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Need help?Do you have a question about the ROBBE-Futaba FX-18 NiMH and is the answer not in the manual?
Detailed description of the FX-18 transmitter's advanced features and capabilities.
Overview of the compact and lightweight R147F FM receiver.
Overview of the high-quality, high-performance S 3001 ball-raced servo.
Essential safety precautions for operating radio-controlled models.
Mandatory checklist before every flight for safe operation.
Guidelines for safe model operation, avoiding hazards and people.
Information on insurance requirements and liability exclusions.
List of items included in the FX-18 NC transmitter set.
List of items included in the FX-18 NiMH transmitter set.
Comprehensive overview of the FX-18's advanced hardware and software features.
Description of the R147F receiver's compact design and features.
Description of the S 3001 servo's high-quality construction and performance.
Technical details and specifications for the FX-18 transmitter.
Technical details and specifications for the R147F receiver.
Technical details and specifications for the S 3001 servo.
Identification of external controls and connectors on the FX-18 transmitter.
Step-by-step instructions for safely removing the transmitter's back panel.
Adjusting stick length and spring tension for personalized control.
Information on expanding model memory capacity with CAMPac modules.
Procedure for changing transmitter and receiver crystals for frequency selection.
Instructions for replacing the transmitter's internal battery pack.
Guide to installing various expansion modules for added functionality.
Procedure for installing mixer and channel switches in option wells.
Instructions for installing front and rear linear sliders for controls.
Display of transmitter battery voltage on the LCD screen.
Setting up visual and audible alarms for low transmitter battery voltage.
Procedure for charging the transmitter's battery pack.
Explanation of the 'buddy box' system for learning model flying.
Using DSC mode for model adjustment and flight simulator connection.
Connecting the transmitter to a PC for data storage and management.
Description of the transmitter's LCD screen and control buttons.
Procedure for selecting and confirming the initial Home menu display.
Explanation of navigating the FX-18's menu structure and levels.
The main menu for adjusting fundamental transmitter settings.
Setting the transmitter's modulation to PCM or PPM (FM).
Configuring the transmitter stick modes for optimal control.
Determining the throttle stick direction for full throttle position.
Setting throttle trim effectiveness for idle or full range.
Assigning functions to Dual Rate switches for selectable control travels.
Option to enable or disable keypad confirmation beeps.
Selecting the display language for the transmitter interface.
Adjusting the voltage threshold for the low voltage alarm trigger.
Selecting channels for Multi-Switch-Prop expansion modules.
Procedure for resetting the current model memory to factory defaults.
Selecting and managing up to 12 stored model memories.
Copying model settings from one memory to another.
Assigning a custom name (up to 4 letters) to a model memory.
Choosing the model type (BASC, ACRO, GLID, HELI) to load specific mixers.
Electronically reversing servo rotation direction for all channels.
Adjusting the servo's neutral position to match transmitter trims.
Adjusting servo travel range separately for each direction.
Adjusting transmitter control travel range, affecting mixers.
Detailed explanation and application of transmitter control travel adjustments.
Selecting different control travels during flight via external switches.
Modifying stick curve for finer control around neutral.
Explanation of exponential curve effects and application.
Operating and setting up the V-MIX linking mixers for servo control.
Configuration details for V-MIX linking mixers.
Setting a defined neutral position for mixer controls.
Using trim function to affect a secondary transmitter control.
Using a dummy function to mix signal into a selected slave channel.
Setting up the freely programmable dual mixer (XMIX).
Explanation of the digital trim system and its automatic recall.
Adjusting digital trim parameters like travel and increment size.
Reducing normal trim travel for finer trim control.
Setting the size of each trim increment step.
Function to cut the motor using an external mixer switch.
Using the built-in stopwatch for timing flight or motor run.
Detailed steps for setting up and operating the stopwatch.
Assigning mixer trimmer functions and configuring their activation.
Configuring fail-safe positions for individual control channels in PCM mode.
Activating fail-safe based on low receiver battery voltage.
Overview of the specialized menu structure for ACRO model aircraft.
Assignment of external switches and mix trimmers for ACRO models.
Using the AI-R mixer for automatic rudder compensation in turns.
Introduction to wing mixer functions including flaperons and differential.
Setting up the flaperon mixer for combined aileron and flap control.
Adjusting flap servo travels for 'up' and 'down' directions.
Setting a dead zone to prevent accidental spoiler deployment.
Setting a defined neutral position for flap controls acting as spoilers.
Operating the ELVN mixer for delta or flying wing aircraft.
Setting differential travel for ailerons in delta configurations.
Correcting pitch changes caused by camber-changing flaps.
Detailed operation of the FL>E mixer for elevator compensation.
Setting dead zone for the FL>E mixer when FLTR is inactive.
Operating the VTAL mixer for controlling V-tail aircraft.
Activating and setting up the snap-roll maneuver function.
Setting up servo positions for landing flaps and elevator.
Overview of the specialized menu structure for GLID model aircraft.
Servo output assignments for GLID models with 1 or 2 servos per wing.
Using the wing mixer for flaperon control and differential travel.
Using the AI>R mixer for automatic rudder compensation in glider turns.
Choosing the control (throttle, slider) for operating flaperon mixers.
Setting flaperon mixer and differential for aileron control.
Selecting the receiver output channel for the second aileron.
Adjusting flap servo travels and trim for flaperon functions.
Setting a defined neutral position for flap controls in FLTR mixer.
Setting dead zone for flap controls to prevent accidental activation.
Using AI>F mixer for improved roll response via flap follow.
Setting differential travel for camber-changing flaps.
Switching off the wing mixer for models with a single aileron.
Operating the FL>E mixer to automatically correct pitch changes.
Setting up the Butterfly mixer for powerful braking effect.
Setting neutral position for Butterfly mixer control.
Operating the BU>E mixer to automatically correct pitch changes.
Operating the VTAL mixer for controlling V-tail aircraft.
Setting pre-flight phase trim settings for gliders.
Overview of the specialized menu structure for HELI model aircraft.
Servo output assignments for HELI models based on swashplate type.
Assignment of switches and mix trimmers for HELI models.
Setting up the mixer for Swashplate Type H-1 helicopter configurations.
Setting up the mixer for Swashplate Type H-2 helicopter configurations.
Setting up the mixer for Swashplate Type HR-3 helicopter configurations.
Setting up the mixer for Swashplate Type H-4 helicopter configurations.
Using REVO mixer to compensate for main rotor torque changes.
Setting up the Normal flight mode for throttle and collective pitch.
Setting up Idle-up 1 flight mode for hovering the helicopter.
Setting up Idle-up 2 flight mode for cruise and 3-D flying.
Detailed settings for Idle-up 2 flight mode for 3-D maneuvers.
Setting up the Auto-rotation flight mode for controlled descent.
Procedure for setting up and operating the auto-rotation function.
Switching and setting gyro gain between two different values.
Step-by-step guide for installing and connecting Multi-modules.
Details on the FX Multi-Switch-Prop module for auxiliary functions.
Connection details for the Multi-Switch-Prop 12+2 decoder.
Connection details for the Multi-Switch 16 decoder.
Connection details for the Multi-Prop 8 decoder.
Using the lighting set module for truck and trailer auxiliary functions.
Using the sound module for truck or navy sound effects.
Proper routing and placement of the receiver aerial for optimal reception.
Using filters to prevent interference on long servo leads.
Correct methods for mounting servos to absorb vibration.
Adjusting servo neutral position and ensuring free-moving linkages.
General tips on system usage, including power-on sequence and battery care.
Preventing electrical noise interference from motors and ignition systems.
Details regarding the 24-month guarantee period and claim conditions.
List of service centre addresses worldwide for repairs and support.
Information on R&TTE directive and frequency regulations for radio systems.
Modern transmitter tray with storage and handrests.
Neckstrap with central plate for secure transmitter fixing.
Adjustable soft neckstrap with spring clip and swivel.
Short helical aerials as an alternative to telescopic aerials.
Aerial base for variable rake adjustment for optimum radiated power.
Practical carry handle for pilots preferring a hand-held transmitter.
Self-adhesive shell handles for improved grip.
Linear slider for back panel installation, expands Multi-modules.
Linear slider for back panel installation, expands Multi-modules.
Linear slider for front panel expansion, adds proportional channel.
Comfortable, adjustable cross-over strap for trays and support systems.
Expands transmitter with a 3-position switched channel, expands Multi-modules.
Expands transmitter with a 3-position switched channel, expands Multi-modules.
Expands transmitter with a 2-position switched channel, expands Multi-modules.
Push-buttons for operating mixer functions.
Stick switch for operating mixer, channel or Multi functions.
Stick switch for operating mixer, channel or Multi functions.
Stick switch for momentary functions like stopwatch.
Extensions for sticks for transmitter tray or neckstrap system use.
Monitors receiver battery voltage via a chain of LEDs.
Modules for expanding transmitter model memory capacity.
Switch harness with integral battery controller and DSC/charge socket.
Lead for Direct Servo Control (DSC) without RF signal transmission.
Adaptor lead for connecting transmitter to flight simulators.
Trainer leads for connecting FX transmitters to other Futaba systems.
Adaptors for connecting trainer leads to various Futaba transmitter modules.
Module for switching auxiliary functions, expands proportional channels.
Decoder for Multi-module signals, controls 12 switched + 2 servo channels.
Module for auxiliary functions, expands truck lighting control.
Decoder for Multi-module signals, controls 16 switched channels.
Module for auxiliary functions, expands sound module control.
Decoder providing independent control of 8 additional proportional channels.
Controls lighting system and proportional auxiliaries in model trucks.
Complements truck set for controlling trailer lighting functions.
General| Brand | ROBBE-Futaba |
|---|---|
| Model | FX-18 NiMH |
| Category | Remote Control |
| Language | English |
