motor’s direction in
relation to the systems
controls. For example, if a
servo is mounted upside
down in order to fit inside
a model.
Endpoints are the limits of the channels’ range of
movement. There are two endpoints, one is the low
endpoint and one is the high end point.
6.1 Reverse Function (Pic.5)
6.2 End Points Function (Pic.6)
To reverse a channel:
This menu contains 10
check boxes, one for
each channel, when a
channel is reversed the
corresponding box will
be checked.
• At the top of the current channel, the
selected endpoint and percentage are
shown.
• The endpoints location is shown as a bar
and needle.
• The red needle indicates the current setting
for the selected side and channel.
• A real time readout of the channels position
can be seen in this menu as a green bar.
2. Select the Up side or Down side as appropriate.
3. Move the wheel at the bottom of the screen
left to reduce the value or right to increase the
value.
Pic.5
Pic.6
To set an endpoint:
1. Touch the channel you wish to change. The
setup menu for the selected channel displays.
Subtrim changes the center point of the channel. For
example, if the ailerons are slightly out of alignment,
the subtrim could be used to fix this.
6.3 Subtrim Function (Pic.7)
To set the subtrim function:
1. Select the desired channel from the list. The
setup menu for the selected channel displays.
• At the top of the current channel, the
selected channel and percentage are
shown.
• The center point location is shown as a
bar and needle.
• The red needle indicates the current
setting for the selected channel.
Pic.7
• A real time
readout of
the channels
position can
be seen in this
menu as a
green bar.
2. Move the wheel
at the bottom of
the screen left to
reduce the value
or right to increase
the value.

FS-l10
Digital proportional radio control system
16
6.4 Trims (Pic.8)
There are 4 groups of trim
switches affecting surface
position. Each time a
trim is toggled, the trim
will move one step. You
can hold the trim in the
desired direction to make
quicker trim adjustments.
When the trim position
reaches the middle, the
transmitter beeps in a
higher tone.
• This function can
be set with up to
5 conditions.
6.5 Exponentials (Pic.9.1-9.4)
Pic.8
Pic.9.1 Pic.9.2
This function changes channel's response curves.
There are 2 main parameters:
Dual Rate: Dual Rate reduces or increases the
difference between the highest and lowest possible
value, for example if applied to the rudder, (set to a
throw of 60 degrees) before changing the settings,
when you move your stick to 1/2 you would get 30
degree rudder movement, if you move the stick 1/4
of the way, the rudder will move 2.5cm, so at 100%
there is a direct, linear relationship of stick movement
and surface movement.
If a setting of 50% is entered then moving the stick
all the way in one direction will only give 1/2 of the
surface movement and 1/2 stick movement will only
produce 1/4 surface movement, this has the effect
of reducing how responsive the rudder is when
the stick is moved, effectively reducing the range
of movement available to the servo. This function
is usually assigned to a condition so that it can be
turned on and off during flight.
Exp. (Exponential): Exponential changes the
relationship between stick movement and surface
movement by creating a curve, when in use the stick
movement and surface movement are no longer
linear so the stick has a different response in different
at different positions. For example this is useful when
needing less reaction during a take-off but more
reaction when in the air.
Changes to the rate and exponential can be seen
on the graph located in the center of the screen.
The system also gives a real-time readout of the
channel’s current position.
Setup:
1. Select a curve type by touching the curve menu
icon , select yes, then a curve type.
2. Touch [Rate] or [Exp] to select.
3. Move the wheel to change the value.
• On/Off, Dual, Rate and Exp can be assigned
to switches or knobs. Both On/off and Dual
can only be set to switches, where as Rate
and Exp can be set to knobs.
Switch/Knob Setup:
1. To assign these functions first touch the switch
assignment icon .
2. Select and option from the list.
3. Selct a switch/knob.
• This function must be set as active before
use.
• This function can be set with up to 5.
Note
• The system gives a real time
readout of the channels
position, not the servo
position. The servo will not
correlate with the graph if the
rate is under 100% ,or another
function like trim has made
changes to the channel’s
movement and/or outer limit.