Futaba 32MZ WC, receiver R7208SB

A high-end 26-channel (expandable to 32-channel) RC kit using the FASSTest-2.4GHz telemetry transmission system for advanced 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), FASST Multi/7ch and S-FHSS transmission modes and thus use the entire range of Futaba aerial receivers with and without telemetry. With the R7208SB receiver included in the kit, you have 8 PWM channels for classic servos in FASSTest 26CH transmission mode (or 16 channels when using 2 receiver mode or 24 channels when using 3 receiver mode and one or two additional R7208SBs) or a full 26 channels via 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. By using the Multiprop 1 and 2 function and MPDX-1 proportional multidecoders connected to the receiver, 1 or 2 of the proportional channels can be expanded to 8 proportional channels, so that the T32MZ-WC can control up to 32 channels in total (when using the FASSTest 18CH transmission system).

Compared to the existing T32MZ, the new T32MZ-WC offers a number of novelties:

The T32MZ-WC transmitter in a cabinet that fits perfectly in the hand is equipped with precision crossover controls with adjustable lock/neutral, 10 switches, 4 sliders, 6 digital trims and 2 rotary proportional controls. A pair of buttons and a large backlit HVGA color touch LCD display are used for programming, ensuring easy orientation in an intuitive menu using the Windows Embedded Compact 7 operating system. The T32MZ-WC has a memory for 30 models that can be infinitely expanded using an SD card and a wide range of advanced mixing functions for aerobatic aircraft, gliders and helicopters. 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 T32MZ-WC is also equipped with a teacher-student socket and also allows programming and setting of S.BUS servos. There is also a music player (for WMA audio files stored on a microSD card) and a sound recorder with a microphone.

A 1S LiPo battery 6600 mAh is used for power supply, the kit also includes a mains adapter for charging it (automatic charging is built into the transmitter).

FUNCTION

• Transmission system FASSTest 26CH with telemetry (24 proportional + 2 switched channels), 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, FASST 7CH (7 channels), T-FHSS Air with telemetry, S-FHSS 2.4GHz without telemetry, CRSF protocol for TBS Crossfire (one-way communication). In FASSTest 18CH and FASST MULTI modes, two of the proportional channels can be expanded to 8 proportional channels using the Multiprop function and the MPDX-1 decoder connected to the corresponding channel of the receiver.
• HVGA color backlit touch LCD display (640x240 dots) for quick and easy programming, auxiliary display on the top of the transmitter front panel for displaying timer and telemetry
• 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 a microSD card
• Memory for 30 models, expandable without limits using a microSD card.
• LiPo transmitter battery 3.7 V 6600 mAh for long operation
• Telemetry voice output on the headphone socket (3.5 mm jack) + music playback from a microSD card
• Updatable software
• Freely assignable 4 sliders and 2 rotary controls, 10 switches, 6 digital trims, with the switch blocks on the top left and right being separable and allowing the switch to be exchanged for other types (2/3 position, momentary, etc.)
• Precise cross drivers stored in 4 ball bearings
• Teacher-student socket
• Socket for S.BUS servo programming
• Model names with up to 32 characters + customizable image for each model
• Subtrims, now also with a balancer function for fine-tuning the entire course of deviations along a 17-point curve
• Reversing the direction of servo deflections
• Setting end points and deflection limits
• Servo speed setting
• Data reset
• Fail-safe emergency deflections
• Double deflections (up to 6 different ratios for each flight mode)
• Setting the course of deviations with six selectable types of courses (linear, 2x exponential, symmetric curved, curves with max. 17 points with straight sections or with a smoothed course)
• Freely programmable mixes (10 mixes for each flight mode) with six selectable waveform types (linear, 2x exponential, symmetric curved, curves with max. 17 points with straight sections or smoothed waveform)
• Sequencer function for controlling e.g. retractable chassis with selectable three modes of operation and adjustable timing of chassis door opening/closing and chassis leg extension/retraction
• Most of the mixing functions have six selectable waveform types (linear, 2x exponential, symmetric curved, curves with max. 17 points with straight sections or with a smoothed waveform) and the ability to assign a trim/rotary or sliding control for fine-tuning on the fly
• Engine shutdown
• Safe idle
• Mixture richness (for RC carburetors with adjustable needles)
• Logically linked switches (max. 10 for selecting flight modes, 8 for mixing functions for each flight mode)
• 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
• Setting the operation mode with 2 or 3 receivers

Program menu for aerobatic aircraft

• 13 wing types (7 types for normal aircraft, 6 types for autowings)
• 3 types of tail surfaces
• 2 types of vertical tail surfaces (winglets)
• Adjusting flaps - up to 4 flaps
• Differentiation of aileron deflections – up to 4 ailerons (6 waveforms, curve with up to 17 points)
• Aileron-flaps mix (6 courses, curve with up to 17 points)
• Aileron-brake flap mix (6 courses, curve with up to 17 points)
• Aileron-rudder mix (6 courses, curve with up to 17 points, fine-tuning)
• Mix aerodynamic brake-elevator (6 courses, curve with up to 17 points, fine-tuning)
• Rudder-aileron mix (6 waveforms, curve with up to 17 points, tuning)
• Mix camber (curvature of trailing edge) for up to 8 flaps/ailerons (6 waveforms, curve with up to 17 points, delay)
• Elevator-camber mix (6 courses, curve with up to 17 points, fine-tuning)
• Flap-elevator mix (6 courses, curve with up to 17 points, fine-tuning)
• Aerodynamic brake for up to 8 brakes/flaps/ailerons
• Gyro Control - gain control/mode switching for three-axis aircraft gyros
• Kicked twist
• Butterfly tail surfaces
• Mix ailevator (elevator for 2 servos)
• Winglets
• Mix Motor (for switch control with adjustable start and stop)
• Rudder-elevator mix (6 courses, curve with up to 17 points, tuning)
• Multi-motor model – mix for coordinated control of up to 4 motors
• Setting up the GYA553 gyro system on the transmitter

Program menu for gliders

• 13 wing types (7 types for normal aircraft, 6 types for autowings)
• 3 types of tail surfaces
• 2 types of vertical tail surfaces (winglets)
• Adjusting flaps - up to 4 flaps
• Differentiation of aileron deflections – up to 4 ailerons (6 waveforms, curve with up to 17 points)
• Aileron-flaps mix (6 courses, curve with up to 17 points)
• Aileron-brake flap mix (6 courses, curve with up to 17 points)
• Aileron-rudder mix (6 courses, curve with up to 17 points, fine-tuning)
• Mix aerodynamic brake-elevator (6 courses, curve with up to 17 points, fine-tuning)
• Rudder-aileron mix (6 waveforms, curve with up to 17 points, tuning)
• Mix camber (curvature of the trailing edge) for up to 8 flaps/ailerons (6 waveforms, curve with up to 17 points, delay)
• Elevator-camber mix (6 courses, curve with up to 17 points, fine-tuning)
• Flap-elevator mix (6 courses, curve with up to 17 points, fine-tuning)
• Mix butterfly for up to 8 flaps/ailerons (6 waveforms, curve with up to 17 points, delay)
• Trim mix 1 and 2 (delay, tuning)
• Gyro Control - gain control/mode switching for three-axis aircraft gyros
• Butterfly tail surfaces
• Mix ailevator (elevator for 2 servos)
• Winglets
• Mix Motor (for switch control with adjustable start and stop)
• Acceleration – for acceleration of elevator response, elevator-camber and aileron-rudder mixes
• Setting up the GYA553 gyro system on the transmitter

Program menu for helicopters

• Mix for 8 types of turntable with adjustable neutral, deflection size, compensating mix ratio, drawbar and speed compensation
• Throttle curve (6 waveforms, curve with up to 17 points, hovering throttle trim)
• Collective curve (6 courses, curve with up to 17 points, hanging collective trim, high and low collective trims)
• Acceleration – response acceleration for throttle and collective
• Autorotation
• Adjustment of deviations and corrections for the cyclic plate (6 waveforms, curve with up to 17 points)
• Limit of deviations of cyclic control
• Correction mixes to throttle (leaning/tilting/yawing-throttle) (6 waveforms, curve with up to 17 points)
• Gain control/gyro mode switching for up to 3 gyros with up to 3 values for each flight mode
• Collective-needle mix (6 waveforms, curve with up to 17 points, fine-tuning)
• Revomix (6 waveforms, curve with up to 17 points)
• Governor control (up to 3 target speed values for each flight mode, fine-tuning)
• Throttle limiter
• 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)

Compatible telemetry sensors and other devices

• Temperature sensor (SBS-01T)
• Temperature sensor (SBS-01TE)
• Tachometer with optical sensor (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)
• Speedometer with Pitot Tube (SBS-01TAS)
• Servo sensor for S.BUS2 servos (SBS-01S)
• Flight recorder (write telemetry data to SD card)
• ROXXY regulators
• Kontronik controllers
• Futaba controllers
• Hobbywing regulators
• JetCat V10
• Power Box

RC KIT INCLUDES

• Futaba T32MZ-WC 2.4GHz transmitter
• Receiver R7208SB
• Electronic switch ESW-1J with cables
• Strap
• Transmitter battery 3.7 V LiPo 6600 mAh
• Network adapter with USB cable for charging the transmitter battery
• Stylus (combined with switch nut wrench)
• Allen loop 1.5mm and 2.5mm (stored in the stylus)
• Plastic screwdriver
• Cloth for cleaning the display
• Operating Instructions