Справочник Пользователя для Graupner GmbH & Co. KG MC-20
308 Programming examples - Helicopter models
Helicopter models
With this programming example, you must have
already covered the description of the individual
menus and you must be familiar with the use of the
transmitter. In addition, the helicopter's mechanical
construction should correspond exactly to the
corresponding manual. The electronic capabilities
of the transmitter should by no means be used to
straighten out rough mechanical imprecision.
As is often the case in life, there are also various
ways and possibilities to achieve a specifi c goal
when programming the
already covered the description of the individual
menus and you must be familiar with the use of the
transmitter. In addition, the helicopter's mechanical
construction should correspond exactly to the
corresponding manual. The electronic capabilities
of the transmitter should by no means be used to
straighten out rough mechanical imprecision.
As is often the case in life, there are also various
ways and possibilities to achieve a specifi c goal
when programming the
mc-20
HoTT. The following
example should provide you with a clearer structure
for logical programming. If there are multiple
possibilities, the simplest and most clearly arranged
solutions are recommended fi rst. In order for the
helicopter to function faultlessly later on, you are, of
course, free to try out other solutions which may be
better for you.
for logical programming. If there are multiple
possibilities, the simplest and most clearly arranged
solutions are recommended fi rst. In order for the
helicopter to function faultlessly later on, you are, of
course, free to try out other solutions which may be
better for you.
The programming example is based on the
clockwise-rotating STARLET 50 helicopter from
Graupner with three pivot points each offset 120 °
of the swashplate type "3sv(2 Roll)", beginner
adjustment without increased throttle curve; without
heading-lock gyro system and without transmitter-
side gyro infl uence of the "normal operating mode"
and without speed regulator.
This simple program was also consciously selected
to demonstrate that a helicopter which fl ies really
well can also be attained with relatively little
(programming) effort.
clockwise-rotating STARLET 50 helicopter from
Graupner with three pivot points each offset 120 °
of the swashplate type "3sv(2 Roll)", beginner
adjustment without increased throttle curve; without
heading-lock gyro system and without transmitter-
side gyro infl uence of the "normal operating mode"
and without speed regulator.
This simple program was also consciously selected
to demonstrate that a helicopter which fl ies really
well can also be attained with relatively little
(programming) effort.
However, we do not want to dispense entirely with the
enhancement possibilities: Therefore, after the basic
description, you will fi nd adjustment information for
the gyro effect, the speed regulators and for the fl ight-
phase programming.
enhancement possibilities: Therefore, after the basic
description, you will fi nd adjustment information for
the gyro effect, the speed regulators and for the fl ight-
phase programming.
Note:
If you are not interested in the combustion helicopter
described here, but a electric helicopter, please
continue reading anyhow! With the exception of the
omitted idle settings, you can practically adopt most
of the settings described in the following unchanged.
If you are not interested in the combustion helicopter
described here, but a electric helicopter, please
continue reading anyhow! With the exception of the
omitted idle settings, you can practically adopt most
of the settings described in the following unchanged.
In the scope of the initial commissioning of a new
transmitter, in the selection menu …
transmitter, in the selection menu …
»General basic settings«
(page 256)
Battery type
Battery warning
Touch Sense
Top LCD Contrast
Li-Io
Display light
Region
2
3.60V
0
EURO
unlim.
G E N E R A L B A S I C S E T T I N G S
Owners name
H-J Sandbrunner
Pre-set stick mode
1
Pre-set DSC Output
PPM10
Pre-set Pitch min
rear
Stick warning:
unlim.
Pre-set modulation
Own phase name
Own phase name
HoTT
2
10
Bottom LCD Contrast
0
Own phase name
1
Voice volume
Vario volume
Touch-beeps vol.
7
fr –––
SEL
SEL
7
fr –––
7
fr –––
Power-on/off beep
yes
… some basic information should be entered. This
serves various purposes:
The fi rst three lines of this menu can be used to
individually regulate, in increments between 0 and
10, the volume of voice and signal output emitted via
the built-in loudspeakers or the transmitter's headset
connector. The fourth line of this menu is used to
record the transmitter owner's name Select the
characters for this from an extensive character list on
the second display screen, which can be reached via
serves various purposes:
The fi rst three lines of this menu can be used to
individually regulate, in increments between 0 and
10, the volume of voice and signal output emitted via
the built-in loudspeakers or the transmitter's headset
connector. The fourth line of this menu is used to
record the transmitter owner's name Select the
characters for this from an extensive character list on
the second display screen, which can be reached via