mz-10 transmitter - HoTT 2.4GHz remote control

The Graupner mz-10 remote control is a inexpensive and yet very reliable remote control. The 5 control functions allow the operation of numerous flight models.

The mz-10 has Graupner HoTT technology, a very long range and a wide operating voltage range (up to 4.8 volts). Bright LEDs indicate the channels, the binding status and the model setting (4 types: normal, delta, v-tail or 2 ailerons). The mz-10 has 4 stick modes.

The transmitter antenna is protected and integrated in the handle.

The instructions in German, English, French and Italian are included.

Features:

•     HoTT bi-directional 2.4GHz technology
•     75 hopping frequencies for reliable transmission
•     Largely delay-free control reactions thanks to direct processing
•     Simple operation via 8 bright LEDs
•     Simple and extremely fast binding
•     Easily programmable transmitter and receiver mixer functions
•     Many additional display and programming options in combination with SMART-Box
•     Stick units with ball bearings (8 ball bearings in total)
•     Updateable via USB interface
•     Binding of several receivers possible
•     Dual rate for channels 2 - 4 together 70%/100%
•     4 model aircraft types (normal, delta model, 2 ailerons, V-tail)
•     4 stick modes (Mode 1, Mode 2, Mode 3, Mode 4)

Maximum safety

•     Extremely long range
•     HoTT FHSS, frequency hopping over up to 75 channels
•     Maximum interference immunity thanks to optimized frequency hopping, wide channel spread and antenna diversification
•     Intelligent data transmission with correction function
•     Range test and warning function
•     Undervoltage warning
•     Extremely wide receiver operating voltage range from 3.6 V to 8.4 V (functional up to 2.5 V)
•     Numerous fail-safe functions

Highest precision

•     Shorter response times can be set (10ms period time)
•     No additional delays due to module processors. The entire hopping management is carried out directly by the 32-bit main processor.
•     Synchronous servo run possible due to simultaneous control of the servo outputs in blocks of 4

Unique pilot feeling

•     Largely delay-free control reactions thanks to direct processing
•     Telemetry evaluation in real time
•     Wireless teacher/student function