Product information
Professional high-tech micro-computer radio control system, internal 32-bit
CPU running at 17 MHz clock speed, high-speed precision A/D converter,
SUPER-SOFT MEGA-ROM system with max. 4 Mbit memory, new type of Dual Function
Roary Encoder exploiting 3D Rotary Select programming technology.
MEGA-SOFT-ROM. High-speed single-chip controller with internal 32-bit CPU
running at 17 MHz clock speed and high-speed precision A/D convertor. 40 model
memories in the basic version. DUAL FUNCTION (3D) Rotary Encoder works in
conjunction with 14 programming buttons and screen monitor to provide
straightforward but highly convenient programming. MULTI-DATA high-resolution
GRAPHIC LCD SCREEN keeps the user completely informed at all times; gives
accurate graphical representation of multi-point curves for throttle,
collective pitch, tail rotor etc., EXPO/DUAL RATE functions and mixer
characteristic curves. 4 selectable modes of modulation SPCM 20 Super PCM
modulation with high system resolution of 1024 steps per function. Receivers:
smc-19 and smc-20 PCM 20 System resolution of 512 steps per function.
Receivers: mc-12 S, mc-18 S, mc-20 S PPM 24 New PPM multi-servo transmission
mode for simultaneous operation of 12 servos. Receiver: DS 24 FM S PPM 18 Most
widely used standard transmission mode (FM and FMsss). Receivers: C 12 FM S, C
16 FMsss, C 16 FM S, C 17 FM S, C 18 FM S, C 19 FM S, DS 18 FM S, DS 19 FM S,
DS 20 FM S. Programs used in the highly successful mc-20 system, now furhter
developed, supplemented by the latest input and set-up technology with clear,
easily comprehensible display information, produced by a team of experienced
software developers and renowed world-class R/C pilots. Multi-function menus
for fixed-wing and helicopter models, optimised for real, practical
applications. 12 freely programmable MIXERS for fixed-wing, models and
helicopters, each with freely selectable input and output functions, 4 of them
curve mixers. 4 CURVE MIXERS exploiting a new type of 7-point curve technology
in 0.5% steps. Curve values are easy to set and fully variable, offering 7
points for throttle, collective pitch, tail rotor and other non-linear
movements. Using and ingenious polynomial approximation process the CPU
calculates the ideal rounded mixer curve (MPU-multi-point curve). The net
result is a simple, practical method of adjusting the carbur rettor,
swashplate, tail rotor curve etc. to interact correctly with each other.
The transmitter is delivered as picture shows.
