How to fix a difficult to read LCD display on AIRTRONICS SD-10G?
If the LCD display on your AIRTRONICS Remote Control is difficult to read, it might be because the LCD display contrast is set too low (increase LCD display contrast) or you are reading the LCD display in direct sunlight (increase LCD display contrast or orient the transmitter out of direct sunlight).
Why control surface trim changes when switching between Flight Modes on AIRTRONICS SD-10G Remote Control?
If the control surface trim changes when switching between Flight Modes on your AIRTRONICS Remote Control, it indicates that the Trim is set to SEP in the Trim Flight Mode menu. To resolve this, set the Trim to COM in the Trim Flight Mode menu.
What to do if AIRTRONICS SD-10G Remote Control displays 'F-MODE NOT 'N'!!' message?
If your AIRTRONICS Remote Control transmitter displays the message 'F-MODE NOT 'N'!!', it means the transmitter is not in Flight Mode N when turned ON. To fix this, adjust the Flight Mode switches to turn ON Flight Mode 1 as displayed on the Top menu.
Why is my AIRTRONICS Remote Control transmitter/receiver range check failing?
The transmitter/receiver range check might fail due to low transmitter or receiver batteries. Make sure to fully charge both. Another potential cause is incorrectly mounted receiver antennas; ensure they are mounted as described. If you are using sailplanes, tall grass can also interfere; try lifting the model out of the grass for the range check.
Why servo will not move to the end of its range on AIRTRONICS Remote Control?
If the servo will not move to the end of its range on your AIRTRONICS Remote Control, it means that the Servo Limit Adjustment Value is set too low. Adjust the servo Limit Adjustment Value in the surface menu.
What causes drastic control changes when switching Flight Modes on AIRTRONICS Remote Control?
Drastic control changes when switching between Flight Modes can occur if the Flight Mode Delay function is not utilized. Program Flight Mode Delays to smooth the transition of servo movement when switching between Flight Modes.
Why is PACK NOT READY message displayed when Initializing Memory Expansion Card on AIRTRONICS Remote Control?
The PACK NOT READY!! message is displayed when Initializing the Memory Expansion Card because the Memory Expansion Card is not installed. Install the Memory Expansion Card and make sure it's fully seated into position.
Why does my AIRTRONICS Remote Control alarm beep continuously?
If your AIRTRONICS Remote Control alarm beeps continuously, it indicates that the battery voltage is low. To resolve this, fully charge the battery.
Why does AIRTRONICS Remote Control transmitter/receiver range check fail?
If your AIRTRONICS Remote Control transmitter/receiver range check fails, it could be due to several reasons. First, ensure that both the transmitter and receiver batteries are fully charged. Second, double-check that the receiver antennas are correctly mounted in your model as recommended. Finally, if you're using sailplanes, lift the model out of tall grass for the range check.
What to do if AIRTRONICS Remote Control displays 'TH-STICK Hi!!' message?
If your AIRTRONICS Remote Control transmitter displays the message 'TH-STICK Hi!!' and beeps continuously, it indicates that the throttle control stick wasn't in its lowest position when the transmitter was turned ON. To fix this, pull the throttle control stick all the way back to its lowest position.
Details equipment compliance with FCC regulations for digital devices, outlining limits and user responsibilities regarding interference.
Explains the high-output, full-range capability of the radio control system and the importance of range checking.
General safety guidelines for operation, model handling, and user experience, emphasizing caution and courtesy.
Specific warnings and guidelines for handling and operating the transmitter, including power sequences and antenna handling.
Guidelines for mounting receiver antenna wires, protecting the receiver from vibration/moisture, and avoiding conductive interference.
Lists the core capabilities of the SD-10G transmitter, including technology, memory, and general functions.
Details features specific to aircraft models, such as servo monitor, dual rates, and programmable mixes.
Provides technical specifications for the SD-10G transmitter and the 92104 receiver, including power and dimensions.
Step-by-step instructions for binding the transmitter and receiver, including antenna positioning.
Guides users to select the appropriate model type (Aero, Glid, Heli) for their aircraft configuration.
Instructions on how to name the model for easy identification and selection within the transmitter's memory.
Information on accessing a library of specific transmitter setup sheets available on the Airtronics website.
Highlights the need for a voltage regulator if the receiver battery output exceeds 6.0 volts.
Advises against using after-market peak-detection chargers directly on the transmitter battery.
Diagrams illustrating the front and back views of the transmitter, labeling key control features.
Diagrams illustrating the 92104 10-Channel receiver, labeling key components and connections.
Describes the low voltage alarm that sounds when transmitter battery reaches 6.7 volts, prompting immediate landing.
Warns if the throttle control stick is not in the lowest position when the transmitter is turned ON.
Alerts if the Flight Mode is not set to 'N' (Normal) when the transmitter is turned ON.
Instructions on how to adjust the length of the control sticks to suit user preference.
Guidance on adjusting the spring tension of the control sticks for firmer or softer movement.
Instructions on installing throttle stick stops to limit physical travel for preferred control.
Essential safety guidelines and warnings for charging the transmitter's Ni-MH battery.
Information and warnings regarding the use of a 2-cell Li-Po battery as a transmitter power source.
Guidelines and warnings for powering the receiver with a Li-Po battery, emphasizing voltage regulator use.
Explanation of the functions of the Navigation Pad, Programming Keys, and ENTER Key for transmitter programming.
Detailed explanation of the LCD display layout and various indicators.
Crucial information assuming default configuration for binding a new transmitter and receiver.
Detailed instructions and recommendations for mounting receiver antenna wires for optimal reception.
Step-by-step guide to activating the Low Power Mode for radio signal reception checks.
Instructions on how to return the transmitter to NORMAL mode after completing the range check.
Detailed procedure for setting custom fail-safe positions for individual servos.
Procedure to verify that the programmed Fail Safe settings are operating correctly.
Visual guide to the structure and navigation of the System menu.
Overview of the System menu's purpose and how programming changes take effect.
Function to input and manage the transmitter's user name for registration.
Allows naming individual models for easy tracking and loading of programming.
Function to load programming for a specific model from memory.
Enables quick selection of three favorite models without navigating the Model Select menu.
Sets the transmitter's low-level mixing based on the model type for optimal programming.
Configure modulation, Safety Link, and perform transmitter-receiver binding.
Lowers transmitter RF output for radio signal reception checks prior to flight.
Sets predetermined servo positions if signal is interrupted, ensuring safe descent.
Sets a custom receiver voltage threshold that triggers feedback, preventing loss of battery power.
Enables connecting two transmitters for pilot training, with Master/Slave control.
Adjusts transmitter operating modes and calibrates control sticks for accurate centering.
Recalibrates control sticks for accurate centering and maximum travel after mode changes.
Assigns control functions to different receiver channels for flexible setup.
Assigns functions like Dual Rate or F-Mode to transmitter switches for quick activation.
Converts control stick axes into switches for assigning specific functions.
Manages various timers including stopwatch, rhythm, integral, and system timers for usage tracking.
Copies programming data between models or to/from the Memory Expansion Card.
Resets model-specific programming data back to factory default settings.
Transfers programming data between the transmitter and a PC via USB adapter cable.
Adjusts the LCD display contrast for improved readability in various lighting conditions.
Enables or disables audible key tones for user feedback during menu navigation.
Allows enabling or disabling specific transmitter alarms for warnings and notifications.
Customizes the Top menu display elements like Shortcut Menu and Timer/Stick Monitor.
Stores shortcuts to frequently used System or F-Mode menu selections for quick access.
Manages the Memory Expansion Card for storing and sharing model programming data.
Step-by-step guide for safely installing the Memory Expansion Card into the transmitter.
Procedure for initializing a new or used Memory Expansion Card before use.
View software version, memory capacity, and update transmitter operating software.
Overview of the Surface menu functions including Reversing, Centering, End Points, and Limits.
Instructions on how to move through and select options within the Surface menu.
How to lock/unlock specific adjustment options to prevent accidental changes.
Electronically switches the direction of servo travel for correct control surface response.
Fine-tunes the neutral position of each servo for optimal centering and trim alignment.
Adjusts servo travel in each direction to balance control surface throw.
Sets a hard limit for servo travel in each direction to prevent rotation past specified limits.
Adjusts CCPM cyclic servo travel independently for precise swashplate setup.
Converts rotary servo output to linear approximation for cyclic movement correction.
Slows down two forward channels in CCPM for fine-tuning swashplate control feel.
Adjusts CCPM servo speed independently to match faster servos for smoother movement.
Controls swashplate functions like reversing elevator, aileron, pitch, and mixing.
Explains how Flight Modes allow customization of model characteristics via switch selection.
Alerts if the Flight Mode is not set to 'N' (Normal) when the transmitter is turned ON.
Visual guide to the structure and navigation of the Aero Flight Mode menu.
Displays servo output levels in bar graph form to monitor servo operation virtually.
Displays current control stick position to check calibration and surface setup.
Allows changing control authority by adjusting servo travel via Dual Rate settings.
Varies servo travel relative to control stick movement near neutral for softer or heightened control feel.
Varies servo travel in relation to throttle stick movement across nine custom-programmable points.
Sets a specific position for the throttle servo to hold, not responding to stick input.
Sets a specific position for the throttle servo, primarily used to shut down the engine after flight.
Sets a specific throttle servo position for a different idle speed than the standard stick position.
Changes the ratio of Up to Down movement for each aileron to eliminate yaw tendency.
Shifts the neutral position of elevator, aileron, and rudder servos independently.
Adjusts the speed of individual servos to match response or achieve scale transit time.
Views and fine-tunes digital trim positions for flight control surfaces.
Adjusts how far the servo travels when the trim switch is moved for trim function resolution.
Controls flap channel using Auxiliary Levers (VR6) or Dial Knob (VR7) when flap switch is in Position 1.
Electronically swaps trim switch functions, e.g., throttle trim controls elevator trim.
Programs custom snap roll settings and assigns them to switch positions.
Features pre-programmed mixes and allows custom compensation mixes for model setup.
Programs custom mixes to control functions in combinations not covered by pre-programmed mixes.
Assigns auxiliary channels and Flap 1 function to Auxiliary Levers or Auxiliary Dial Knob.
Copies Flight Mode programming data from one Flight Mode to another within the same model.
Programs custom delays for channel functions to prevent drastic changes between Flight Modes.
Allows naming individual F-Modes for easier tracking of current usage.
Visual guide to the structure and navigation of the Glid Flight Mode menu.
Displays servo output levels in bar graph form to monitor servo operation virtually.
Displays current control stick position to check calibration and surface setup.
Allows changing control authority by adjusting servo travel via Dual Rate settings.
Varies servo travel relative to control stick movement near neutral for softer or heightened control feel.
Changes the ratio of Up to Down movement for each aileron to eliminate yaw tendency.
Manages landing-specific functions: Flap Freeze, Crow, and Landing Differential.
Function to reduce lift by simultaneously moving ailerons up and flaps down for precise landings.
Applies differential aileron movement when flaps are deployed for improved landing control.
Programs Camber (trailing edge down) or Reflex (trailing edge up) to alter wing flight characteristics.
Defines how Auxiliary Lever (VR6) controls Camber, allowing control of only Camber or Reflex.
Adjusts the speed of individual servos to match response or achieve scale transit time.
Views and fine-tunes digital trim positions for flight control surfaces.
Adjusts how far the servo travels when the trim switch is moved for trim function resolution.
Changes amount of Camber/Reflex travel relative to Auxiliary Lever (VR6) movement.
Electronically swaps trim switch functions, e.g., flap trim controls elevator trim.
Features pre-programmed mixes and allows custom compensation mixes for model setup.
Programs custom mixes to control functions in combinations not covered by pre-programmed mixes.
Assigns auxiliary channels and Camber, Flap, Motor functions to Auxiliary Levers or Dial Knob.
Copies Flight Mode programming data from one Flight Mode to another within the same model.
Programs custom delays for channel functions to prevent drastic changes between Flight Modes.
Allows naming individual F-Modes for easier tracking of current usage.
Visual guide to the structure and navigation of the Heli Flight Mode menu.
Diagrams showing the default transmitter layout for HELI Model Type Flight Mode N.
Displays servo output levels in bar graph form to monitor servo operation virtually.
Displays current control stick position to check calibration and surface setup.
Allows changing control authority by adjusting servo travel via Dual Rate settings.
Varies servo travel relative to control stick movement near neutral for softer or heightened control feel.
Adjusts throttle servo travel via curve points and sets throttle hold position.
Modifies throttle hold percentage value when the Throttle Hold function is active.
Varies pitch servo travel in relation to throttle stick movement across nine custom-programmable points.
Sets a specific throttle servo position, primarily used to shut down the engine after flight.
Adjusts specific Throttle Curve Points to fine-tune the Throttle Curve at any throttle position.
Adjusts specific Pitch Curve Points to fine-tune the Pitch Curve at any throttle position.
Shifts the neutral position of elevator, aileron, and rudder servos independently.
Adjusts the speed of individual servos to match response or achieve scale transit time.
Views and fine-tunes digital trim positions for flight control surfaces.
Adjusts how far the servo travels when the trim switch is moved for trim function resolution.
Changes amount of Pitch Curve travel relative to Auxiliary Lever (VR5/VR6) movement.
Remotely controls Heading Hold and Rate mode gyro gain settings.
Programs Governor percentage values to control helicopter rotor head speed remotely.
Features pre-programmed mixes and allows custom compensation mixes for model setup.
Programs custom mixes to control functions in combinations not covered by pre-programmed mixes.
Assigns auxiliary channels and Pitch Trim functions to Auxiliary Levers or Auxiliary Dial Knob.
Copies Flight Mode programming data from one Flight Mode to another within the same model.
Programs custom delays for channel functions to prevent drastic changes between Flight Modes.
Allows naming individual F-Modes for easier tracking of current usage.
Diagnostic guide for common transmitter issues and their resolutions.
Troubleshooting steps for issues related to insufficient radio signal range.
Definition of activating a particular function.
Definition of mixes ailerons and elevator for combined roll and pitch control.
Definition of the component that transmits signal from transmitter to receiver.
Definition of function that sets predetermined servo positions upon signal interruption.
Definition of the function that sets transmitter mixing based on model type (Aero, Glid, Heli).
Definition of function to set hard limits for servo travel in each direction.
General| Brand | AIRTRONICS |
|---|---|
| Model | SD-10G |
| Category | Remote Control |
| Language | English |
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