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General| Brand | FUTABA |
|---|---|
| Model | 7C-2.4GHz |
| Category | Remote Control |
| Language | English |
Details on accessing support, FAQs, and additional technical assistance for the 7C system.
Compliance statements and regulations regarding radio frequency devices and interference.
Important guidelines and safety recommendations for operating the radio control system.
Essential safety precautions and recommendations for safe model aircraft operation.
Overview of the 7C transmitter's features, display, and controls.
Information on the compatibility and types of servos supported by the system.
Detailed instructions on how to properly charge the transmitter and receiver Ni-Cd batteries.
Procedure for modifying the screen's contrast for better visibility.
Instructions on how to switch between different transmitter operating modes.
Guidelines for optimal placement and orientation of the receiver's antennas for best signal.
Recommendations for positioning the transmitter's antenna for optimal RF transmission.
Procedure for verifying the radio system's operational range before flight.
Steps to establish a secure connection between the transmitter and receiver.
Explanation of controls like MODE, END, SELECT/CURSOR buttons, and the DIAL.
Overview of functions specific to airplane models.
Core functions for setting up ACRO models, including model selection and basic parameters.
Advanced functions for ACRO models, covering wing types, tail types, and mixes.
Functions for managing model memory, including selection, copying, and naming.
Resets a selected model's memory to factory defaults, including all settings.
Sets the programming type for the model (e.g., ACRO, HELI).
Assigns auxiliary channels for specific functions or switches.
Changes the direction of a servo's response to control stick movements.
Resets all digital trims to their neutral or default positions.
Adjusts the sensitivity or increment of trim lever movements.
Sets responses for low receiver battery voltage, triggering specific actions.
Defines different wing configurations like Simple, Twin Aileron, and Tail-less.
Activates ailerons to function as flaps, enabling simultaneous control.
Assigns a second aileron servo for twin aileron or flaperon setups.
Configures delta and flying wing aircraft with combined aileron and elevator control.
Sets up V-tail aircraft control surfaces for combined rudder and elevator functions.
Explains different types of mixes, such as Linear and Offset.
Provides examples of pre-programmed mixes like Exponential and THR-CUT.
Explains the function and types of gyroscopes for helicopter stability and control.
Details on installing and using retractable landing gear servos.
Recommendations for installing electronic kill switches for safety in gasoline-powered aircraft.
Basic setup functions for helicopter models, including curves and revo. mixing.
Advanced setup functions for helicopters, covering idle-ups, trims, and gyros.
Guide to selecting the correct helicopter model type for programming.
Steps to assign a name to the helicopter model memory.
Function to select the programming type for the helicopter model.
Overview of available swashplate configurations for helicopters.
Adjusts the throttle curve for the normal flight condition for consistent RPM.
Sets the collective pitch curve for the normal flight condition for hover performance.
Mixes collective pitch commands to rudder to counteract torque effects.
Holds the engine at idle and disengages throttle stick control for practice.
Linear mix that adds opposite rudder input to counteract torque changes.
Explains different gyro behaviors like Normal, Heading-hold, and Stick priority.
Guidance on selecting a gyro based on skill level, helicopter type, and cost.
Function for adjusting gyro sensitivity and selecting gyro types.
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