FX32 Nimh 2.4G

FX22 Nimh 2.4G inc R7008SB Rec.

DOES NOT INCLUDE BATTERY DUE TO FREIGHT REGULATIONS.

Futaba's FASSTest® technology ensures outstanding transmission security and a direct, extremely precise sensation of control.
This, combined with a comprehensive range of functions and the renowned quality of Futaba products makes the FX-32 the perfect transmitter for every demanding model pilot. 
The outstanding features of the transmitter case are its uncluttered design, light weight, and ergonomic arrangement of the controls. The large, centrally positioned, high-resolution, backlit 128 x 64 dot graphic screen ensures good legibility in all light conditions. 
The graphic user interface, with the renowned, simple Futaba menu structure, makes the unit very simple to operate. The menu structure can be displayed in any of 7 languages. The uncluttered design of the system is made possible by the new Cap-Touch system: zero-contact sensors form a 3D hot-key, and allow a smooth, sealed surface devoid of projecting controls. Experience the new sensation of control using the special precision dual-axis stick units, with digital trims and trim value memory. The side-mounted rotary controls provide a practical means of operating auxiliary functions without taking your fingers from the sticks. 

Highlights 
FASSTest® 2.4 GHz technology
Superior interference rejection through a combination of the advantages of the DSSS and FHSS modulation
Future-proof (already fulfils the new EU norm)
32-channel telemetry system
Up to 1000 m telemetry range
Real-time display on the large integral screen
Speech output, melody and sound output, vibration alarm
Data recording of control signals and telemetry data
Large, 94 x 35 mm backlit screen (255 x 96 dot)
S.BUS technology for fully digital inclusion of S.BUS servos, S.BUS speed controllers and S.BUS sensors
Fully expanded 18-channel transmitter with 20 freely programmable control elements
Precision stick units with Open-Stick mechanism and 12-bit resolution
zero backlash
quadruple ballraces


Transmission 
18 channels
FASSTest® technology (Futaba Advanced Spread Spectrum Technology)
The FASSTest® hybrid technology combines the advantages of DSSS and FHSS modulation with extreme channel spread (spread factor 11) 
DSSS spreading combined with optimised FHSS frequency hopping produce superior interference rejection and ultra-fast response for an accurate, direct sensation of control.
100 mW transmitter power
Real-Time Response
The latency (interval between moving the stick and the servo's response) of the FASST / FASSTest® system is much faster than other 2.4 GHz systems.
Extreme range >3000m
Ultra-fast, direct, completely digital modulation for super-fast response
Switchable FASSTest® High-Speed mode: ultra-fast frame rate of 6.3 ms for digital servos (12-channel, reduced telemetry functions)
Easy Link - extremely simple, fast binding process between transmitter and receiver
Ultra-fast, reliable, automatic re-binding even under difficult conditions
Intelligent servo timing ensures simultaneous servo movement, preventing differential servo response
Dual Aerial Diversity – lightning-fast switching between two receiver aerials for optimum reception signal quality (depending on receiver type)
Pre-Vision – FASST / FASSTest® receivers constantly scan the input signal and apply intelligent Futaba error correction.
No loss of response speed even when the frequency band is densely occupied
Integral range test function for checking effective range before launching the model
Modulation can be switched to FASST or FHSS for downward compatibility with existing Futaba components


Telemetry
Synchronised bi-directional communication between transmitter and receiver, with high telemetry data rate (max. 9 times per second)
32 telemetry channels
Max. 1000 m telemetry range
Real-time display of telemetry data on integral screen
Speech output via user-selectable switch
Melody and sound output (for differentiated vario information)
Vibration alarm
Data recording of control signals (stick movements) and telemetry data on SD card
PC analysis software for recorded telemetry / GPS data and control signals
Receiver signal strength display for monitoring effective range
Range warning system (with optional GPS sensor) for safe flying close to the limits of vision
Receiver low-voltage warning system for monitoring the receiver battery
Freely configurable telemetry data output using screen, sound, speech and vibration


Ergonomics
Precision stick units with 12-bit (4096-step) resolution for ultra-precise, super-fine control
The "Open-Stick" mechanisms of the stick units feature quadruple ballraces, and are virtually devoid of backlash
Large, 94 x 35 mm, high-contrast backlit screen (255 x 96 dot) for superb legibility even in strong sunlight
Graphic user interface and intuitive Cap-Touch control wheel (with button lock) for simple operation of all functions
Seven languages available: German, English, French, Italian, Spanish, Czech or Dutch.
Standardised, intuitive Futaba method of operation for a simple change-over
Freely assignable transmitter controls
Freely selectable channel sequence
Expanded as standard with 20 transmitter controls: 6 switches, 2 rotary knobs, 2 digital rotary controls
The two digital rotary controls provide a practical method of controlling auxiliary functions without releasing the primary sticks
Freely selectable trim assignment for all transmitter controls (including switches etc.)
The FX-32 transmitter features the proven Rotary Trim method. This technology combines the advantages of traditional analogue trims with those of digital trims. Just one movement sets and automatically stores the direction and magnitude of the trim value.
Hardware reverse for all controls and switches with free selection of switching direction
Direct selection of model memory in Start display for fast model selection
The primary stick mechanisms are set to universal mode by default, and can be set to "throttle right" or "throttle left" by the user.
Switchable stick mode: modes 1 - 4 available 



S.BUS technology
Digital BUS technology for modelling 
Fully digital inclusion of S-BUS components, including S.BUS servos, S.BUS speed controllers and S.BUS sensors, compatible with S.BUS1 and S.BUS2 (bi-directional)
Allows optimum component positioning combined with efficient wiring layout
Future-proof digital technology for all future Futaba components. S.BUS components can be programmed and registered directly via the transmitter
Serial digital signal, ideal for flybarless systems, gyros and battery backers


General functions 
30 integral model memories, with infinite expansion by means of SD card (max. 2 GB, SD and SD-HC), 3916 models per optional 2GB SD card.
Model memory data from T12FG and FX-30 transmitters can be read directly from the SD card.
Graphic servo monitor provides a clear display of all servo travels, with servo test function
Wide receiver voltage range of 3.6 V to 8.4 V allows broad choice of receiver battery types
Future-proof: software update facility using SD card.
Proven, practical mixer menus for programming all servos and mixer functions to suit model type
Special model type specific mixer programs for:
power models (2 - 6 wing flaps),
model gliders (2 - 8 wing flaps),
model helicopters (6 swashplate types)
8 freely programmable flight modes for each model memory, for optimum set-up of each flight mode - flight mode switching with priority and switching delay for smooth transitions. Unrestricted name selection.
Program for all tail types: Normal, V-Tail, Delta, Flying wing, separate elevators (Ailvator)
Servo throw adjustment with Limit-Function for all proportional channels
Servo reverse and mid-point adjustment for all proportional channels
Flight phase dependent trim control selection
Trim value display in steps or %
Failsafe and Battery-Failsafe settings
2 operation timer, of which one model memory related
2 free stop watches, with memory function
Switchable large display of stop watches
Function key lock prevents accidental data entry
With logical switch function for switches and primary sticks.
Digital stick trims, optionally with normal, centre or ATL (asymmetrical) trim function. Optional global mode (effective in all flight modes) or single mode, (effective in specific flight mode only).
Unrestricted selection of trim control for each transmitter control (including switches and sliders), including digital buttons, analogue rotary knobs and rotary sliders.
Alternatively, pre-programmed transmitter control settings from linear, via exponential, up to 9-point (or 17-point) curve. With separately variable speed setting and delay for forward and back movement. Optional "global" mode (effective in all flight modes) or "single" mode (effective only in the relevant flight mode).
10 free programmable mixers per model memory.. With pre-programmed transmitter control settings available to the user, from linear to 9-point curve (can be expanded to 17 points).
Optionally with or without trim, "Stick-to-stick" or "Stick-to-servo" mixer mode.
Separate delay and speed settings for switching mixers on and off.
Mixers can be connected in series (cascaded). All switches, stick functions and virtual functions can be assigned as transmitter controls.
Offset function and fine adjustment using external mixer input trimmer; can be rotary knob, switch or stick.
Optional global mode (effective in all flight modes) or single mode, (effective only in specific flight mode).
Alternatively, each programmable mixer can be switched from a curve mixer to Offset mode. This Offset mixer makes it possible to mix a maximum of four offset values per programmable mixer, with separate delay and speed settings for switching mixer on and off, to affect freely selectable functions.
Choice of time-controlled offset functions for up to 4 functions; can be used as a landing gear door sequencer. Naturally, this mixer function can also be activated in "global" mode (settings applicable to all flight modes) or "separate" mode (effective only in specific flight mode). Door sequencer
Model type specific functions 
Power models (acro)
Language choice: German, English
Power models (Acro)
Comprehensive mixer menus for an enormous range of power model types, from aircraft with one aileron servo to models with up to 8 wing-mounted servos.
In addition to the choice of wing type, the user can select from the following tail variants: normal, separate elevators with aileron function (ailvator) and V-tail.
Deltas and powered flying wings with 2 … 8 wing-mounted servos are also available.
Once called up, these mixer menus are pre-programmed to suit the model type, and contain all the essential mixer functions as standard.