La cativa ani dupa aparitia radiocomenzii profesionale mc-24 care a fost testata si confirmata de mii de ori, Graupner a lansat modelul mc-32 HoTT PRO care contine atat functiile consacrate cat si inovatii si idei noi, adaugate designului complet nou cu rama de aluminiu, care nu este doar un element de design ci este scheletul intregii structuri.
Cu cele 16 canale, Graupner mc32 HoTT PRO permite celor mai avansati in domeniul RC sa controleze aproape orice tip de model. Folosirea tehnologiei de transmisie Graupner HoTT 2.4 GHz asigura fiabilitate functionala prin comunicarea bidirectionala intre emitator si receptor, cu telemetrie intergata, difuzor extern sau casti, si transmiterea comenzilor ultra-rapid.
DESCRIERE ORIGINALA ENGLEZA
Age recommended by manufacturer: 14 years and up
The Set contains:
Graupner HoTT mc-32 microcomputer transmitter with built-in 1S6P 6000 mAh Lilo transmitter battery,
Graupner HoTT 2.4-GHz FHSS module with micro SD card slot for storage of telemetry data, and earphone connection, USB connection, Bluetooth® v2.1+ EDR Modul,
Graupner HoTT GR-32 16-channel receiver,
charger for transmitter battery,
update cable, neckstrap made of 100% nylon and pad made of 100% polyester, embroidery made of 100% cotton, aluminium transmitter case, two 3 position stick switches
Features:
- Integrated Graupner HoTT 2.4 GHz transmission system
- Voice and music output via built-in speaker or headphone jack or Bluetooth® v2.1+ EDR
- Aluminium trim wheels
- Aluminium side rotary controls
- Aluminium joystick parts for rigid joystick mechanics with knurled joysticks and 3-function stick switches
- Simple and extremely fast binding with model-memory-dependent telemetry
- Range test and warning function
- Undervoltage warning
- Extremely wide receiver operating voltage range of 3.6 V to 8.4 V (functional up to 2.5 V)
- Fail-safe, free channel assignment (channel mapping), mixer functions and all servo settings are simple to program
- Binding of any number of receivers for channel expansion (32 channels maximum)
- Up to 7 servos can be controlled simultaneously as a block in a servo cycle time of 10 ms (digital servos only)
- Maximum noise immunity due to optimised frequency hopping and wider channel spread
- Intelligent data transfer including error correction
- Extremely fast rebinding, even at maximum distance
- Real-time telemetry evaluation in the transmitter display
- Additionally, telemetry data can also be selectively displayed by the SMART-BOX
- More than 200 systems can be used simultaneously
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The HoTT technique of bidirectional communication between transmitter and receiver, as well as the fastest possible transmission rate (10 ms), ensure extremely fast response times.
- Additional HoTT features of the mc-32:
- Super-fast response time through use of a fast main processor for data transmission
- Micro SD card for storage of telemetry data and for additional functions
- Update capability via USB interface or micro SD card guarantees future viability
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The LiIo battery supplied has a capacity of 6000 mAh, making extremely long flight times possible and reducing the number of charging processes.
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Wireless teacher/pupil system or can be connected to the DSC socket via a cable as an option
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Modulation changeover via software. This enables you to switch, e.g. from Weatronic (EXT. PPM) to HoTT at the touch of a button.
- Connections for the Weatronic module.
- iFS and Weatronic can be retrofitted.
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5 different languages (German, English, French, Spanish; Italian to follow) available via software update. For the availability of a given language, go to the Download area.
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80 model memories and other storage options on the µSD card
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8 switches/keys , including 2 x 3-position switches, 3 x 2-position switches, 2 long keys, 2 kill switches already installed
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Swashplate limiting: This function limits the swashplate's tilt angle to prevent the potential for mechanical collision in helicopter 3D operation at full-limit roll and pitch axis
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Digital trimming by scroll wheel, can be set either for a specific flight phase or globally
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Zeroing of the digital trimming by simply pressing the scroll wheels
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Auto-trim function. The current joystick positions for trimming fixed-wing or helicopter models will be stored in trim memory at the touch of a button. ("Balance" model, activate switch and release joystick. The correction will be blended in "gently" upon return of the joystick.)
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C1 changeover, brake/elec. motor: This changeover can be implemented very easily via enhanced flight phase programming. The pilot determines the joystick position (forward/rear) at which the motor isto be switched off or the airbrakes are to be retracted.
- 16 proportional control functions maximum
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Simplified arrangement of operating elements, such as joysticks, external switches, proportional controls and trim levers as control functions
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Protection against obsolescence is provided by virtue of a fast 32-bit operating system with modern flash memory that can be updated.
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Blue backlit MULTI-DATA-GRAPHIC LCD monitor with significantly better legibility under unfavourable light conditions
- CONVENIENT MODE SELECTOR for simple switchover of operating modes 1 - 4 (e.g. throttle left/throttle right)
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12 freely programmable mixers for wing or helicopter models, each with freely selectable input and output functions, including 4 curve mixers with innovative 8-point curve technology, easy to set and adjust curve values at up to 8 points for throttle, pitch, tail or other non-linear actuations. The processor in the CPU employs an ingenious method of calculating polynomial approximations for truly-rounded, ideal MPC (multi-point curve) mixer curves
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Shifting curve mixer points can be done along both axes with the rotary control
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8 flight-phase programs can be individually adapted for each model and given a name. The switchover time is programmable separately.
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SUPER SERVO menu with a perfect overview of all servo setting data and simple parameter correction for 4 "levels" (direction of rotation, mid-point setting, separate servo travel on both sides and separate travel limiting on both sides for 16 servos with a total of 96 possible settings)
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SUPER-DUAL-RATE, EXPO and EXPO/DUAL-RATE menu with 36 possible settings for 3 servo functions and 8 flight phases
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Highly practical multi-function menu for fixed-wing and helicopter models. Entry of the number of aileron and flap servos automatically programs all necessary mixer functions in the multi-function "Wing mixers" menu. Differential aileron mixer, butterfly mixer, dual-flap mixer, automatic gyro set function and other special functions
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Helicopter swashplate mixer for 1, 2, 3 or4-point steering.
- Selectable cycle time: 10 ms, 20 ms, 30 ms or 40 ms, depending on receiver and operating mode
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A convenient timers menu with a system of 8 stopwatches, alarm timer, countdown timer, laps counter and so on. 2 running timers and 1 lap/running timer can be displayed at the same time in large characters.
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Stopwatch with history: in addition to the lap counter there is a time1 which captures the ON time and a time 2 which records the ON and OFF times separately
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The transmitter's operating time timer is automatically reset to zero by the battery charging process.
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Flight phase switch assignments: now 6 switches, 2 with priority function. Every switch combination can be named freely. This makes the number of flight phases independent of the number of flight phase switches.
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Linearising switchplate servos: electronic compensation for non-linear travel of swashplate rotary servos.
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Tail type normal, V-tail, Delta/flying-wing and 2 EL Sv 3+8(which immediately makes 2 coupled elevator servos available without using free mixers or dual mixers)
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Flap count up to 4 AIL/4 FL: Full support of 8 wing servos, now even without use of free mixers.
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Flight phase switching delay, can be switched off: the delay time can be switched off for individual channels flight phase by flight phase (e.g. for motor off in electric models or to activate/deactivate helicopter head lock).
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16 phase names:.
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Fixed-wing mixer: New concept for the multi-flap menu to simplify settings of up to 8 wing servos on a flight-phase-specific basis in a comprehensible manner without requiring the use of free mixers.
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Number of flight phases: (fixed-wing: 8, helicopter: 7 + AR)
- Phase trim
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Switchable Snap-Flap mixer EL => FL with a new offset function for easy course corrections and fast turns
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3 ring limiters for Voith-Schneider and similar drives
- Logical switches
- Trim memory
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Multi-channel function to expand channels for up to 14 additional channels
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Channel sequencer for 3 channels for folding motors and landing gear doors
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Swapping of servo assignment at receiver output on transmitter side and receiver side
General HoTT features:
- Simple and extremely fast binding
- Range test and warning function
- Undervoltage warning
- Extremely wide receiver operating voltage range of 3.6 V to 8.4 V (functional up to 2.5 V)
- Fail-safe, free channel assignment (channel mapping), mixer functions and all servo settings are easy to program with the internal telemetry
- Binding of any number of receivers for channel expansion (32 channels maximum)
- Up to 4 servos can be controlled simultaneously as a block in a servo cycle time of 10 ms (digital servos only)
- Maximum noise immunity due to optimised frequency hopping and wider channel spread
- Intelligent data transfer including error correction
- Extremely fast rebinding, even at maximum distance
- Real-time telemetry evaluation
- More than 200 systems can be used simultaneously
- Update capability via USB interface or micro SD card guarantees future viability
NEW:
Safety:
FHSS, frequency hopping over up to 75 channels
Maximum interference immunity through optimised frequency hopping, wider channel spread and antenna diversification
Intelligent data transfer including error correction
Extremely wide range
Range test and warning function
Undervoltage warning
Extremely wide receiver operating voltage range of 3.6 V to 8.4 V (functional up to 2.5 V)
Numerous fail-safe functions
Key-log function to prevent unintentional changes to menus
Precision:
Shorter response times can be set (10 ms period time)
No additional delays due to module processors All hopping management is handled directly by the 32 bit main processor.
Synchronous servo operation made possible by simultaneous control of servo outputs in blocks of 4
Pilot feeling:
Essentially delay-free control responses due to direct processing
Real-time telemetry evaluation
Optional voice output for timers, telemetry data and warnings via headset connector
Repeat function and continue function for voice output can be programmed via freely assignable switches
Pre-selection of voice output to be used
Separately adjustable volume for beeps and voice output
Integrated telemetry display with 8 x 21 characters or 128 x 64 pixels, optionally in text or graphics form
Duration of display lighting: ALWAYS, 30 s, 60 s, 90 s, 120 s
Micro SD card slot for storage of telemetry data similar to a black box and for expansion of model memories
PC software for analysis or display of downloaded telemetry data
Buzzer signal programmable for peak T/P function receiver output, satellite receiver, simulators, flybarless stabilization systems, etc.
Model-memory-dependent binding, except for copied model memories
Wireless teacher/pupil function
3 flight phases programmable
Swashplate limiter
Motor off function
Numerous fixed-wing and helicopter mixers
Other features:
Simple and extremely fast binding
Free channel assignment (channel mapping), transmitter and receiver mixer functions and all servo settings are simple to program
Binding of any number of receivers for channel expansion (16 channels maximum) The last receiver bound sends the telemetry data.
Update capability via PC interface guarantees future viability
