Difference between revisions of "H-34 Choctaw/General"

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|dc
 
|dc
 
|Close all doors
 
|Close all doors
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|-
 
−
|g/gd/gu
 
−
|Toggle gear/Gear down/Gear up
 
 
|-
 
|-
 
|rb/rb0/rb1
 
|rb/rb0/rb1
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|s''n'' ''switch-name''
 
|s''n'' ''switch-name''
 
|Set rotary or three position switch to position n.
 
|Set rotary or three position switch to position n.
 +
|-
 +
|com1 ''freq''
 +
|Set the COM1 radio frequency to ''freq''
 +
|-
 +
|com2 ''freq''
 +
|Set the COM2 radio frequency to ''freq''
 +
|-
 +
|hf ''freq''
 +
|Set the HF radio frequency to ''freq''
 +
|-
 +
|alt ''nn.nn''
 +
|Set the altimeter setting to ''nn.nn''.
 
|-
 
|-
 
|ap ''cmd''
 
|ap ''cmd''
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|nav ''cmd''
 
|nav ''cmd''
 
|Navigation/VOR command
 
|Navigation/VOR command
−
|-
 
−
|gps ''cmd''
 
−
|GPS command
 
 
|-
 
|-
 
|wind ''cmd''
 
|wind ''cmd''
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==== Fine Control ====
 
==== Fine Control ====
 
The "fc" chat command or "q" gesture toggles fine control mode for key commands. This can be useful when higher precision is need such as for making an accurate landing on a small platform. When in fine control mode, the effect of control keys are halved.
 
The "fc" chat command or "q" gesture toggles fine control mode for key commands. This can be useful when higher precision is need such as for making an accurate landing on a small platform. When in fine control mode, the effect of control keys are halved.
−
 
−
==== Engine Control Levers ====
 
−
 
−
Engine control chat commands begin with "ec" and the engine number (1 or 2) followed by a suffix for the action to perform with the lever.  A "+" will increase the lever either by 10%, or to the next stop.  A "-" will decrease the lever by 10%, or to the next stop.  For example:
 
−
 
−
ec1+
 
−
 
−
will increase the engine #1 throttle by 10%.  You can also specify a specific throttle setting with a "/" followed by the setting in percent.  For example:
 
−
 
−
ec2/70
 
−
 
−
will set the throttle for engine 2 to 70%.  In place of the percent, you can also use the letters "s" for stop (0%), "i" for idle (21%), "m" for min rpm (39%) and "f" for full/normal operating speed (63%).  For example:
 
−
 
−
ec1/i
 
−
 
−
will set engine #1 to idle speed.
 
−
 
−
==== Emergency Throttle Levers ====
 
−
 
−
In addition to the standard engine control levers, there are two emergency throttle levers.  Emergency throttle chat commands begin with "ef" and the engine number (1 or 2) followed by a suffix for the action to perform with the lever. A "+" will increase the lever by 1%, and a "-" will decrease the lever by 1%.  In addition you can add a "/" followed by the percent travel of the lever.  For example:
 
−
 
−
ef1+
 
−
 
−
will increase the Engine #1 emergency throttle by 1%, and:
 
−
 
−
ef2/50
 
−
 
−
will set the Engine #2 emergency throttle to 50%.
 
  
 
=== Gestures ===
 
=== Gestures ===
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|-
 
|-
 
|x||Pedal right
 
|x||Pedal right
 +
|-
 +
|r||Increase throttle
 +
|-
 +
|v||Decrease throttle
 
|}
 
|}
−
 
−
=== Engine Control and Emergency Throttle Operation ===
 
−
 
−
[[File:S61R-Engine-Controls.png|thumb|right|
 
−
<figure id="fig:engineControls"><caption>Pelican engine controls overlay.</caption></figure>
 
−
]]
 
−
 
−
Engine control levers and emergency throttles are located on the forward overhead panel between the pilot and copilot seats.  In normal operation, only the yellow engine control levers are used.  To operate the levers, click in the general area of the lever to bring up the control overlay (see <xr id="fig:engineControls" />).  Once the overlay is active, clicking on one of the scales will move the lever under it to the selected position.  To dismiss the control overlay, you can click the "X".
 
−
 
−
==== Engine Control Levers ====
 
−
 
−
The blue scales in the center part of the overlay are used for the engine control levers.  Clicking on one of the one of the wide blue scales will move the lever under it to the selected position.  There are stops at "SHUT OFF", "GRD IDLE" (ground idle) and "MIN GOV" (minimum governed) positions.  Above "MIN GOV", the engine control lever is analog and can be placed at any position to operate the engine at a specific RPM.  A "100% SPEED" marking shows the approximate position for 100% RPM.  In normal operations, RPM should be between 90% and 110%.
 
−
 
−
Next to each engine scale is a narrower "trim" scale.  Clicking on the trim scale will nudge the engine control in the indicated direction relative to the center point.  The further you click from the center point of the scale, the larger the nudge will be.
 
−
 
−
Between the two throttles is a paired scale.  Clicking on this scale will move both engine control levers to the indicated position.
 
−
 
−
The engine control levers do not directly control the throttles on the engine.  Instead they command a fuel controller to maintain a specific RPM.  As the load on the engine is increased, the throttle is opened to maintain that RPM.
 
−
 
−
==== Emergency Throttle Levers ====
 
−
 
−
On the outside of the engine control quadrant are two emergency throttle levers.  In normal operation, they are left in the CLOSED position.  In the event of a fuel controller failure, the throttle will "stick" in its position when the controller failed.  The emergency throttle levers have a mechanical linkage that allows them to open the throttle beyond the point where it failed, but the throttle cannot be closed through use of the emergency throttles.  In practice, the first part of travel of the emergency control lever will have no effect until it is opened beyond the point of the stuck position.
 
−
 
−
When using an emergency throttle in flight, care should be taken to make collective movements as slow and gradual as possible to avoid overspeeding the engine.  Adjustments to the collective or an emergency throttle should always be done while monitoring engine and rotor rpm.
 
−
 
−
To move an emergency throttle, click on one of the red scales of the engine control overlay.  The large scales move the throttle to the selected position, while the smaller scales next to it are for trim, nudging the throttle in the indicated direction.
 
  
 
=== Switch Operation ===
 
=== Switch Operation ===
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]]
 
]]
  
−
The Pelican has a number of three-state "toggle" style switches (see <xr id='fig:toggle3' />). The switch positions are numbered with "0" as the top position and "1" as the center position, and "3" as the edge positions.  Toggles are moved by click over the area you want it to switch to, near the top for position 0, the center for position 1 and the bottom for position 2. They can be controlled with the following chat commands:
+
The S-58 has a number of three-state "toggle" style switches (see <xr id='fig:toggle3' />). The switch positions are numbered with "0" as the top position and "1" as the center position, and "3" as the edge positions.  Toggles are moved by click over the area you want it to switch to, near the top for position 0, the center for position 1 and the bottom for position 2. They can be controlled with the following chat commands:
  
 
{| class=wikitable
 
{| class=wikitable
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|s2 ''name'' ||Move switch to bottom position
 
|s2 ''name'' ||Move switch to bottom position
 
|}
 
|}
−
 
  
 
===== Rocker Switches =====
 
===== Rocker Switches =====
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===== Rotary Switches =====
 
===== Rotary Switches =====
 
[[File:S61-knob.png|thumb|100px|
 
[[File:S61-knob.png|thumb|100px|
−
<figure id="fig:knob"><caption>Rotary Switch</caption></figure>
+
<figure id="fig:knob"><caption>Rotary Switch (Type 1)</caption></figure>
 +
]]
 +
[[File:S58-mags.png|thumb|100px|
 +
<figure id="fig:knob2"><caption>Rotary Switch (Type 2)</caption></figure>
 
]]
 
]]
  
  
−
Rotary switches have varying numbers of discrete positions and are controlled with a rotating knob. The positions are numbered start with zero at the most counter-clockwise position and increase in a clockwise direction. For example in the knob shown in the figure to the left the FWD setting is position 0, and the ALL setting is position 4. Knobs are moved interavtively by clicking on them. The side on which you click, relative to the indicating line, determines the direction of rotation.
+
Rotary switches have varying numbers of discrete positions and are controlled with a rotating knob. The positions are numbered start with zero at the most counter-clockwise position and increase in a clockwise direction. For example in the knob shown in <xr id="fig:knob" /> the FWD setting is position 0, and the ALL setting is position 4. Knobs are moved interactively by clicking on them. The side on which you click, relative to the indicating line, determines the direction of rotation.  Some rotary switches such as those shown in <xr id="fig:knob" /> can also be controlled by click on the text around the switch.
  
 
{| class=wikitable
 
{| class=wikitable
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|-
 
|-
 
|s''n'' ''name'' ||Set rotary switch to position ''n''.
 
|s''n'' ''name'' ||Set rotary switch to position ''n''.
−
|}
 
−
 
−
===== Joysticks =====
 
−
[[File:S61-search-joy.png|thumb|100px|
 
−
<figure id="fig:joystick"><caption>Joystick</caption></figure>
 
−
]]
 
−
 
−
 
−
Joysticks are controls that can be moved in any direction.  Joystick commands will "nudge" the joystick in the specified direction with the joystick returning to neutral after a few moments.
 
−
 
−
{| class=wikitable
 
−
!Command
 
−
!Description
 
−
|-
 
−
|j''dir'' ''name'' ||Nudge joystick in direction ''dir'' where ''dir'' is one or more of f,b,r,l for forward, back, right, left.
 
 
|}
 
|}
  
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−
The S61R is compatable with GTFO using the code KSPELICAN.
+
The S58 is compatible with GTFO using the code SAKS321103XS58.
  
 
=== Weather Commands ===
 
=== Weather Commands ===
  
−
Weather chat commands can be used to set visibility conditions.  When in IMC, the inside windows will be made opaque to simulate flight in fog or clouds. You can also set a "ceiling", the height of the cloud layer. This feature can be used in conjunction with the ILS approach system.
+
Weather chat commands can be used to set various weather related conditions.  See [[H-34_Choctaw/All_Weather_Operations|SECTION 11. ALL WEATHER OPERATIONS]] for details.
−
 
 
−
{| class=wikitable
 
−
!Command
 
−
!Description
 
−
|-
 
−
|wx vmc ||Sets the current weather to VMC (Visual Meteorological Conditions)
 
−
|-
 
−
|wx imc ||Sets the current weather to IMC (Instrument Meteorological Conditions)
 
−
|-
 
−
|wx ceil ''n'' ||Sets the current ceiling to the specified height in feet
 
−
|}
 

Latest revision as of 00:58, 16 September 2021

SECTION 1. GENERAL

1 N-NUMBER ASSIGNMENT

When you rez your aircraft for the first time, it will attempt to contact registration server and assign you a unique N-number. If for some reason the server cannot be contacted, the aircraft will retain the "N-TEMP" registration. You can attempt to register again either by rerezing the aircraft, or by going to the @REGISTER menu and selecting the [Register Now] button. When an aircraft has not been registered, the @REGISTER will be available on the main menu. Once the aircraft is registered, you can access the @REGISTER menu as a sub-menu of the @Admin menu. You can also request a different N-number through the @REGISTER menu. Select the [N Number] button and enter an N-Number request. The N-number must be in a valid format, and must not be assigned to another aircraft. Valid N-Numbers must begin with an "N", followed by 3 to 5 alpha-numeric digits (however, only the last two digits may be letters). Alternatively you can select one of several international registration formats such as L-LLLL or LL-LLL where the "L" are letters, or a militaty format with five numeric digits.

2 CONTROLS

This aircraft supports two separate control schemes: Keyboard-based and HUD-based. The control scheme is set in the @Options menu. Regardless of the scheme selected, controls can also be moved through the HUD by pressing and holding the left mouse button and dragging the appropriate slider in the HUD. In both control schemes, some key commands are activated through gestures included in a box as part of the product carton. Key commands requiring a gesture are marked with a [G] in the key command lists below.


2.1 CONTROLS LAYOUT "K" (KEYBOARD)

Keyboard control features a traditional layout with the cyclic controlled by the arrow keys.

Key Description
Left/Right/Up/Down (or A/D/W/S) cyclic (Left/Right/Forward.Back)
PgUp/PgDown (or E/C) Collective (Up/Down)
L. Mouse + Left/Right (or A/D) Pedals (left/right)*
Shift-Left/Shift-Right Alternate pedal control (not available in mouselook)
Z/X Alternate pedal keys (left/right) [G]
. Center cyclic [G]
p Toggle camera view [G]
  • NOTE ON PEDALS: Because the left mouse button is intercepted by the touch scripts in the heli, the L.Mouse + Arrow key combination will only work in mouselook, or in external view modes. There is also a "mouselook touch" mode that is toggled by the "mlt" chat command. This toggles whether mouse clicks while in mouselook affect switches and buttons in the cockpit, or are used for pedals.

2.2 CONTROL LAYOUT "H" (HUD)

HUD control is designed to be used with the left hand on the WASD buttons, and right hand on the mouse controlling the cyclic in the HUD (by dragging the red dot on the HUD). It is also possible to use gestures for the JKLI buttons to control cyclic with the mode.

Key Description
Up/Down (or W/S) Collective up/down.
Left/Right (or A/D) Anti-torque pedals.
J/L/I/K *Cyclic left/right/forward/back. [G]
. Center cyclic [G]
p Toggle camera view [G]


3 CAMERA

The default camera position is inside the cockpit with a view through the front glass. It is also possible to switch to an outside "follow cam" view by typing "cv" or wear the "cameraViews" gestures and use "p" key to toggle views. An additional overhead view can be selected with the "cv2" command. In addition, it is possible to fly in mouselook when using one of the keyboard based flight control methods.

4 Mouselook Touch

Because of SL limitations, it is not possible to use the mouse button for both clicking on controls, and using it to modulate the Left/Right keys to be used for the anti-torque pedals. For this reason, most Shergood helicopters use the "mlt" chat command to toggle the functionality of the left mouse button between being used to click on controls, and being used for pedal control.

Note: Some common mesh attachments can interfere with MLT, if you experience issues with the aircraft not responding to touches in MLT, remove all mesh attachments and reattach them one at a time to identify the one causing it.

5 CHAT COMMANDS

5.1 General

Chat commands may be issued on local chat, or on the channel /2973 for use in gestures.

5.2 Command Summary

Command Description
help Get link to aircraft documentation.
menu Post the main menu
cycen Center the cyclic
pedcen Center the pedals
cv/cv0/cv1/cv2/cv3 Change camera view: toggle/cockpit/behind/overhead/underside
fc/fc0/fc1/fc2 Fine control: toggle/off/fine/very-fine
dc Close all doors
rb/rb0/rb1 Toggle rotor brake/Rotor brake on/Rotor brake off
mlt Toggle "mouse look touch"
qstart Do a quick start (skip full start procedure)
qstop or stop Do a quick shutdown (skip full shutdown procedure)
hud Get copy of hud
winchhud/hoisthud Get copy of hoist hud
checklist Bring out or stow the checklist
s switch-name Toggle the switch named "switch-name"
s1 switch-name Turn on the switch named "switch-name"
s0 switch-name Turn off the switch named "switch-name"
sn switch-name Set rotary or three position switch to position n.
com1 freq Set the COM1 radio frequency to freq
com2 freq Set the COM2 radio frequency to freq
hf freq Set the HF radio frequency to freq
alt nn.nn Set the altimeter setting to nn.nn.
ap cmd Autopilot command
x cmd Transponder command
nav cmd Navigation/VOR command
wind cmd Set wind model for on-water behavior.
w cmd Winch/Hoist command
wx cmd Weather command

5.3 Quick Start

Like all Shergood aircraft there is a command, "qstart", to start the helicopter quickly. In order to use this command, there must be someone sitting in the pilot seat. Note that the qstart command works by initiating a script that configures the helicopter for flight and does not instantly put the helicopter in a flyable state. The script includes pauses to wait for various systems to spin up to speed such as the APU, each engine and the rotor system. Once issuing the qstart command, it is recommended to wait for the rotor system to reach 100% before attempting flight.

The qstart command does not by default correct any failed systems. Some system failures may prevent the qstart process from completing. In this case, there will be a message in local chat informing that qstart has timed out. You can correct failed components either by clicking on the component or using the "Repair All" button from the "@Cheat" menu.

5.4 Fine Control

The "fc" chat command or "q" gesture toggles fine control mode for key commands. This can be useful when higher precision is need such as for making an accurate landing on a small platform. When in fine control mode, the effect of control keys are halved.

6 Gestures

Key Description
p Toggle camera view
shift-c Collective full down
t Toggle mouselook touch
q Toggle fine control
. Center cyclic
I Cyclic forward
J Cyclic left
K Cyclic back
L Cyclic right
z Pedal left
x Pedal right
r Increase throttle
v Decrease throttle

7 Switch Operation

7.1 General

The switch names can be used to control the switches from chat commands or gestures. The chat commands for the various switch types are described below.

7.1.1 Toggle switches
Figure 1: Toggle Switch

Toggle switches are simple two position switches, in most cases with an ON and OFF position (a small subset are selectors between two options). Commands for toggle switches are:

Command Description
s name Toggle a switch
s1 name Move a switch to the ON position.
s0 name Move a switch to the OFF position.
7.1.2 Three-Position Toggle Switches
Figure 2: Three-Position Toggle Switch

The S-58 has a number of three-state "toggle" style switches (see Figure 2). The switch positions are numbered with "0" as the top position and "1" as the center position, and "3" as the edge positions. Toggles are moved by click over the area you want it to switch to, near the top for position 0, the center for position 1 and the bottom for position 2. They can be controlled with the following chat commands:

Command Description
s0 name Move switch to top position
s1 name Move switch to center position
s2 name Move switch to bottom position
7.1.3 Rocker Switches
Figure 3: Rocker Switch

The Pelican has a number of three-state "rocker" style switches. The switch positions are numbered with "0" as the center position and "1" and "2" as the edge positions. Rockers are moved be clicking on one half of them. Each click moves it one position. Some rocker switches are "spring loaded" on one side or the other. For example the APU switch has an START, RUN and OFF positions with the START position being spring loaded. They can be controlled with the following chat commands:

Command Description
s0 name Move switch to center position
s1 name Move switch to edge position 1
s2 name Move switch to edge position 2

Note that chat commands with spring-loaded switches will not automatically return to the center position. You must explicitly use an "s0" command after a delay. This is to allow you to control the delay in gestures.

7.1.4 Rotary Switches
Figure 4: Rotary Switch (Type 1)
Figure 5: Rotary Switch (Type 2)


Rotary switches have varying numbers of discrete positions and are controlled with a rotating knob. The positions are numbered start with zero at the most counter-clockwise position and increase in a clockwise direction. For example in the knob shown in Figure 4 the FWD setting is position 0, and the ALL setting is position 4. Knobs are moved interactively by clicking on them. The side on which you click, relative to the indicating line, determines the direction of rotation. Some rotary switches such as those shown in Figure 4 can also be controlled by click on the text around the switch.

Command Description
sn name Set rotary switch to position n.

8 GTFO

The S58 is compatible with GTFO using the code SAKS321103XS58.

9 Weather Commands

Weather chat commands can be used to set various weather related conditions. See SECTION 11. ALL WEATHER OPERATIONS for details.

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