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Futaba 16IZ SUPER, receiver R7208SB
FUT5003195
Futaba TX
Eighteen-channel Futaba FASSTest transmitter (18/12CH) and T-FHSS Air with telemetry, S-FHSS 2.4GHz. Precise cross controls, 8 switches, 2 sliders and 2 rotary controls. Touch LCD display, memory of 30 models + SD card, programs for aerobatic aircraft, gliders
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The latest version of an advanced 18-channel RC kit using the FASSTest-2.4GHz telemetry transmission system for sports and very advanced recreational modelers and their simple, complex and giant models. The transmitter can also be switched to T-FHSS Air (also telemetric) and S-FHSS transmission modes to use a wide range of Futaba air receivers with and without telemetry. Depending on the receiver(s) used, you have 18 channels (16 proportional and two switched DG) available for classic servos (PWM) or via the S.BUS and S.BUS2 buses; as well as telemetry data on the receiver's supply voltage, the voltage of another external (e.g. drive) accumulator and the strength of the signal captured by the receiver. You can obtain additional telemetry data from additional telemetry sensors connected to the S.BUS2 bus.
The T16IZ SUPER transmitter in a cabinet that fits perfectly in the hand is equipped with precise crossover controls with adjustable lock/neutral, 8 switches, 2 slide controls, 4 digital trims and 2 rotary proportional controls. A pair of buttons and a large backlit color touch LCD display are used for programming, ensuring easy orientation in the intuitive menu. The T16IZ SUPER has a memory for 30 models, unlimited expandable via microSD card, and a wide range of advanced mixing functions for aerobatic aircraft, gliders, helicopters and multicopters. In addition to displaying telemetry data on the display, a voice output of telemetry is available in the socket for the handset (not included in the kit). The T16IZ SUPER is also equipped with a teacher-student socket and a socket for programming and setting S.BUS servos and gyroscopic systems CGY755/CGY760R or GYA553. The USB data socket on the top of the transmitter allows you to use the T16IZ SUPER after connecting to a PC with a USB cable as a controller for an RC simulator without the need for an additional USB interface.
A 2S LiPo battery 2000 mAh is used for power, for charging you will need a regular USB charging adapter 5 V/2 A.
FUNCTION
- Transmission system FASSTest 18CH with telemetry (16 proportional + 2 switched channels), super fast FASSTest 12CH (12 channels, telemetry only receiver supply voltage), FASST MULTI (16+2 channels without telemetry, T-FHSS Air with telemetry, S-FHSS 2.4 GHz without telemetry, CRSF protocol for TBS Crossfire (one-way communication)
- Color backlit LCD touch screen 4.3" for quick and easy programming
- Up to 8 flight modes for perfect control of your model in all conditions
- Full telemetry with data transfer from a wide range of sensors with the option of writing to an SD card
- Memory for 30 models, expandable without limits using an SD card
- LiPo transmitter battery 7.4 V 2000 mAh
- Telemetry voice output on the headphone socket (3.5 mm jack)
- Updatable software
- Freely assignable 2 sliding and 2 rotary controls, 8 switches, 4 digital trims
- Precise cross drivers stored in 4 ball bearings
- Freely adjustable mode of cross controls (to change the mode and adjust the strength of the neutralization springs, it is not necessary to open the transmitter box)
- Teacher-student socket
- Socket for S.BUS serv programming, S.BUS2 serv firmware update, telemetry sensor firmware update, CGY755/CGY760R and GYA553 gyro system setup, or TBS Crossfire long range remote control system connection (CRSF protocol, unidirectional communication)
- USB data socket for using the transmitter as a control device for an RC simulator on a PC
- USB charging socket for charging the transmitter battery with the help of a USB 5 V/2 A mains adapter
- MicroSD card slot 32MB-2GB (allows model memory expansion, model memory backup, transmitter firmware update, conversion of model data programmed on T14SG, FX-22, T12K transmitters, use of model data programmed on T16SZ, T18SZ, FX-32 and FX transmitters -36)
- Model names with up to 15 characters
- Subtrims
- Reversing the direction of servo deflections
- Setting end points and deflection limits
- Servo speed setting
- Data reset
- Fail-safe emergency deflections
- Servo speed setting
- Double deflections
- Setting the course of deviations after 2 exponential curves or 17-point curves.
- Freely programmable mixes (10 mixes for each flight mode)
- Engine shutdown
- Safe idle
- Logically linked switches
- User menu (allows you to select only a few of the most used program functions for greater clarity)
- Servo monitor and servo tester
- Two timers (stopwatch or timer)
- Model operating time
- Transmitter operating time
- Throttle control position signaling when switched on
- Adjustable display backlight
- Calibration of cross controllers
- Warning signaling – sound and vibration
- Range control
- 2-receiver operation mode settings including dual-receiver operation with automatic backup when using R7208SB or R7308SB receivers
Program menu for aerobatic aircraft
- 13 wing types
- 3 types of tail surfaces
- 2 types of vertical tail surfaces (winglets)
- Adjusting the flaps
- Differentiation of aileron deflections
- Aileron-flaps mix
- Aileron-brake flap mix
- Aileron-rudder mix
- Mix aerodynamic brake-elevator
- Rudder-aileron mix
- Mix camber (curvature of the trailing edge)
- Mix elevator-camber
- Flap-elevator mix
- Kicked twist
- Butterfly tail surfaces
- Mix ailevator (elevator for 2 servos)
- Winglets
- Mix Motor (for switch control with adjustable start and stop)
- Intelligent interface for setting up the Futaba GYA553 gyro system on the transmitter display (with cable connection)
Program menu for gliders
- 13 wing types
- 3 types of tail surfaces
- 2 types of vertical tail surfaces (winglets)
- Adjusting the flaps
- Differentiation of aileron deflections
- Aileron-flaps mix
- Aileron-brake flap mix
- Aileron-rudder mix
- Mix aerodynamic brake-elevator
- Rudder-aileron mix
- Mix camber (curvature of the trailing edge)
- Mix elevator-camber
- Flap-elevator mix
- Butterfly mix
- Mix butterfly-elevator
- Trim mix 1 and 2
- Butterfly tail surfaces
- Mix ailevator (elevator for 2 servos)
- Winglets
- Mix Motor (for switch control with adjustable start and stop)
- Intelligent interface for setting up the Futaba GYA553 gyro system on the transmitter display (with cable connection)
Program menu for helicopters
- 8 types of cycle board
- 9-point throttle curves
- 9-point curves of the collective
- Acceleration
- Autorotation
- Adjustment of deviations and corrections for the cyclic plate.
- Limit of deviations of cyclic control
- Correction mixes for gas
- Gyro gain control
- Mix collective-needle
- Revomix
- Governor control
- Intelligent interface for setting up the Futaba CGY755 and CGY760R gyro systems on the transmitter display, with the option of wired connection (same full range of functions as on GPB-1) or wireless connection (after previously reading data from the gyro via cable, limited number of functions)
Program menu for multicopters
- Flight modes
- Adjustment of deviations
- Setting double deflections
- Freely programmable mixes
- Gyro gain control
Telemetry functions
- Temperature
- RPM (with magnetic or optical sensor
- Height
- True airspeed
- GPS
- Tension
- Current
- S.BUS2 servo sensor
- Flight recorder (write telemetry data to SD card)
- EM-100 OS Engine
- Kontronik controllers
- Hobbywing controllers (using the SBM-2 interface module)
- Pixhawk® control units (using the SBS-01ML interface module)
- Castle TL0
- JetCat V10
- Power Box
RC KIT INCLUDES
- Futaba 16IZ SUPER 2.4GHz transmitter
- Futaba R7208 receiver
- Transmitter battery 7.4 V LiPo 2000 mAh
- USB cable
- Operating Instructions
Teacher-student cable with a "square" connector at both ends.
Telemetry current sensor. Measurement in the range: voltage 0 - 70V, current 0 - 150A, elapsed electric charge (max. 32 767mAh). Connection to S.BUS2 bus. Total length of power cable including sensor
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Eight-channel Futaba S-FHSS / FHSS-2.4GHz receiver with S.BUS port (up to 8 channels - depending on the transmitter). Power supply 4.8-7.4 V, dimensions 24.9x42.8x14.0 mm, weight 9.5 g. Diversity ante
Miniature super light receiver Futaba T-FHSS Air-2.4GHz for indoor models and park-flyers. Power supply 3.2-8.4 V, dimensions 20.0x10.0x3.0 mm, weight 1.0 g. Soldering terminals for servos, wide supply voltage range (also for 1S LiPo). Limited range of...
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S-BUS decoder enabling the connection of up to three classic servos to the S-BUS with cables with a total length of 110 cm. Suitable for analog and digital servos with a standard power supply of 4.8-6.0 V (4-5 cells NiMH). Cannot be used for S-BUS2.
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S-BUS decoder enabling the connection of up to three classic servos to the S-BUS with cables with a total length of 160 cm. Suitable for analog and digital servos with a standard power supply of 4.8-6.0 V (4-5 cells NiMH). Cannot be used for S-BUS2.
S-BUS decoder enabling the connection of up to three classic servos to the S-BUS with cables with a total length of 20 cm. Suitable for analog and digital servos with a standard power supply of 4.8-6.0 V (4-5 cells NiMH). Cannot be used for S-BUS2.
S-BUS decoder enabling the connection of up to three classic servos to the S-BUS with cables with a total length of 140 cm. Suitable for analog and digital servos with a standard power supply of 4.8-6.0 V (4-5 cells NiMH). Cannot be used for S-BUS2.
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S-BUS decoder enabling the connection of up to three classic servos to the S-BUS with cables with a total length of 60 cm. Suitable for analog and digital servos with a standard power supply of 4.8-6.0 V (4-5 cells NiMH). Cannot be used for S-BUS2.
S.BUS / S.BUS2 splitter / extension cable 100 cm with 3 sockets for S.BUS / S.BUS2 devices. Three-core cable with power cable (with orange servo connector) - enables power supply of S-BUS / S.BUS2
S.BUS / S.BUS2 splitter / extension cable 100 cm with 3 sockets for S.BUS / S.BUS2 devices. Two-core cable without power supply cable (with green servo connector) - enables power supply of S-BUS / S.B
S.BUS / S.BUS2 splitter / extension cable 10 cm with 3 sockets for S.BUS / S.BUS2 devices. Three-core cable with power supply cable (with orange servo connector) - enables power supply of S-BUS / S.BUS2 devices from the receiver.
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S.BUS / S.BUS2 splitter / extension cable 10 cm with 3 sockets for S.BUS / S.BUS2 devices. Two-core cable without power supply cable (with green servo connector) - enables power supply of S-BUS / S.BU
S.BUS / S.BUS2 splitter / extension cable 150 cm with 3 sockets for S.BUS / S.BUS2 devices. Three-core cable with power cable (with orange servo connector) - enables power supply of S-BUS / S.BUS2
S.BUS/S.BUS2 splitter/extension cable 150 cm with 3 sockets for S.BUS/S.BUS2 devices. Two-core cable without power supply wire (with green servo connector) - enables power supply of S-BUS/S.BUS2 devices from a special battery connected to one of the...
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S.BUS / S.BUS2 splitter / extension cable 30 cm with 3 sockets for S.BUS / S.BUS2 devices. Three-core cable with power cable (with orange servo connector) - enables power supply of S-BUS / S.BUS2 devi
S.BUS / S.BUS2 splitter / extension cable 30 cm with 3 sockets for S.BUS / S.BUS2 devices. Two-core cable without power supply cable (with green servo connector) - enables power supply of S-BUS / S.BU
S.BUS / S.BUS2 splitter / extension cable 50 cm with 3 sockets for S.BUS / S.BUS2 devices. Three-core cable with power cable (with orange servo connector) - enables power supply of S-BUS / S.BUS2 devi
S.BUS / S.BUS2 splitter / extension cable 50 cm with 3 sockets for S.BUS / S.BUS2 devices. Two-core cable without power supply cable (with green servo connector) - enables power supply of S-BUS / S.BU
70 mm Y-cable for S.BUS / S.BUS2 servos.
Telemetric barometric sensor for height measurement/variometer, measurement in the range: relative height -700 to +5500m and vario -150m/s to +150m/s. Connection to the S.BUS2 bus. Total length 175mm, weight 2.6g. Power supply 3.7-7.4V.
Telemetry sensor S.BUS2 for measuring the position of the servo lever, current (up to 10A) and temperature (-10 to 115 ° C) of two S.BUS2 servos. Connection to S.BUS2 bus. Total length 300mm, weight 9
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Telemetric magnetic speed sensor, measuring in the range 360 - 100,000 rpm. Connection to S.BUS2 bus. Total length 255mm, weight 4.7g. Power supply 3.7-7.4V.
Telemetric optical speed sensor, measurement in the range 360 - 300,000 rpm. Connection to S.BUS2 bus. Total length 160mm, weight 4.9g. Power supply 3.7-7.4V.
Telemetric phase speed sensor for AC motors (BLS), measurement in the range 360 - 300 000. Connection to S.BUS2 bus. Total length 475mm, weight 3.8g. Power supply 3.7-7.4V. The sensor connects to
S.BUS/S.BUS2 terminal (hub) with 6 sockets for connecting S.BUS/S.BUS2 devices. The S.BUS output of the receiver and the S.BUS servo can be plugged into any socket. The hub is equipped with feet for easy installation in the model using screws.
Telemetric temperature sensor for measurements in the range of -20 to +200°C. Connection to the S.BUS2 bus. Total length 535mm, weight 4.7g. Power supply 3.7-7.4V. Ideal for measuring the temperature of internal combustion engine heads and similar...
Telemetric temperature sensor for measurements in the range of 0 to 125°C. Connection to the S.BUS2 bus. Total length 350mm, weight 3.8g. Power supply 3.7-7.4V. Ideal, for example, for measuring the temperature of electric motors (especially AC) and...
Central strap with carabiner for comfortable hanging of Futaba transmitters - in black.
Central strap with carabiner for comfortable hanging of Futaba transmitters - in orange.
Charging cable for Futaba transmitter with 4mm banana plugs. For example for 18SZ/16SZ/14SG/12K/10J/8J/6J/4PX/4PK etc. DC terminal with an outer diameter of 3.5 mm, an inner diameter of 1.35 mm and a positive pole on the inner side.
Tuning stiff neutralization spring for Futaba transmitter drivers.
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Telemetry sensor for measuring the drive battery voltage in the range 0-100V. Connection to S.BUS2 bus. Total length 870mm, weight 6g. Power supply 3.5-8.4V.
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3D helicopter kit of "380" class with CCPM 120° cyclic plate with 875 mm diameter main rotor powered by AC motor. The KIT version includes: unassembled model, AC motor, carrier and balancing rotor blades.
3D helicopter kit of "380" class with CCPM 120° cyclic plate with 875 mm diameter main rotor powered by AC motor. The KIT version includes: unassembled model, AC motor, carrier and balancing rotor blades.
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3D helicopter kit of "380" class with CCPM 120° cyclic plate with 875 mm diameter main rotor powered by AC motor. The KIT version includes: unassembled model, AC motor, carrier and balancing rotor blades.
3D helicopter kit of "380" class with CCPM 120° cyclic plate with 875 mm diameter main rotor powered by AC motor. The PNP version includes: unassembled model, AC motor, 4x servo, controller, carrier and balancing rotor blades.
3D helicopter kit of "380" class with CCPM 120° cyclic plate with 875 mm diameter main rotor powered by AC motor. The PNP version includes: unassembled model, AC motor, 4x servo, controller, carrier and balancing rotor blades.
3D helicopter kit of "380" class with CCPM 120° cyclic plate with 875 mm diameter main rotor powered by AC motor. The PNP version includes: unassembled model, AC motor, 4x servo, controller, carrier and balancing rotor blades.
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