Need help?Do you have a question about the Turnigy 9XR-PRO and is the answer not in the manual?
Explains the six input keys and their functions for navigating the transmitter interface.
Describes how to move between different sets of pages using directional keys and long presses.
Displays stick and potentiometer positions graphically, showing input states.
Shows channel outputs as bar graphs, reflecting model programming and stick inputs.
Shows battery details, current usage, date, time, and CPU temperature.
Displays a graph of throttle position versus time and timer activity.
Covers essential transmitter settings like owner name, beeper, contrast, and battery warnings.
Sets the voltage threshold for low battery alerts, crucial for safe operation.
Explains options for analog to digital conversion for smooth servo response and reduced jitter.
Controls the display of a welcome message or model name upon startup.
Alerts the user if the throttle is not at idle when the transmitter is turned on.
Allows cursor navigation using pots or sticks for menu interaction.
Determines the sequence of the first four channels for model setup and output.
Selects the transmitter stick configuration (e.g., Mode 1, Mode 2) for user preference.
Calibrates transmitter sticks and pots for accurate input recognition.
Displays the status of physical switches and trim switches for diagnostic purposes.
Shows analog inputs like sticks, pots, and battery voltage in hexadecimal format.
Allows adjustment of the transmitter's real-time clock for accurate date and time.
Displays firmware version, SVN, compile date, and main board model.
Configures the transmitter as a master for buddy box training with a student transmitter.
Shows hexadecimal addresses for the start and end of each model in memory.
Sets the volume level for transmitter beeps and announcements.
Controls the screen backlight brightness, from dark to very bright.
Allows selection, copying, moving, deleting, and backing up of model memories.
Explains operations like COPY, MOVE, DELETE, BACKUP, and RESTORE for model data.
Configures model-specific settings like name, voice index, timers, and triggers.
Configures two programmable timers that can count up or down, with various trigger options.
Modifies throttle trim behavior, removing center detent for fuel-powered models.
Adjusts throttle expo settings, providing a center point like other controls.
Allows extended control limits up to +/- 125% for servos, offering greater throw.
Alerts the user if switches are not in default positions when a model is selected.
Configures the encoding protocol (PPM, PXX, DSM2) for RF modules.
Configures CCPM head mixer settings for helicopters, including swash plate type and collective input.
Allows setting up seven flight modes with activation switches and trim arrays for different flying conditions.
Defines stick response curves (expo) and control sensitivity (dual rate) for precise flight control.
Details how to set expo and dual rate values using switches and graph adjustments.
Explains how to manage relationships between inputs, outputs, and servos for custom control.
Details parameters like Source, Weight, Offset, Trim, and Curve for mix configuration.
Explains curve types, switch selection for mix activation, and warning settings.
Demonstrates creating a mix for automatic elevator compensation based on throttle input.
Explains how to use delay and slow settings for gradual mix application and effect.
Guides on defining arithmetic, logical, or evaluation conditions for custom switches.
Explains special functions for capturing and holding states or remembering input states.
Describes S (Safety), X (Sticky Safety), A (Audio), and V (Voice) switch types for channel control.
Configures voice file playback triggered by specific conditions or switch states.
Sets up analog inputs (A1, A2) and scaling factors for measuring voltage and other sensor data.
Configures audio warnings for low voltage, RSSI, and battery capacity thresholds.
Allows configuring up to six telemetry variables for a custom display screen.
Lists available parameters for the custom telemetry display, like timers, RSSI, and sensor values.
Provides starting points for model setups, offering pre-defined mixes and settings.
Details specific templates like Simple 4-CH, T-Cut, V-Tail, and Elevon/Delta.
Explains how to use global variables to group adjustments for multiple parameters simultaneously.
General| Brand | Turnigy |
|---|---|
| Model | 9XR-PRO |
| Category | Remote Control |
| Language | English |
To Next Page
