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FX-36 Radio, R7208SB receiver, w/o battery & charger

FX-36 Radio, R7208SB receiver, w/o battery & charger

FUTABA FX-36 + R7208SB 2.4GHz FASSTest The Futaba FX36 is the flagship among the tray style transmitters and was designed for high level model flying and competition use. This transmitter style is popular across Europe and is often used in pattern and glider flying. This high quality transmitter is built to the highest standard and leaves nothing to be desired in terms of transmission reliability and functionality.The features and telemetry functions are almost identical to the well-known T18MZ and T14SG transmitters. This set uses Futaba's best quality stick units ST-57 (as used in the T18MZ) to give extremely precise control.You can transmit on FASST, FASSTest, T-FHSS and FHSS allowing you to pick the right receiver for your model. The menu navigation is clearly structured and can be quickly/easily operated via the large colour touch screen. In addition to the familiar functions of the T18MZ Futaba have added a new multicopter menu and the ability to use up to 9 different language options! The integrated SD card slot allows you to store model data and software updates for future helping to make the FX36 future-proof.T14SG, T16SZ, T18SZ, FX-22, FX-30 and FX-32 model memories are convertible to FX-36.The ergonomically arranged switches and encoders allow fatigue-free operation during long flights and the set includes 2 aluminium joystick extensions to adjust to the pilot if needed. Features: Professional 18-channel remote control system Ergonomic transmitter design Professional level stick units (ST-57) Extensive telemetry functions (Similar to T18MZ) New S.BUS functions Model selection, internal memory for 30 models (Expandable via SD card) 15 Character model / user names Modes switchable between FASST, FASSTest, S-FHSS or T-FHSS 9 Language menu navigation 4.3" Colour touch screen (480 x 272px) Telemetry with voice output via loudspeaker or optional headphones 6 Digital trims 6 Switches 2 Rotary dials 2 Linear sliders Graphical servo monitor that displays all servo paths with servo test function Future proof by updating capability via SD card Extensive timer functions Vibration alarm S.BUS port with power support, for programming and logging S.BUS 8 Flight conditions per model memory (like T18MZ) 10 Option mixes AFR 3 modes (Up to 17 points) 13 Wing types, 3 tail types & 8 swashplate options Fully equipped helicopter menu with swash ring, governor, servo travel and speed compensation, throttle limiter 3 curve modes for gas / pitch, up to 17 points possible Fully equipped sailor menu with 13 wing types, 3 tail units Extensive mixer selection for gliders and engine models (like T18MZ) Freely configurable teacher / student channel assignment Box Contents Transmitter FX36 2.4GHz FASSTest Receiver R7208SB 2.4 GHz FASSTest Switch with charging socket 2 Aluminium joystick extensions (M4 Thread) Neutralization stopper Screwdriver At this moment there is no printed manual - click on the download tab and download the manual in PDF format (English) Required Accessories Batteries, charger & servos (note, the manual says that TX battery is included but that is incorrect) Battery type needed: 5-cell NiMH / 2-cell LiPo / 2-cell LiFe Battery max dimensions: L146 x W46 x H18.5mm

DKK 7895.00
1

Futaba Servo HPS-CT701 Car Low Profile 30kg 0.07s S.BUS/HV

Futaba Servo HPS-CT701 Car Low Profile 30kg 0.07s S.BUS/HV

Futaba HPS-CT701 - Low Profile ServoExperience the new HPS servo generation! The most powerful Futaba RC car low profile servo ever!The Futaba HPS-CT701 is specially designed for RC cars and sets new standards. A new HPS brushless motor was developed for the HPS servos, which remains significantly cooler during operation. Together with the new HPS technology, there is less power consumption over the entire operating time. Like any S.BUS2 servo, the HPS-CT701 can be connected to all conventional receivers with PWM modulation and can be optimally adapted to the respective operating conditions through programming.The servo is fully compatible for the SR mode ("Super Response": fastest signal transmission) of the T4PM, T7XC, T7PX, T7PXR and T10PX, but can of course also be operated on all other Futaba receivers and with all other Futaba transmitters in normal mode will. This does not require any mode settings on the servo.Features:S.BUS2 high performance HPS digital servoMetal body and metal gearsHPS brushless motor technologySR compatible (Super Response)High Voltageball bearingLow-wear potentiometerHigh resolutionHigh repeatabilitySpecifications:Speed 60: 0.07 s (7.4 V)Torque: 30.0 kgcm (7.4 V)Voltage: 6.0 - 8.4VControl frequency: 50 - 300 HzWeight: 53gSize: 40.5 x 21.0 x 26.2mmThe servos can be addressed in different ways:With the handy programmer SBC-1On the PC with the USB adapter CIU-3At the S.BUS connection of the transmitterThe following parameters can be set:S.BUS channel assignmentServo reverseSoft start (on / off)Mode selection in the event of signal failure hold or freeSoft Servo Run (On / Off)Servo position (servo tester)Servo center adjustment +/- 300 s (approx. 30 degrees)Servo speed, 0.39 - 9 seconds per 45 degreesSetting the dead zone (deadband)Servo travel adjustment left and right separately, approx. 50 - 175%Starting powerCushioningHolding powerID storageThe new HPS servo technologyHigh power with lower power consumption - how does that work?To put it simply: At the beginning of a servo movement (start-up behavior), a significantly larger current pulse is sent to the new HPS servo motor for a very short time than with previous servo motors. However, as the servo movement continues, the HPS motors and associated HPS control developed by Futaba engineers require significantly less energy to maintain performance. This results in a significantly lower current draw from the battery over the operating time, i.e. the operating time is noticeably and measurably longer with the same battery. This advantage can only be used if all the necessary boundary conditions are right and all components are optimally matched to each other. The main concern here is the power supply for the receiving system and the servos.The following information generally applies to every reception position when strong servos are used, but especially when using HPS servos:The power supply must be optimized in each individual component for all occurring conditions. This applies to the entire chain of functions and starts with the choice of battery and ends with the servo. With the HPS servos, the primary concern is to be able to supply the servo with short-term, high impulse currents (peaks) over the entire functional chain (see starting behavior of the HPS servos), and not necessarily with high continuous currents. Only then can the performance of the HPS servos be fully exploited.The power supply must be dimensioned in such a way that a constant, continuous power supply is guaranteed and any voltage fluctuations (caused by current peaks) are kept as low as possible in order to prevent receivers or gyros etc. from "rebooting" (see below).

DKK 2095.00
1