FUTABA 18SZ + R7008SB RECEIVER (mode-2)

Characteristic

The highest-class 18-channel Futaba 18SZ RC apparatus in mode 2 for advanced as well as ordinary aviation modelers. FASSTest, FASST, T-FHSS and S-FHSS modulation, color touchscreen, rich software for RC models of airplanes, gliders, RC helicopters and drones / multicopters. The transmitter has a voice output for telemetry data to the headphones and an integrated telemetry. The set includes a LiFe 6.6 V 2100mAh battery that gives up to 8 hours of operation.

The outstanding thing is that the Futaba 18SZ transmitter is compatible with all Futaba air modulations, ie FASSTest, FASST, T-FHSS and S-FHSS. So you can use any Futaba aviation receiver for your models. If 100% reliability is required, FASSTest modulation should be used. Cheaper receivers with T-FHSS or S-FHSS modulation can be used for cheaper models for everyday flying.

It goes without saying that the transmitter is of the highest quality and is very rich in software for all RC models. The menu is very intuitive - similar to the Futaba 18MZ transmitter. Many controls allow you to control the various functions of the RC model exactly according to your habits and ideas.

Properties:

• The Futaba 18SZ RC apparatus is compatible with all Futaba air modulations - FASSTest, FASST, T-FHSS and S-FHSS
• Programming functions for RC models of airplanes, RC models of gliders, RC helicopters and RC multicopters / drones
• 11 cm (4.3 inch) color touchscreen LCD
• 8 fully programmable flight phases
• Integrated telemetry (for T-FHSS and FASSTest modulation), sensors can measure temperature, rotation, altitude, distance, GPS speed, voltage, current, vario and much more. The obvious thing is the ability to save data.
• The internal memory for 30 models can be "unlimited" expanded via an SD card
• Powered by a reliable 6.6V LiFe battery with a capacity of 2100 mA. The working time is 7 - 8 hours.
• Voice output of telemetry data to headphones (currently in English)
• Possibility to update the transmitter firmware by the user via an SD card
• Two side sliders, six digital trimmers, 8 switches. Everything freely assigned.
• Precision rods in ball bearings
• Possibility to connect with a student-teacher cable, programming of servos, sensors and S.BUS and S.BUS2 decoders
• Rubberized sides of the transmitter for a secure grip
• Adjustable TFT display illumination
• Vibration and sound alert
• Stick calibration
• Automatic shutdown of the transmitter after prolonged inactivity
• Range control
• Possibility of pairing 18SZ with two receivers within one model (FASStest and T-FHSS)

General 18SZ transmitter functions common to all types of RC models

• RC model name 15 characters
• The name of the extension channels (AUX) up to 10 characters
• Subtrims
• Servo revers
• Setting the end points
• Model reset
• Adjustable Battery Fail / Safe
• Setting the maximum speed of the serv
• Double swings
• The course of the swing defined by a curve (three groups of curves)
• Programmable mixers and sequencers - 10 programmable mixers / sequencers for each flight phase (The sequencer is used to sequentially control the servos, e.g. with a landing gear with covers, first open the covers and then extend the landing gear, ...)
• Engine shutdown
• Minimum Idle Down
• User-defined menu
• Servo monitor for displaying the deflections on individual channels
• Model stopwatch
• Unstressed gas alarm
• Configuration of stabilization systems

Features for RC airplane models

• 13 types of wings
• 3 types of tailings
• 2 types of vertical stabilizers
• Flap setting
• Aileron differentiation
• Aileron mixer - flaps
• Aileron mixer - brakes
• Brakes mixer - height
• Direction mixer - shuttlecocks
• Direction mixer - height
• Flap mixer
• Height mixer - flaps
• Flap mixer - height
• Functions to perform an auto-rotating barrel
• Air brake mixer
• V-Tail setting
• Ailvator mixer (split height)
• Winglet mixer (winglet direction control)
• Motor mixer - motor control with switch or safety protection
• Mixer for multi-engine models
• Profit setting for stabilization systems

Features for RC helicopters

• 8 types of cycles
• Gas curve - three types of curve, you can define up to 17-point curve
• Collective curve - three types of curve, you can define as many as 17-point curve
• Setting the maximum acceleration
• Autorotation mode
• Cyclic mixer
• Gas mixer
• Collective mixer - the needle of the mixture composition (for internal combustion engines)
• Mixer collective - direction (revomix)
• Setting the gyra gain (independent for all 3 axes)
• Governor mixer
• Trimming the collective in a hover
• Gas trimming in hover
• Swash ring limitation
• Cyclic servo deflection compensation (Swash AFR)
• Gas power limitation

Functions for RC models of gliders

• 13 types of wings
• 3 types of tail
• 2 types of vertical stabilizers
• Flap setting
• Aileron differentiation
• Aileron mixer - flaps
• Aileron mixer - brakes
• Aileron mixer - direction
• Direction mixer - shuttlecocks
• Brake mixer - height
• Flap mixer
• Height mixer - flaps
• Flap mixer - height
• Butterfly mixer
• Butterfly mixer - height
• Two independent trimming options
• Ailvator mixer (split height)
• Winglet mixer (winglets rudders)
• Engine mixer - engine control with switch or safety protection

Functions for RC models of drones and multicopters

• Setting the transmitter to mode 0, i.e. the gas stick returns to the neutral itself
• Gyra profit setting

Order fulfillment time: about 3-5 days