Futaba 10J 10-channel Air Radio with R3008SB Rx Mode 2
Fully equipped 10-channel hand-held transmitter with integrated telemetry function, in 2.4 GHz T-FHSS® frequency hopping technology. The ideal system for advanced pilots to control airplanes, helicopters and multicopter models who value a precise steering feel. The T10J with its extremely extensive functions enables even demanding applications and leaves almost nothing to be desired in terms of programmability. The ergonomically thought-out transmitter housing with the well-known Futaba workmanship quality lies comfortably in the hand and is characterised by operating elements arranged within easy reach. The graphical user interface, with the familiar simple Futaba menu structure, ensures easy operation - the menu navigation can be selected in 7 languages. The intuitive 3D hotkey system allows quick and easy navigation in the menu structure and easy setting of all parameters.
Highlights:
T-FHSS® 2.4 GHz Technology
not FASST/FASSTEST compatible!
High noise immunity due to fast frequency hopping modulation (100 x per second.)
Future-proof (already complies with the new EU standard of 2015)
Integrated 32-channel high range telemetry system
Real-time telemetry display with large display
Voice output via optional headphones with 3.5 mm jack plug
Melody and sound output (either via internal beeper or optional headphones)
vibration alarm
65 x 34 mm illuminated display (128 x 64 dot)
S-BUS technology for fully digital integration of S.BUS servos, S.BUS controllers and S.BUS sensors
S.BUS support ideal for helicopters with S.BUS flybarless systems
Integrated patch antenna ensures optimum antenna radiation at all times
Fully equipped 10-channel transmitter with 19 operating elements
Precise, backlash-free joystick with open stick mechanism
The joystick mechanism for universal mode (Mode 1 and 2) can be changed by the user.
Transmission:
10 (8+2) channels
Switching from T-FHSS (10 channels) to S-FHSS (8 channels) modulation.
T-FHSS® Frequency Hopping Technology with Integrated Telemetry
A wide channel spacing results in high interference immunity and ultra-fast response times for a precise, direct control feel.
FEC technology, the T-FHSS® receivers permanently scan the input signal and apply an intelligent error correction procedure.
100mW Transmitting power
No loss of reaction speed even with a heavily occupied frequency band
Real-time response - real-time control
Excellent range
Ultra-fast, direct, end-to-end digital modulation for shortest response times
Easy Link - extremely simple, fast binding procedure between transmitter and receiver
Fast and safe automatic re-binding even under difficult conditions
Intelligent servo timing for uniform servo control and prevention of servo running time differences
Dual Antenna Diversity - lightning fast switching between two receiving antennas for optimal signal quality (depending on receiver)
Integrated range test function for checking the range prior to startup
Telemetry:
Synchronized, bidirectional communication between transmitter and receiver with high telemetry data rate (up to 9 times per second)
32 telemetry channels
High telemetry range
Real-time display of telemetry data on integrated display
Voice output via optional headphones with 3.5 mm jack plug
Melody and sound output (either via internal beeper or optional headphones)
vibration alarm
Receiver undervoltage warning system for monitoring the receiver battery
Freely configurable output of telemetry data via display, sound, speech and vibration.
Compatible with all Futaba telemetry sensors Ergonomics
Precision joystick for accurate and sensitive control
The "Open-Stick" mechanism of the joysticks is specially mounted and almost backlash-free.
65 x 34 mm illuminated display (128 x 64 dot's) with high contrast for best readability even in strong sunlight
Graphical user interface and intuitive 3-D hotkey for easy operation of all functions 7 languages to choose from: German, English, French, Italian, Spanish, Japanese or Dutch
Uniform, intuitive Futaba user interface for easy changeover
Operating elements largely freely assignable
Fully equipped with 19 operating elements
Mode 1-4 switchable Teacher/student function
optionally with optional cable or wireless via radio module or S.BUS receiver
with single function switching (teacher can release individual functions to the student) and mix mode (teacher can override all functions)
S.BUS technology:
Digital BUS technology for model sports
Pioneering serial control bus
Fully digital integration of S-BUS components such as S.BUS servos, S.BUS controllers and S.BUS sensors
