Futaba T10J-R3008SB 2.4 GHz T-FHSS M2 EU NEW model

 The new Futaba 10J radio utilises the very latest T-FHSS transmission technology to offer a full 10 channel system combined with sophisticated telemetry, the telemetry transmission of the signal strength, receiver battery voltage and external battery voltage being built-in to the matching R3008SB receiver, whilst further sensors from Futaba’s wide range can be added as required. As standard the telemetry data is displayed on the 10J’s large LCD screen, but audio output is also available via an earphone (not supplied). This extremely sophisticated system is supplied complete with transmitter battery and delta peak charger as well as the full range R3008SB receiver which has 8 conventional outputs, or a full 10 through the S-Bus or S-Bus 2 outputs, the 10J also including an S-Bus servo programming function. With no less than 30 model memories, the 10J also features a model memory transfer function, where a model memory can be wirelessly transferred to or from another 10J transmitter, or from an 8J, a real boon for those with multiple models/transmitters. As the 10J also includes S-FHSS transmission, all of the current FHSS air receivers can be used, ranging from the micro 6 channel R2106GF through to the 8 channel R2008SB. The 10J has extremely powerful mixing functionality, with 16 aircraft, 17 helicopter and 13 glider mixes being built-in, but on top of this there are six freely programmable mixers.

• 30 Model Memory
• Telemetry of signal strength, Rx battery voltage and external voltage as standard
• Wide range of optional telemetry sensors available
• Large 128 x 64 dot LCD w/LED Backlight
• T-FHSS and S-FHSS transmission modes
• Aircraft, Helicopter and Glider mixing functions
• S-Bus/S-Bus 2 servo programming function
• Model Memory transfer function
• Telemetry audio via earphone (earphone not included)
• Rechargeable Tx Battery and Charger
• Alarm/Warning function
• Two circuit Timer
• Auxiliary Channels Selectable
• Six Programmable Mixers
 

 The ideal system for advanced users to control aircraft, helicopter and multi-rotor models who value precise control.
With its extensive functions, the T10J also enables demanding applications and leaves almost nothing to be desired in terms of programmability.

First RC system with a dedicated multi-rotor model menu and special mixing functions.

The ergonomically designed transmitter housing, with the well-known Futaba build quality, fits comfortably in the hand and features conveniently arranged controls.
A 128 x 64 pixel, backlit LCD display, with large pixels, ensures good readability in all lighting conditions.
The graphically guided user interface, with the familiar simple Futaba menu structure, ensures easy operation - the menu 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.

• T-FHSS® 2.4 GHz technology
• High interference immunity due to fast frequency hopping modulation (100 times per second.)
• Integrated 32-channel telemetry system with high range
• Telemetry real-time display on large screen
• Voice output via optional headphones with 3.5 mm jack plug
• Melody and tone output (optionally via internal beeper or optional headphones)
• Vibration alarm
• 65 x 34 mm large, illuminated display (128 x 64 dot)
• S-BUS technology for fully digital integration of S.BUS servos, S.BUS controllers and S.BUS sensors
• Thanks to S.BUS support, ideal for helicopters with S.BUS flybarless systems
• Integrated patch antenna always ensures optimal antenna radiation
• Fully equipped 10-channel transmitter with 19 controls
• Precise, play-free joysticks with open-stick mechanism
• The joystick mechanism for Universal Mode (Mode 1 and 2) can be reconfigured by the user.
• Includes NiMH battery and charger.

Transmission
• 10 proportional channels
• Switching from T-FHSS (10 ch) to S-FHSS (8 ch) - modulation.
• T-FHSS® Frequency-Hopping Technology with integrated telemetry
• A wide channel spread results in high interference immunity and ultra-fast response times for precise, direct control.
• FEC technology, the T-FHSS® receivers constantly scan the input signal and apply an intelligent error correction method
• 100mW transmit power
• No loss of reaction speed even with a heavily occupied frequency band
• Real-Time-Response – real-time control
• Excellent range
• Ultra-fast, direct, continuous digital modulation for shortest response times
• Easy Link - extremely simple, fast binding process between transmitter and receiver
• Fast and secure automatic re-binding even under difficult conditions
• Intelligent servo timing for even servo control and prevention of servo latency differences
• Dual Antenna Diversity – lightning-fast switching between two receiving antennas for optimal received signal quality (depending on receiver)
• Integrated range test function to check the range before starting

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 tone output (optionally 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, voice and vibration.
• Compatible with all Futaba telemetry sensors Ergonomics
• Precision joysticks for accurate and sensitive control
• The "Open-Stick" mechanism of the joysticks is specially mounted and almost free of play
• 65 x 34 mm backlit display (128 x 64 dots) 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 operating instructions for easy changeover
• Controls largely freely assignable
• Fully equipped with 19 controls
• Mode 1-4 switchable Teacher/Student function
• optionally with optional cable or wirelessly via radio module or S.BUS receiver
• with single function switching (teacher can enable individual functions for the student) and mix mode (teacher can override all functions)

S.BUS Technology
• Digital BUS technology for model sports
• Future-oriented serial control bus
• Fully digital integration of S-BUS components such as S.BUS servos, S.BUS controllers and S.BUS sensors
• The 8-channel T-FHSS receiver has 8 PWM outputs and a digital S.BUS connection for S.BUS servos, S.BUS controllers and telemetry sensors.
• S.BUS1 and S.BUS2 (bidirectional) compatible
• Allows ideal placement of all components with efficient wiring
• 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 switches Functions - General
• 30 internal model memories
• Model memory transfer wirelessly between T10J transmitters or from T8J to T10J.
• Graphical servo monitor for clear display of all servo travels with servo test function
• Wide receiver voltage range from 3.6V to 8.4V for flexible selection of the receiver battery • Future-proof thanks to software update capability via optional CIU-2 adapter.
• Mixer menus for programming all servos and mixing functions depending on the model type
• Model type-dependent special mixing programs for:
- Motor models (2…4 flaps)

Multi-rotor models
• Glider models (2…6 flaps)
• Helicopters (8 swashplate types)
- more information see "Functions in detail"
• 5 flight conditions (heli menu and 3 flight conditions in the glider menu) freely programmable for each model memory for optimal adjustment of each flight condition
• Programs for all tail types: Normal, V-tail, Delta, Flying wing, separate elevators (Ailvator)
• Servo travel setting for all proportional channels
• Servo reverse and center adjustment of channels 1…8
• Digital trim buttons - trim value storage, when changing model memory, unnecessary.
• Trim value display in the home menu • Failsafe setting and Battery Failsafe setting
• 2 hour meters, one of which is model-memory specific
• 2 freely adjustable stopwatches Software list Basic functions:
• Alarm, mixer, undervoltage, timer
• Model selection, 30 model memories, model copy
• Trainer-student operation, with single function transfer and / or mix operation.
• Stick Mode 1...4
• Throttle function reverse
• Multilingual transmitter software
• Hour meter
• Range test mode
• User name (10 - characters)
• Digital operating voltage display

Model Functions
• Model name (10 - characters)
• Servo reverse channel 1…8
• Failsafe (channel 1…8)
• Servo travel adjustment (ATV/EPA)
• Servo center adjustment (Subtrim)
• Trim value memory
• Trim step setting
• Throttle cut
• Free channel selection (5…10) and encoder selection
• 2 up / down counting stopwatches
• Model timer
• Digital joystick trim with step setting
• Idle trim with reverse (ATL)
• Reset

Aircraft model:
• 3 x travel switch (D/R)
• 4 x Exponential function (EXP)
• 6 Program mixers, with offset mixing (4 x Linear, 2 x 5 point)
• Flaperon - mixer with differentiation
• Flaperon - Trim (Mix value Flaperon)
• V-tail mixer (V-Tail)
• Delta mixer (Elevon) with differentiation
• Aileron -> Rudder • Elevator -> Flaperon
• Flaperon -> Elevator
• Air-Brake (Ailerons as camber/airbrakes)
• Ailvator mixer (Aileron-Elevator)
• Snap-Roll
• Gyro mixer (2/3 rates)
• Throttle curve
• Propeller Pitch
• Throttle delay
• Idle 2
• Mixer Throttle-Needle
• Model type selection

Helicopter model:
• 3 x travel switch (D/R)
• 4 x Exponential function (EXP)
• 6 Program mixers, with offset mixing (4 x Linear, 2 x 5 point)
• 5-point throttle curve, Normal, Pre-set throttle 1, 2 and 3
• 5-point pitch curve, Normal, Pre-set pitch 1, 2, 3 and Autorotation
• Throttle trim hover (Mix control)
• Pitch trim hover
• Gyro sensitivity adjustment menu
• Offset mix (Roll-Pitch-Tail), all flight conditions
• Autorotation with tail rotor offset
• Pitch -> Tail rotor mixer
• Swashplate-throttle mixer
• Governor adjustment menu (speed controller)
• Swashplate travel adjustment (AFR for Roll-Pitch-Pitch)
• H1, H2, H3 (1:1:1), H4, HR3, HE3, HN3, H4X Swashplate control
• Pitch Min. and Max. setting
• Mixer Throttle-Needle
• Swashplate ring mixer
• Swashplate mix menu

Glider model:
• 3 x travel switch (D/R)
• 4 x Exponential function (EXP)
• 6 Program mixers, with offset mixing (4 x Linear, 2 x 5 point)
• Aileron-Rudder
• Rudder-Aileron
• Flaps
• Flap mixer
• Butterfly and Butterfly-Elevator
• Camber-Elevator
• Elevator-Camber
• Aileron-Camber
• Aileron-Airbrakes
• V-tail
• Motor
• Gyro mixer
• Model type selection


Scope of delivery
• 1 Transmitter T10J 2.4 GHz T-FHSS
• 1 Receiver R3008SB 2.4 GHz T-FHSS
• 1 Transmitter battery 4NiMH 1200 mAh
• 1 Wall charger Tx-Rx 600 mA
• 1 Switch cable with charging socket
• 1 German instruction manual