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Transmission • 10 (8+2) channels • Can be switched from T-FHSS (ten channels) to S-FHSS (eight channels) - modulation. • T-FHSS® frequency-hopping technology with integral telemetry • Broad channel spread is responsible for good interference rejection and ultra-fast response, giving a sensation of direct, accurate control. • FEC technology, T-FHSS® receivers constantly scan the input signal, and apply an intelligent error correction process • 100mW transmitter power • No loss of response speed even when the frequency band is densely occupied • Real-Time Response • Outstanding range • Direct, ultra-fast, fully digital modulation for extremely fast response • Easy Link - fast, extremely simple binding process between transmitter and receiver • Fast, reliable automatic re-binding even under difficult conditions • Intelligent servo timing for simultaneous servo addressing and prevention of servo timing differences • Dual Aerial Diversity – lightning-fast switching between two receiver aerials for optimum reception signal quality (according to receiver) • Integral range-check function for checking effective range before flying Telemetry • Synchronised bi-directional communication between transmitter and receiver with high telemetry data rate (up to nine times per second) • 32 telemetry channels • Long telemetry range • Real-time display of telemetry data on integral screen • Speech output via optional earphone with 3.5 mm barrel connector • Melody and sound output (via optional internal beeper or earphone) • Vibration alarm • Receiver battery low voltage warning system for monitoring the receiver battery • Freely configurable output of telemetry data using screen, sound, speech and vibration. • Compatible with all Futaba telemetry sensors Ergonomics • Precision stick units for fine, accurate control • The "Open-Stick" mechanism features special bearings, and is virtually devoid of lost motion • Large 65 x 34 mm backlit screen (128 x 64 dots) with high contrast for excellent legibility even in strong sunlight • Graphic user interface and intuitive 3-D hot-key for simple operation of all functions • Seven languages available: German, English, French, Italian, Spanish, Japanese or Dutch • Consistent, intuitive Futaba operating system for simple change-over • Most transmitter controls freely assignable • Fully expanded, with nineteen transmitter controls • Switchable stick modes (1-4) Trainer function • using either optional cable or wirelessly using radio module or S.BUS receiver • with individual function transfer (Teacher can release individual functions to the Pupil) and mix-mode (Teacher can override all functions) S.BUS technology • Digital BUS technology for modelling • Pioneering serial control bus • Fully digital inclusion of S-BUS components such as S.BUS servos, S.BUS speed controllers and S.BUS sensors • The eight-channel T-FHSS receiver features eight PWM outputs and one digital S.BUS socket for S.BUS servos, S.BUS speed controllers and telemetry sensors. • Compatible with S.BUS1 and S.BUS2 (bi-directional) • Permits the ideal positioning of all components, with efficient wiring • Future-proof digital technology for all future Futaba components • S.BUS components can be programmed and registered directly at the transmitter • Serial digital signal, ideal for flybarless systems, gyros and battery backers Functions - General • 30 internal model memories • Model memory transfer by radio between two T10J transmitters, or from T8J to T10J. • 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 optional CIU-2 adapter. • Mixer menus for programming all servos and mixer functions according to model type • Special model type specific mixer programs for: - Power models (2…4 wing flaps) - Model gliders (2…6 wing flaps) - Helicopters (8 swashplate types) - More information: see "Functions in detail" • Five flight modes (Helicopter menu; three flight modes in the Glider menu) for each model memory, freely programmable to provide optimum settings for each flight mode • Programs for all tail types: normal, V-tail, delta, flying wing, separate elevators (Ailvator) • Servo travel adjustment for all proportional channels • Servo reverse and centre offset for channels 1…8 • Digital trim buttons - trim value memory when model memory is changed. • Trim value display in Home menu • Fail-safe and Battery fail-safe setting • Two operating hours timers, one of them model memory specific • Two freely adjustable stopwatches Software list Base functions: • Alarm, mixer, low voltage, timer • Model select, 30 model memories, model copy • Trainer mode, with individual function transfer and / or Mix mode. • Stick Mode 1...4 • Throttle function reverse • Multi-lingual transmitter software • Operating hours timer • Range-check mode • User name (ten characters) • Digital operating voltage display Model functions • Model name (ten characters) • Servo reverse, channels 1…8 • Fail-safe (channels 1…8) • Servo travel adjustment (ATV / EPA) • Servo centre offset (sub-trim) • Trim value memory • Trim increment adjustment • Throttle cut • Free channel selection (5…10) and transmitter control selection • Two count-up / count-down stopwatches • Model timer • Digital stick trim with variable increment • Idle trim with reverse (ATL) • Reset Fixed-wing model aircraft: • 3 x switchable control travel (D/R) • 4 x Exponential function (EXP) • 6 programmable mixers with offset (4 x linear, 2 x 5-point) • Flaperon mixer with differential • Flaperon trim (flaperon mixer value) • V-tail mixer (V-tail) • Delta mixer (elevon) with differential • Aileron -> rudder • Elevator -> flaperon • Flaperon -> elevator • Airbrake (ailerons as flaps / airbrakes) • Ailvator mixer (aileron - elevator) • Snap-roll • Gyro mixer (2/3 rates) • Throttle curve • Propeller pitch • Throttle delay • Idle 2 • Throttle - needle valve mixer • Model type selection Model helicopter: • 3 x switchable control travel (D/R) • 4 x Exponential function (EXP) • 6 programmable mixers with offset (4 x linear, 2 x 5-point) • 5-point throttle curve, Normal, Idle-up 1, 2 and 3 • 5-point collective pitch curve, Normal, Idle-up 1, 2, 3 and auto-rotation • Hover throttle trim (mix trimmer) • Hover collective pitch trim • Gyro gain set-up menu • Offset mixer (roll - pitch-axis - tail rotor), all flight modes • Auto-rotation with tail rotor offset • Collective pitch -> tail rotor mixer • Swashplate - throttle mixer • Governor set-up menu (speed regulator) • Swashplate travel adjustment (AFR for roll - pitch-axis - collective pitch) • H1, H2, H3 (1:1:1), H4, HR3, HE3, HN3, H4X swashplate linkage types • Collective pitch min. and max. adjustment • Throttle - needle valve mixer • Swashplate ring mixer • Swashplate mixer menu
Model glider: • 3 x switchable control travel (D/R) • 4 x Exponential function (EXP) • 6 programmable mixers with offset (4 x linear, 2 x 5-point) • Aileron - rudder • Rudder - aileron • Camber-changing flaps • Flap mixer • Butterfly (crow) and Butterfly - elevator • Flap - elevator • Elevator - flap • Aileron - flap • Aileron - airbrake • V-tail • Motor • Gyro mixer • Model type selection
