FUTABA 16IZ + R7108SB RECEIVER (mode 1-4)

T16IZ is a modern and ergonomically designed transmitter, which will satisfy almost every modeler flying competitively as well as recreationally at a very attractive price in relation to quality and capabilities, equipped with precise cross-controls with adjustment of the way and characteristics of their operation, 8 switches, 2 sliders, 4 digital trimmers and 2 rotary proportional controllers. A pair of pushbuttons and a large, backlit, color touchscreen LCD programming display provide easy guidance through intuitive menus. The T16IZ has memory for 30 models, which can be expanded indefinitely via microSD card, and a wide range of advanced mixing functions for aerobatic aircraft, gliders, helicopters and multicopters. In addition to telemetry data display, a telemetry voice output (not included) is available in the handset jack. The T16IZ is also equipped with a teacher-student socket and a socket for programming and setting S.BUS servos and CGY755/CGY760R gyro systems. A USB data socket on the top of the transmitter allows the T16IZ to be used, when connected to a computer via a USB cable, as a controller for an RC simulator without the need for an additional USB interface.Power is provided by a 2S LiPo battery with a capacity of 2000 mAh, and you will need a standard 5 V / 2 A USB charging adapter to charge it. The transmitter has an 18-channel RC control system FASSTest-2.4GHz , also supports T-FHSS Air (telemetry) and S-FHSS transmission modes and use a wide range of Futaba aviation receivers with and without telemetry. With the R7108SB receiver included in the kit, it has 8 PWM channels for classic servos (or 16 channels in 2-receiver mode) or a full 18 channels via S.BUS and S.BUS2; as well as telemetry data on the receiver's power supply voltage, the voltage of another external battery (such as a drive battery) and the strength of the signal received by the receiver. Additional telemetry data can be obtained from additional telemetry sensors connected to the S.BUS2 bus. Helicopter pilots will enjoy the full integration of Futaba CGY755/760R gyro system programming and tuning into the transmitter's software.

Power is supplied by a 2S LiPo battery with a capacity of 2000 mAh, and you will need a standard 5 V / 2 A USB charging adapter to charge it.

FEATURES:

• The Futaba 16SIZ transmitter is compatible with Futaba's aviation modulations - FASSTest, T-FHSS and S-FHSS
• Software functions for RC aircraft models, RC glider models, RC helicopters and RC multicopters / drones
• 11 cm (4.3 inch) color LCD touchscreen display
• 8 fully programmable flight modes
• Integrated telemetry (for T-FHSS and FASSTest modulation), with sensors you can measure temperature, RPM, altitude, current, consumed capacity, distance, speed via GPS, voltage, current, vario and much more. Of course, all data can be saved
• Internal memory for 30 models can be "infinitely" expanded via SD card
• Powered by a 2000mA LiPo pack
• Voice output of telemetry data to headphones (currently only in English)
• User upgradeable transmitter firmware via SD card
• Two side slide trimmers (sliders), two knobs, four digital trimmers, 8 switches. All freely assignable
• Precision ball-bearing rods
• Ability to change MODE 1-4 as well as spring tension and brake/ratchet at will, without opening the transmitter cover
• Slot for pragramming S.BUS servos, sensors and decoders, setting CGY755/CGY760R gyroscopes or connecting TBS Crossfire long-range remote control systems (CRSF protocol, one-way communication)
• Possible student-teacher cable connection; USB data socket for using the transmitter with PC-based RC simulators
• USB charging socket for charging the transmitter pack from a 5V/2A USB mains charger
• MicroSD 32MB-32GB card slot for model memory expansion, transmitter software upgrade, memory backup, conversion of model data stored in T14SG, FX-22, T12K transmitters, use of model data stored in T16SZ, T18SZ, FX-32 and FX-36 transmitters
• Menus in English, Japanese, German, Dutch, French, Spanish, Czech and Italian
• Rubberized sides of the transmitter for easier holding
• Adjustable TFT screen backlighting
• Vibrating and audible alarm
• Calibration of the sticks
• Automatic shutdown of the transmitter when not in use for a long time
• Range control
• Possibility to pair 16IZ with two receivers within one model (FASStest only)

General software functions of the 16IZ transmitter common to all types of RC models:

• Model name - up to 15 characters
• Naming of extension channels (AUX) up to 10 characters
• Subtrims
• Servo reverse
• Endpoint setting
• Model reset
• Adjustable battery Fail/Safe
• Maximum servo speed setting
• Dual swings
• Curve-defined pivot (three groups of curves)
• Programmable mixers and sequencers - 10 programmable mixers/sequencers for each flight mode (Sequencer is used for sequential control of servos, e.g., in landing gear with landing gear lids, it is best to open the lids first and then extend the landing gear)
• Engine shutdown
• Minimum slow speed (Idle Down)
• User menu
• Servo monitor to display deflections on individual channels
• Model stopwatch
• Alarm for missed throttle
• Configuration of the stabilization system

Features for RC aircraft models:

• 13 types of wings
• 3 types of tailplane
• 2 types of rudders
• Flap setting
• Aileron differential
• Aileron mixer for flaps
• Aileron mixer for brakes
• Aileron mixer for altitude
• Direction mixer for ailerons
• Direction mixer for altitude
• Flap mixer
• Altitude mixer for flaps
• Flap mixer for height
• Autorotation barrel function
• Air brake mixer
• V-Tail setting
• Ailvator mixer (split altitude)
• Winglet mixer (directional rudder on winglets)
• Engine mixer - switch engine control or safety protection
• Mixer for multi-engine models
• Gain setting for stabilization systems

Features for RC helicopter models:

• 8 types of cyclics
• Gas curve - three types of curve, up to 17-point curve can be defined
• Collective curve - three types of curve, you can define, up to 17-point curve
• Setting of maximum acceleration
• Auto-rotation mode
• Cyclic mixer
• Gas mixer
• Collective mixer for mixture composition needle (for internal combustion engines)
• Collective mixer for direction (revomix)
• Gain gyration setting (independent for all 3 axes)
• Governor mixer
• Trim collective at hover point
• Trimming of the gas at the hover point
• Limitation of cyclic servo deflection (Swash ring)
• Compensation of camber of the cyclic servos (Swash AFR)
• Limitation of engine power

Features for RC glider models:

• 13 types of wings
• 3 types of tailplane
• 2 types of rudder
• Flap setting
• Aileron differential
• Aileron mixer for flaps
• Aileron mixer for brakes
• Aileron mixer for direction
• Direction mixer for ailerons
• Brake mixer for altitude
• Flap mixer
• Altitude mixer for flaps
• Flap mixer for altitude
• Butterfly mixer (Butterfly mix)
• Butterfly mixer for height
• Two independent trim options
• V-Tail lip setting
• Ailvator mixer (split altitude)
• Mixer for winglets (directional rudders on winglets)
• Motor mixer - motor control by switch or safety protection

Function for RC model drones and multicopters:

• Setting the transmitter in mode 0, i.e. the gas stick returns to the center position by itself
• Gain setting of the gyro
• Flight modes
• Freely programmable mixers

Compatible telemetry sensors and other devices:

• Temperature sensor (SBS-01T)
• Temperature sensor (SBS-01TE)
• Optical sensor tachometer (SBS-01RO)
• Tachometer with magnetic sensor (SBS-01RM)
• Tachometer for AC motors (SBS-01RB)
• Voltage sensor (SBS-01V)
• Current sensor (SBS-01C)
• Barometric altimeter / variometer (SBS-01A, SBS-02A)
• GPS sensor (SBS-01G, SBS-02G)
• Pitot tube speedometer (SBS-01TAS)
• Servo sensor for S.BUS2 servos (SBS-01S)
• Flight recorder (recording telemetry data to SD card)
• EM-100 OS motor
• Kontronika controllers
• Castle-TL0 telemetry
• JetCat V10
• Power Box

RC KIT INCLUDES:

• Futaba 16IZ 2.4 GHz transmitter (factory set Mode-2)
• R7108SB FASSTest / FASST receiver
• Transmitter's 7.4V LiPo 2000 mAh battery pack
• USB cable

Presentation in the video: