Overview 
  Graupner MXS-8 HoTT with 4 control functions enables RC model builders to control numerous models.
  The use of the Graupner HoTT 2.4 GHz transmission technology ensures great functional reliability thanks to
  bidirectional communication between transmitter and receiver and ultra-fast controller response times
 
Key Features 
  • Ergonomic handles 
  • 2 switches for programming and add-on functions 
  • Wireless simulator operation via the buzzer signal of the receiver 
  • Mixers via receiver possible 
  • Servo reverse function via receiver software or servo programming 
  • Microcomputer remote control system with state-of-the-art 2.4 GHz Graupner/SJ HoTT technology
  • Bidirectional communication between transmitter and receiver
  • Ultrafast response time through direct data transmission from the main processor to the 2.4-GHz transceiver
  • 4 control functions
  • Throttle mode selectable left or right
  • Range test mode
  • Servo programming setup for Servo reverse and travel
  • Failsafe programming for stop or position at each channel
  • Updatable
  • USB charging socket for batteries
  • Power supply via 3 ea of AA batteries or AA NiMH batteries
  • Model parameters and mixers are set and stored in the receiver
  • SUM signal programmable at the output of the highest channel for L/S, simulators, V-stabilizers 
  • No additional delays due to module processors. The entire hopping management is done directly from the
    main processor
  • USB connection possible
 
Includes 
  MXS-8 
  GR-12 receiver 
  Manual  
  
Graupner HoTT Features 
  • Simple, extremely fast binding 
  • Range test and warning function 
  • Low-voltage warning 
  • Extremely broad receiver operating voltage range from 3.6 V to 8.4 V (functional to 2.5V)
  • Failsafe, free channel allocation (channel mapping); mixer functions and all servo settings can be programmed
    simply with HoTT Smart box or transmitter LCD
  • Binding of any number of receivers for channel expansion (max. of 32 channels)
  • Up to 4 servos can be controlled simultaneously as a block with a signal repetition time of 10 ms
    (only digital servos!)
  • Maximum immunity to interference through optimized frequency hopping and broad channel spread
  • Intelligent data transmission with correction function
  • Extremely fast rebinding, even at max. distance
  • Telemetry analysis in real time
  • Over 200 systems can be used simultaneously
  • Intelligent data transmission with correction function
  • Extremely fast rebinding, even at max. distance
  • Telemetry analysis in real time
  • Over 200 systems can be used simultaneously