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Commodore 64 Scene Diskmags Assortment
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Escape_1_Nov._Edition_1989-11-18_-.d64
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2023-02-26
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SUPER HUEY, the ultimate chopper sim.
Manual by TCS
**************************************
** Helicopter Flight Simulator **
**************************************
JOYSTICK CONTROLS:
Using a joystick in port 2, these are
the controls for the helicopter:
With button pressed (Collective mode):
Decrease
LiftThrust
Up
Increase Decrease
Throttle Left Right Throttle
Down
Increase
LiftThrust
Without Button Pressed (Cyclic Mode):
Increase
Forward
Thrust
Yaw Up Yaw
Left Right
Rudder Rudder
NW NE
Bank left left right Bank Right
Yaw Yaw
Left Right
Rudder Down Rudder
Decrease
Forward
Thrust
COMPUTER COMMANDS:
ABT-----abort current mission
ACS-----set automatic course correction
ins---training mission
rsc---rescue mission
exp---exploration mission
com---combat mission
CLM-----displays current climatological
humidity, etc.
DST-----calculates line-of-sight dist.
from take-off point.
GTK-----displays map grid for ground
tracking based on homing signal
transmits directional signal
to the navigation computer
LAR-----load and arm rockets. you have
16 missiles. this also turns
on radar.
MAC-----activate machine guns. 2000
rounds of ammo.
POW-----turn on power
SAF-----send coordinates to base when
landing or in an emergency.
RAD-----turn on radar tracking without
engaging weapons
ARK-----displays grid for radar
tracking and targeting.
VOR-----activate VHF omnidirectional
range recption for navigation
back to base
VSI-----displays digital vertical speed
XXX-----cancel previous command input.
I. Standard Take-off, Flight and
Landing Procedures.
1) Turn on the computer (F1). Enter
ASN and select one of the four
assignments:
A) FLIGHT INSTRUCTION (enter INS)
B) EXPLORATION (enter EXP)
C) RESCUE (enter RSC)
D) COMBAT (enter COM)
The mission will load in - wait a
while unless you have MACH-5 or
FASTLOAD cartridges.
2) Enter POW to turn on power.
3) Start the engine (F3). Increase
Throttle to bring engine RPM to
1600-1700.
4) Engage Rotor clutch (F5). Wait for
RPM.
5) Increase throtige to build rpm to
take-off speed (3000-3100 engine,
300-310 rotor).
6) With engine at proper RPM begin to
stick (collective South). As lift
is attained, watch for wind drift
and stability. Control position
and heading with rudder control
(cyclic NW, NE, SW, SE). Continue
to control pitch angle as
necessary to obtain smooth
vertical movement. Equalize lift
to attain a stationary hover at
20-30 feet.
7) Select heading with the rudder
control and begin moving the
control stick, in cyclic mode,
foward (cyclic North). As some
airspeed is achieved, add more
collective pitch to go into a
climbing foward attitude. Forward
cyclic will increase RPM and back
collective will maintain RPM due
to a throttle link. It is most
important to hold RPM at a
constant rate during cyclic and
collective adjustments. Also,
forward cyclic will tilt the
fuselage forward bringing the nose
attitude with some back cyclic
modification.
Increase forward
thrust and airspeed with the
collectivecontrol rather than
further cyclic control to maintain
stay at safe levels. Keep in mind
that holding the control stick too
result in over-controlling. Make
adjustments small and gradual to
achieve a steady and controlled
rate of change.
8) Bring airspeed to between 70 and
90 knots and continue climbing to
at least 500 feet, a minimum
altitude from which to make an
autorotative landing in the event
of engine failure.
9) Once desired altitude is reached,
decrease collective to a point of
equilibrium to enter straight-and-
indicator and altimeter for steady
10) Once in straight-and-level flight,
with cyclic and collective control
rudders. Watch the magnetic
compass for heading.
11) To return to base, enter a full
180 turn with cyclic West or East.
heading through the turn. Slightly
return heading bring the control
stick back to center and begin
levelling off.
12) Begin the descent by gradually
decreasing pitch. As altitude
begins to fall, maintain airspeed
with the cyclic control. Keep the
rate of descent constant by
collective adjustements. As the
altitude reaches 100 feet, slowly
begin to increase collective pitch
begin applying back cyclic to
"flare" the helicopter, bringing
the nose up and further reducing
the speed of descent. At 10-20
feet, go into a hovering attitude
and bring the ship to 0 airspeed
with the cyclic control
Adjust
pitch to hover and then very
gradually decrease pitch with the
collective to lower the helicopter
touchdown, add some degree of
pitch and increase to cushion the
landing and once on the ground
immediately decrease the pitch to
the FULL LOW position.
13) Cut the engine and power (F7). The
gradually slow to a stop. NOTE:
the engine cannot be started again
complete stop.
Note:
Further reading materials are
available on the flight
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