35 / 40 MHz transmitter Transmission system: APCM24+8/SPCM20/PCM20/PPM10/PPM18/PPM24/PPM36 Radio Frequency section: Synthesizer (10 kHz channel spacing 35/35 B-band or 40/41 MHz band) Channel spacing: 10 kHz Control functions, max. APCM=24+8, SPCM 20=10, PCM20=5,PPM18=9, PPM24=12, PPM36=16, 4 proportional, with trims, 4 proportional, 2 switched Channel pulse width: 1.5 ms +/-0.4 ms Control travel resolution (servo travel): APCM/SPCM 10-bit, PCM 9-bit Aerial: Telescopic aerial, ten-section, approx. length 1150 mm Operating voltage: 9.6 ... 12 V D.C. Current drain approx. 70 mA (excl. RF module) Operating voltage: 7.4 V (2 LiPo cells) Current drain approx. 170 mA Temperature range: -15 ... +55°C Aerial, SMA connector Weight approx. 1350 g (excl. transmitter battery)

Four-language dialogue menu (German, English, French, Italian) The LiPo battery supplied offers a capacity of 4500 mAh, allowing extremely long flight times and reducing the required frequency of charging. Internal plug-in transmitter modules, switchable by software Now you can switch from 35 MHz to 2.4 GHz and back simply by pressing a button iFS version: bi-directional communication between transmitter and receiver, plus ultra-fast transmission rate for extreme servo response Ultra-fast PPM10 modulation for Pico receivers as used in indoor models, fun-flyers, small helicopters, model cars and similar, i.e. models which are controlled using no more than five servos. The reduced cycle time produces extremely fast response to control commands. The APCM24+8 operating mode provides control of twelve servos working completely simultaneously, and an additional eight switched functions; fully downward-compatible with previous APCM technology Swashplate limiting: this function limits the angle of inclination of the swashplate, and prevents it striking other mechanical parts when full roll and pitch-axis commands are applied during 3-D helicopter flying. Digitals trims with "analogue" endless wheel controls, with flight phase specific or global effect, separately variable for each function Auto-Trim function: a means of storing the current stick positions with a single button-press when a fixed-wing model or helicopter is being trimmed: the pilot uses the sticks to set the model "straight and level", operates the switch, and then releases the sticks again. The correctionis then "blended in smoothly" when the pilot lets go of the sticks. Ch1 switch: airbrake / electric motor: expanded flight phase programming makes it child's play to set up this method of switching: the pilot decides the stick position (forward/back) at which the motor is switched off and the airbrakes are retracted. Automatic transmitter control assignment, simply byoperating the appropriate control Maximum of sixteen proportional control functions available in PPM and PCM modes, and - of course - also in 2.4 GHz iFS mode Simplified method of assigning control elements such as sticks, external switches, proportional controls and trim levers as transmitter controls Future-proof design with update-capable operating system and modern flash memory. No memory back-up battery required Backlit MULTI-DATA GRAPHIC LCD monitor with significantly improved legibility in difficult lighting conditions CONVENIENT MODE SELECTOR: simple method of switching between operating modes 1-4 (e.g. throttle left/throttle right) Twelve mixers, freely programmable for fixed-wingmodels and helicopters, with freely selectable input and output functions, including four curve mixers exploiting a new form of eight-point curve technology in 0.5% increments.Easily set and defined curve values for up to eight points, for throttle, collective pitch, tail rotor or other non-linear travels. The CPU's processor exploits an ingenious polynomial approximation procedure to calculate the ideal, correctly rounded MPC (multi-point curve) mixercurve. Curve mixer point offset possible in both axes using the rotary control Eight flight phase programs can be set up individually for each model, and can be assigned names; the transition time is programmable separately SUPER SERVO menu provides a sophisticated overview of all servo set-up data, and simple parameter correction forfour levels: direction of rotation, centre point, servo travel (separately for each side of centre) and travel limit (separately for each side) for twelve servos, with a total of 72 set-up points SUPER DUAL-RATE, EXPO and EXPO / DUAL-RATE menu with 36 possible set-up variants, for three servo functions and six flight phases Practical, carefully optimised multi-function menusfor fixed-wing models and helicopters. Entering the number of aileron and flap servos automatically programs all the appropriate mixer functions in the multi-function fixed-wing menu: differential aileron mixer, butterfly (crow) mixer, dual-flap mixer, automatic gyro set function and other special functions Helicopter swashplate mixers for 1-point, 2-point, 3-point or 4-point linkage Selectable types of modulation PPM 10 Fast PPM modulation for mini-receivers as used in slow-fly model aircraft, small helicopters and RC cars PPM 18 Popular PPM modulation (FM and FMsss) for up to nine servos PPM 24PPM 24 modulation for use with up to twelve servos PPM 36PPM 36 modulation for use with up to sixteen servos SPCM 20SPCM modulation with high system resolution of 1024 steps; for ten servos PCM 20PCM with a system resolution of 512 steps APCM 24For accurate synchronised running of up to twelve servos and a system resolution of 1024 steps APCM 24+81024-step resolution catering for twelveaccurately synchronised servos and eight switched channels Help button with valuable hints and tips for programming, available in any menu when selected Convenient Timer menu: eight stopwatch systems, alarmtimer, count-down timer, lap counter etc. Two times and one lap time can be displayed simultaneously in large characters Stopwatch with history: in addition to the lap counter there is a Time 1, which records the power-on time, and a Time 2, which records the ON and OFF switched times separately Transmitter operating hours timer, resets to zero automatically when the transmitter battery is recharged Flight phase switch assignment: six switches, of which two have priority function The name of each switch combination is freely selectable, i.e. the number of flight phases does not depend on the number of flight phase switches available UNDO function in the Copy / Erase menu: programming steps can be reversed Linearisation of swashplate servos: electronic compensation for non-linear travel of rotary-output swashplate servos Tail type: normal, V-tail, delta / flying wing, 2 ELE Sv 3+8 (the latter automatically caters for two linked elevator servos, without the use of free mixers / dual mixers) Wing flap count: 2 AIL / 4 FL: Full support for sixwing-mounted servos, now also without the use of free mixers Switchable flight phase transition delay: for individual channels the delay time can be switched off for particular flight phases (e.g. for motor-off in the case of electric models, or activate / disable heading lock in the case of helicopters) Ten additional user-defined phase names: in addition to the standard, pre-defined flight phase names the user can now enter up to ten of his own phase names without restriction Expanded transmitter control menu: option of centre offset for Ch1 control + trim at the input side, assigned as transmitter control. Two switches can be assigned to one input to provide a genuine three-stage function Fixed-wing mixers: redesigned multi-flap menuprovides an ultra-simple, easily understood method of setting up a maximum of six wing-mounted servos separately for each flight phase, without the use of free mixers »Info« sub-point in the Basic Model Settings menu: at this point you can enter a small amount of supplementary information (max. fifteen letters or characters) and assign it to each model; this additional information then appears at the revised Model Select point. »Logical switches«: this function makes it possible to link two switches using "and" or "or"logic, and the result can then be used as a virtual switch. Typical applications: you require certain functions to be capable of activation according to the status of other functions (e.g. wheel brakes only activated when the undercarriage is extended); several functions which are normally switched independently of each other are required to move to a basicposition when an "emergency switch" is operated. The automatic program can be activated by several switches, which at the same time are used to select the program. Display of type of modulation on the LCD screen Expanded servo centre adjustment rangeAdjustment range expanded to +/- 125% Number of flight phases: (fixed-wing: 8, helicopter:7 + AR) Variable »Throttle too high« warning threshold in the helicopter menu, programmable power-on warning Revised Timer Clear function: the other timers are reset even if individual timers are still running Slot time can be stopped simultaneously using RUN + STOP, and can also be erased in the same way Phase trim now possible on all axes of fixed-wing model aircraft Hot-key for servo display: a brief press on the rotary control calls up the servo display from virtually any menu Servo assignment swap at receiver output Rotary control Enter function: the software now interprets a brief press of the rotary control as Enter. In the Model Select and Function Select menus it is possible to select and call up points using the rotary control alone Warning beep and pop-up display if Trainer connection is inoperative (lead not correctly connected, or similar defect); volume variable for each model Inverse-video display if timer overruns, makes it easier to see timer status at a glance Model type icon: graphic display of model type (fixed-wing / helicopter) Name input made easier through clearly arrangedcharacter table Sockets installed as standard for PC interface, Profi-Trim, Nautic module, DSC system, prepared for Trainer mode operations, rev-counter Trainer system with full control transfer; all settings carried out at the Teacher transmitter.

mc-32 micro-computer transmitter on the appropriate frequency band, with integral LiPo transmitter battery and Aluminium case

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