Test/ProSim737SuiteManualSHORT

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ProSim737

User Manual


201604 (N201501)

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User Manual






1

Table of contents


01. Introduction

01.01 ProSim737 User Manual layout

01.02 Introduction

01.02.01 What is the ProSim737 Suite?

01.02.02 ProSim737 Suite architecture

01.02.03 ProSim737 Suite module overview

01.02.04 Typical simulator computer setup

01.04.07 Updates

01.04.08 Support

01.05.03 Modules startup

01.05.04 Modules shutdown

01.06 Terms & Conditions

01.07 Abbreviation list

01.07.01 Abbreviation

02 Installation Prerequisites

02.01 Minimum computer hardware requirements

02.02 Software requirements

02.02.01 Operating system requirements

02.02.02 .Net framework

02.02.03 Simulator Platform - Microsoft® Flight Simulator™

02.02.03 Simulator Platform - Lockheed Martin Prepar3D®

02.02.03 Simulator Platform - Laminar Research X-Plane

02.02.04 FSUIPC

02.02.05 SimConnect

02.02.06 ProSim737 Plugin for X-Plane

02.03 Required user rights

03. How to Install the ProSim737 Suite

03.01 Download the ProSim737 software from the ProSim-AR website.

03.02 Extracting the ProSim737 Suite zip file.

03.03 Installing FSUIPC in Flight Simulator

03.04 SimConnect

03.05 X-Plane plugin

03.06 Antivirus

04. ProSim737 System

04.01 General description

04.02 ProSim737 System Interface

04.03 Modelled systems in Prosim737 System

04.03.1 Electrical systems

04.03.02 Pneumatic

04.03.03 Fuel system

04.03.04 Hydraulic system

04.03.05 Heating system

04.03.06 Fire detection

04.03.07 Master caution system

04.03.08 IRS system

Horizontal top navigation

File

Config

04.04 Import configuration

04.04.01 Connecting to hardware

04.04.02 Configuration Main

04.04.03 IO Elements

04.04.04 Switches

04.04.04.01 Auto configuration system

04.04.04.02 Switches MCP/Throttle

04.04.05 Indicators

04.04.5.1 Automatic configuration of indicators

04.04.05.02 Indicators MCP/Throttle

04.04.06 Gauges

4.04.07 Displays

04.04.8 Gates

04.04.9 Numerical outputs

04.04.10 Audio

04.04.10.01 Adding custom audio

04.04.10.02 Example: Adding an APU start sound

4.04.11 Analog inputs

04.04.12 Encoders

04.04.13 Levers

04.05 Configuring hardware for IO Elements

04.05.01 CPFlight / Fly Engravity

04.05.02 Cockpit Sonic

04.05.03 FDS / JetMax

04.05.04 Flight Illusion

04.05.05 FSBUS

04.05.06 GoFlight

04.05.07 IOCP

04.05.08 Matrix Orbital display

04.05.09 Phidget

04.05.10 Pokeys

04.05.11 Poldragonet / FSC

04.05.12 SimIO

04.05.13 Sim System

04.05.14 SimWorld

04.05.15 Sismo - scPascal

04.05.16 Pololu

04.05.17 VRInsight

04.05.18 OpenCockpits - SIOC

04.05.18.01 Architecture

04.05.18.02 SIOC

04.05.19 Using joystick cards and joysticks

04.05.20 FSUIPC

04.05.21 Using the Generic driver

04.08 Setting up the navigation database for ProSim737

04.08.01 Navigation Database

Audio addons

Company Route

Help

04.06 Updates

04.06.01 Software updates

04.06.02 Software manual updates

04.06.03 Automatic software updates

04.07 Support files

04.07.01 config.xml

04.07.02 cockpitsetup.xml

04.07.03 positions.xml

04.07.04 startpositions.xml

04.07.05 translations.xml

04.07.06 companyroutes.xml

04.07.07 transitionaltitudes.xml

04.07.08 Log.txt

04.09 How to configure IOCards with ProSim737

04.10. Interfacing with ProSim737

04.10.01 Query FMS

04.10.02 Query Aircraft

04.10.03 Query failures

04.10.04 Query armed Failures

04.10.05 Query ground power

04.10.06 Query load sheet

04.10.07 Query acars

04.11 X-Plane

04.12 ACARS

04.12.01 ACARS general description

04.12.02 ACARS Variables

04.13 Using FSUIPC

Installing FSUIPC

Configure Flight Controls in FSUIPC

05. ProSim737 Display

05.01 General description

05.02 Configure ProSim Display

05.02.01 Installation

05.02.02 Configuration

05.02.03 Setting up displays

05.02.04 ProSim Display Control Keys

05.02.05 ProSim Display Mouse Control

05.02.06 Displays image examples

05.03 Static Displays

05.03.01 Sys Display and Secondary Engines Indicators

05.03.02 Captain and F/O PFD and ND

05.03.04 Normal EICAS and EFIS EICAS

05.04 Standby Displays

05.04.01 ISIS / ESAI / ISFD

05.04.02 Alt/Speed / RMI

05.04.03 Standby Attitude /  Flaps

05.04.04 Brake Pressure / Wet Compass

05.04.05 Yaw Damper

06. ProSim737 MCP

06.01 General description

06.02 Installing ProSim737 MCP

06.02.01 Installation

06.02.02 Configuration

06.02.03 Tuning

06.02.04 About the autopilot

06.02.05 CWS mode

06.02.06 Using hardware MCP’s.

06.03 Connecting MCP hardware to ProSim MCP

06.03.01 Using CPFlight MCP’s and EFIS panels

06.03.01.01 Using CPFlight hardware other than the CPFlight MCP/EFIS

06.03.02 Simworld MCP

06.03.03 GoFlight MCP

06.03.04 FDS MCP

06.04 Connecting Throttle Quadrant

06.04.01 TQ

06.04.02 Using CockpitSonic throttle

06.04.02.01 Calibrating throttles

06.04.02.02 Reversers

06.04.02.03 Flaps

06.04.02.04 Spoiler

06.04.02.05 Trim indicator

06.04.03 Using FSC throttle

06.04.03.01 Step by step procedure

06.03.03.02 Remarks

06.03.04 Using OpenCockpits MCP's and throttle

06.04 Connecting MCP and EFIS panels

06.04.01 Using OpenCockpits EFIS panels

06.04.02 Using Sismo Soluciones MCP's and EFIS

06.04.03 Using privately built MCP's with OpenCockpits cards

06.04.03.01 Using other privately built MCP's

06.04.03.02 Using the software panel

06.04.04 Using FSUIPC Offsets

06.04.04.01 Buttons and switches

06.04.04.02 Mapping of bits to buttons

06.04.04.03 Indicators

06.04.04.04 Indicator bits with their functions

06.04.04.04 Displays

06.05 Problems with ProSim MCP

07. ProSim737 CDU

07.01 General description

07.02 Installing ProSim CDU

07.02.01 Installation

07.02.02 Configuration

07.02.03 Options

07.02.04 Using hardware CDU's

07.03 Connecting CDU hardware to ProSim737 CDU

07.03.01 Using Engravity CDU's

07.03.02 Using OpenCockpits CDU's

07.03.02.01 Preparing the keyboard interface

07.03.02.02 Preparing the video output.

07.03.03 Using the keyboard

07.03.04 Interfacing other CDU’s

07.03.04.01 Input to ProSim737 CDU

07.03.04.02 Output from ProSim737 CDU

07.04. Using the WebCDU

08. ProSim737 Panel

08.01 General description

08.02 Installing ProSim Panel

08.03.01 Installation

08.03.02 Configuration

08.04 Using ProSim Panel

08.05 Example images

09. ProSim737 Audio

09.01 General description

09.02 Installing ProSim737 Audio

09.02.01 Installation

09.02.02 Configuration

09.03 Add Audio

10. ProSim737 Instructor Operating Station

10.01 General description

10.01.02 Connecting IOS

10.01.3 Basic layout of IOS

10.02 Main

10.02.01 Main - Main

10.02.02 Main - Service

10.02.03 Main - Parameters

10.03 MAP

10.03 Failures

10.03.01 Failures - Current / Pending Failures

10.03.02 Failures – Engine

10.03.03 Failures - Fuel

10.03.04 Failures - Electric

10.03.05 Failures - Buses

10.03.06 Failures - Pneumatic

10.03.07 Failures - Hydraulic

10.03.08 Failures - Navigation

10.03.09 Failures - Misc

10.04 Weather

10.04.01 Current Weather

10.04.02 Presets

10.04.03 Global Weather

10.04.04 Local Weather

10.05 Weight

10.05.01 Weight - Passengers

10.05.02 Weight - Cargo

10.05.03 Weight - Fuel

10.06 Position

10.06.01 Position - Airport

10.06.02 Position - Presets

10.06.02 Position - Edit Translation

10.07 Route

10.07.01 Planner

10.07.02 Company route

10.08 Cockpit Setup

10.08.01 Cockpit Setup - Audio

10.08.02 Cockpit Setup - Display

10.08.03 Cockpit Setup - Option

10.08.04 Cockpit Setup – Units

10.09 Maint

10.09.01 Maint - Hardware

10.09.01 Maint - Misc

11. Support

11.01 Support structure

11.02 Frequently Asked Questions

11.02.01 Installation

11.02.02 Flying with ProSim737

12. Annexes

12.01 Annex 1 Mapping of switches

12.01.01 AFT Overhead layout

12.01.02 FWD Overhead

12.01.03 MIP

12.01.04 Pedestal





2 01. Introduction

2.1 01.01 ProSim737 User Manual layout

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This manual is divided into different subjects. Please read and follow chapter 1 and chapter 2 to install the software correctly. Before contacting support,please refer to the manual or the interactive forum on our website. The FAQ database is also an option where your answer may be found.  (http://prosim-ar.com/support/)

 

1.       ProSim737 Introduction

a.      What is ProSim737?

b.      Software licensing.

 

2.       Installation

a.      Minimum hardware requirements

b.      Minimum software requirements

c.      Typical minimum system layout

d.      Required installation rights

e.      Software architecture

f.       Additional required software

g.      What to install and where

i.      FSUIPC

ii.     ProSim737 System

iii.    ProSim737 Display

iv.    ProSim737 MCP

v.     ProSim737 CDU

vi.    ProSim737 Panel

 

3.       Modelled systems introduction

a.      Electrical system

b.      Pneumatic system

c.      Fuel system

d.      Hydraulic system

e.      Heating system

f.       Fire detection

g.      Master Caution system

h.      IRS system

 

4.       Supported hardware

a.      Hardware with ProSim737 integrated support

b.      How to interface non-integrated hardware

 

2.2 01.02 Introduction

2.2.1 01.02.01 What is the ProSim737 Suite?

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ProSim737 is a Professional Simulator Suite that brings accurate flight simulation into your home.


Only with ProSim737 can you enhance your simulation experience with: complete and detailed modeled aircraft systems, sophisticated and realistic flight model characteristics, images on the Main Instrument Panels Display Units, extensive Central Display Unit features and easy hardware connection.

ProSim737 is Microsoft® Windows™ platform based and is fully compatible with Microsoft® Flight Simulator™ 10, Lockheed Martin Prepar3D® and full Laminar Research X-Plane compatibility is expected mid 2015.

ProSim737 is developed by using modern technology resulting in a stable and flexible solution, allowing you to scale simulation exactly to your requirements.


 

NOTE: This software is targeted for home cockpit builders. It is not endorsed by any aircraft manufacturer and may not be used for real world operational training, unless specifically certified by an approved aviation authority.

 

                        

2.3


2.4

2.4.1 01.02.02 ProSim737 Suite architecture


2.5 image06.png

All ProSim737 modules communicate with ProSim737 System by using a network protocol and can therefore be freely placed on different computers. There are, however, three modules that need direct access to the Simulator Platform. These are ProSim737 System, ProSim737 MCP and the ProSim737 Flight Model. All other modules communicate with the ProSim737 System module only.

 

For simulators based on Microsoft® Flight Simulator™ 10 and Lockheed Martin Prepar3D®, the Platform Interface is a combination of SimConnect and FSUIPC by Pete Dowson. FSUIPC must be installed in the Simulator Platform, also see the paragraph on additional software. Because ProSim737 System and ProSim737 MCP need direct access to Simulator Platform, we recommend running these two programs on the same machine that the Simulator Platform is running on.


For Laminar Research X-Plane based simulators, the Platform Interface is the ProSim737 Plugin for X-Plane. For more information refer to the X-Plane section in this user manual.

 


2.5.1 01.02.03 ProSim737 Suite module overview

 

The ProSim737 Suite consists of individual modules that connect to the ProSim737 System module. The ProSim737 System and ProSim737 MCP modules interact with your simulator platform (Microsoft® Flight Simulator™ 10, Lockheed Martin Prepar3D® or Laminar Research X-Plane) therefore, run on the primary computer. Distribution of all other modules is possible between multiple computers within your simulator configuration.

To improve performance the suite architecture provides flexibility with regard to system load balancing, the number of monitor outputs, cockpit and environmental audio separation.


01.03.01 ProSim737 System image00.png


Manages the simulation of aircraft systems, acts as a central network hub for all ProSim737 Suite modules, interfaces with your hardware components, configures by graphical interfaces and features a webserver for the Instructor Operating Station (IOS).image12.png


01.03.02 ProSim737 MCP


Contains the auto flight systems and allows connection to the Mode Control Panel (MCP) in your cockpit or to display a graphical representation without hardware.image01.png


01.03.04 ProSim737 CDU  


The Control Display Unit (CDU) controls the Flight Management System (FMS). This module provides possible connection of the CDU in your cockpit or to display a graphical representation without hardware.


01.03.05 ProSim737 Display image10.png


Generates all graphical elements such as Primary Flight Display (PFD) and Navigation Display (ND) on the Main Instrument Panels (MIP) Display Units (DU).


01.03.05 ProSim737 Audio image08.png

 

Provides genuine cockpit sounds independent from the environmental sound. Default sounds can be customised and new sound events can be added.image05.jpg


01.03.06 ProSim737 Panel


Creates a graphical representation of the different panels within the cockpit, can be used to check the state of switches / indicators and displays the panels, also without hardware.


01.03.07 ProSim737 IOS image03.png

The Instructor Operating Station gives the controllability of the simulator by use of a web interface.


01.03.08 ProSim737 Flight Model image11.png

 

Provides realistic aircraft behaviour and a visual model with customisable livery.


2.6

2.6.1

2.6.2 01.02.04 Typical simulator computer setup

Example

The typical computer layout is describing a Primary Computer and a Client Computers. The Primary Computer is the computer where ProSim737 System, ProSim737 MCP, ProSim737 Flight Model and the Simulator Platform run and should be included.


All items with * are free to configure with no additional requirement.

May be installed on any of the simulator computers.


image14.jpg


 





2.6.3 01.04.07 Updates

Regularly new updates will be available. Updates are applicable to licence terms and conditions.

Updates will be announced on the website, forum and Facebook.


More detailed description of the updated features can be found in Updates


image09.png

2.6.4


2.6.5

2.6.6 01.04.08 Support

Support is available in the ProSim737 User Manual, ProSim737 Forum and mail-support.


ProSim737 Forum

The ProSim737 Forum is a facility available 24 hours a day and serves as a platform for users to interact, share knowledge, offer support and information.

http://prosim-ar.com/forum/ 


Support mail

Support mail is an option when no answer can be found in the manual or forum.

support@prosim-ar.com





2.7


2.8

2.8.1 01.05.03 Modules startup

There is no particular order in which ProSim737 modules need to be started. All modules need the ProSim737 System module to operate and will automatically connect to it once it becomes available. ProSim737 System and ProSim737 MCP will automatically connect to the Simulator Platform once it is available. As long as the ProSim737 System module keeps running, all systems and FMS data is retained and all other modules can be freely restarted without loss of data.

2.8.2 01.05.04 Modules shutdown

Any ProSim737 module may be closed at any time. An automatic shutdown feature is available in the IOS, and can be found in the “miscâ€? tab of the “maintâ€? menu. This feature will send a “shutdownâ€? command to all ProSim737 modules. Each module that allows remote shutdown will turn off the computer it runs on.


To allow remote computer shutdown by a ProSim737 module, please confirm this in the configuration screen of the module.


2.9 01.06 Terms & Conditions

All our offers and agreements are subjected to the General Terms and Conditions of ICT~Office, registered at the Chamber of Commerce Midden-Nederland, 30174840.

Terms & conditions can be accessed in our website:

http://prosim737.com/licensing/terms-conditions/

3



3.1 01.07 Abbreviation list

General abbreviations

The following abbreviations may be found throughout the manual. Abbreviations having very limited use are explained in the chapter where they are used.

3.1.1 01.07.01 Abbreviation

A

AC                 Alternating Current

ACARS         Aircraft Communications Addressing and Reporting System

ACP                 Audio Control Panel

ACT                 Active

ADF                 Automatic Direction Finder

ADIRS         Air Data Inertial Reference System

ADIRU         Air Data Inertial Reference Unit

ADM                 Air Data Module

AED                 Automatic External Defibrillator

AFDS                 Autopilot Flight Director System

AFE                 Above Field Elevation

AFM                 Airplane Flight Manual (FAA approved)

AGL                 Above Ground Level

AI                 Anti–Ice

AIL                 Aileron

ALT                 Altitude

ALTN                 Alternate

AM                 Amplitude Modulation

ANP                 Actual Navigation Performance

ANT                 Antenna

AOA                 Angle of Attack

A/P                 Autopilot

APP                 Approach

APU                 Auxiliary Power Unit

ARINC         Aeronautical Radio, Incorporated

ARPT                 Airport

A/T                 Auto-throttle

ATA                 Actual Time of Arrival

ATC                 Air Traffic Control

ATT                 Attitude

AUTO                 Automatic

AUX                 Auxiliary

AVAIL                 Available


B


BAC                 Back Course

BARO                 Barometric

B/CRS         Back Course

BCS                 Back Course

BRT                 Bright

BTL                 Bottle Discharge (fire extinguishers)

B/C                 Back Course

3.1.2

C 


C                  Captain, Celsius, Center

CANC/ RCL          Cancel/Recall

CAPT                 Captain

CB                 Circuit Breaker

CDS                 Common Display System

CDU                 Control Display Unit

CG                 Center of Gravity

CHKL                 Checklist

CLB                 Climb

COMM         Communication

CON                 Continuous

CONFIG         Configuration

CRS                 Course

CRZ                 Cruise

CTL                 Control


D


DC                 Direct Current

DDG                 Dispatch Deviations Guide

DEP                 ARR Departure Arrival

DES                 Descent

DEU                 Display Electronics Unit

DISC                 Disconnect

DME                 Distance Measuring Equipment

DSP                 Display Select Panel

DSPL                 Display

DU                 Display Unit


E


ECS                 Environmental Control System

E/D                 End of Descent

E/E                 Electrical and Electronic

EEC                 Electronic Engine Control

EFIS                 Electronic Flight Instrument System

EGPWS         Enhanced Ground Proximity Warning System

EGT                 Exhaust Gas Temperature

ELEC                 Electrical

ELEV                 Elevator

EMER                 Emergency

ENG                 Engine

EO                 Engine Out

EVAC                 Evacuation

EXEC                 Execute

EXT                 Extend


F


F                 Fahrenheit

FAC                 Final Approach Course

FCOM                 Flight Crew Operations Manual

FCTL                 Flight Control

F/D                  Flight Director

FLT DIR        Flight Director

FMA                 Flight Mode Annunciations

FMC                 Flight Management Computer

FMS                 Flight Management System

F/O                 First Officer

FPA                 Flight Path Angle

FPM                 Feet Per Minute

FPV                 Flight Path Vector

FREQ                 Frequency

FT                 Feet

FWD                 Forward



G


GA                 Go–Around

GEN                 Generator

GLS                 GPS Landing System or

GNSS                 Landing System

G/P                 Glide path

GPS                 Global Positioning System

GPWS         Ground Proximity Warning System

GS                 Ground Speed

G/S                 Glide Slope


H


HDG                 Heading

HDG                 REF Heading Reference

HDG                 SEL Heading Select

HF                 High Frequency

HPA                 Hecto-pascals

HUD                 Head-Up Display

HYD                 Hydraulic


I


IAN                 Integrated Approach Navigation

IAS                 Indicated Airspeed

IDENT         Identification

IFE                 In-Flight Entertainment System

IGN                 Ignition

IN                 Inches

IND LTS         Indicator Lights

ILS                 Instrument Landing System

INBD                 Inboard

INOP                 Inoperative

INT                  Interphone

INTPH         Interphone

INTC CRS         Intercept Course

IOCP                Input/output completion port

IRS                 Inertial Reference System

ISFD                 Integrated Standby Flight Display

ISLN                 Isolation


K


K                 Knots

KGS                 Kilograms

KIAS                 Knots Indicated Airspeed


L        


L                 Left

LBS                 Pounds

LDA                 Localizer type Directional Aid

LDG                 ALT Landing Altitude

LIM                 Limit

LNAV                 Lateral Navigation

LOC                 Localizer

LWR CTR         Lower Center

LWR DSPL         Lower Display


M


M                 Mach

MAG                 Magnetic

MAN                 Manual

MCP                 Mode Control Panel

MDA                 Minimum Descent Altitude

MEL                 Minimum Equipment List

MFD                 Multifunction Display

MHZ                 Megahertz

MIC                 Microphone

MIN                 Minimum

MKR                 Marker

MMO                 Maximum Mach Operating Speed

MOD                 Modify

MSG                 Message

MTRS                 Meters

MUH                 Minimum Use Height


N


NAV RAD         Navigation Radio

ND                 Navigation Display

NM                 Nautical Miles

NORM         Normal

NPS                 Navigation Performance Scales

N1                 Low Pressure Rotor Speed

N2                 High Pressure Rotor Speed


O


OAT                 Outside Air Temperature

OFST                 Offset

OHU                 Overhead Unit

OUTBD DSPL Outboard Display

OVHD                 Overhead

OVHT                 Over-heat

OVRD                 Over-ride

OXY or O2         Oxygen


P


PA                 Passenger Address

PASS                 Passenger

PERF INIT         Performance Initialization

PF                 Pilot Flying

PFC                 Primary Flight Computers

PFD                 Primary Flight Display

PM                 Pilot Monitoring

PNF                 Pilot Not Flying

PNL                 Panel

POS                 Position

PREV                 Previous

P-RNAV         Precision Area Navigation

PROX                 Proximity

POS INIT         Position Initialization

PRI                 Primary

PSI                 Pounds Per Square Inch

PTH                 Path

PTT                 Push To Talk

PWR                 Power

PWS                 Predictive Windshear System


R


R                 Right

RA                 Radio Altitude/ Resolution Advisory

RDMI                 Radio Distance Magnetic Indicator

REC                 Recorder

RECIRC         Recirculation

REF                 Reference

RET                 Retract

RF                 Refill

RNP                 Required Navigation Performance

RPM                 Revolutions Per Minute

RST                 Reset

RTE                 Route

RTO                 Rejected Take-off

RTP                 Radio Tuning Panel

RUD                 Rudder

RVSM                 Reduced Vertical Separation Minimum


S


SAT                 Static Air Temperature

S/C                 Step Climb

SDF                 Simplified Directional Facility

SELCAL         Selective Calling

SEL                 Select

SPD                 Speed

STA                 Station

STAB                 Stabilizer

STAT                 Status

STBY                 Standby

STD                 Standard

SYS                 System


T


T or TRU         True

T - TK - TRK         Track

TA                 Traffic Advisory

TAS                 True Airspeed

TAT                  Total Air Temperature

T/C                 Top of Climb

TCAS                 Traffic Alert and Collision Avoidance System

TDZE                 Touch Down Zone Elevation

T/D                 Top of Descent

TEMP                 Temperature

TERR                 Terrain

TFC                 Traffic

TFR                 Transfer

THR HOLD         Throttle Hold

TO                 Take-off

TO/GA         Take-off/Go–Around

TRU                 Transformer Rectifier Unit


U


UNLKD         Unlocked

USB                 Upper Side Band

UPR DSPL         Upper Display

UTC                 Universal Time Coordinated

UTIL                 Utility


V


VA                 Design Manouvering Speed

VANP                 Vertical Actual Navigation Performance

VERT                 Vertical

VHF                 Very High Frequency

VMO                 Maximum Operating Speed

VNAV                 Vertical Navigation

VOR                 VHF Omnidirectional Range

VR                 Rotation Speed

VREF                 Reference Speed

VRNP                 Vertical Required Navigation Performance

VSD                 Vertical Situation Display

VSI                 Vertical Speed Indicator

V/S                 Vertical Speed

VTK                 Vertical Track

V/S                 Vertical Speed

V1                 Take-off Decision Speed

V2                 Take-off Safety Speed


W 


WPT                 Waypoint

WXR                 Weather Radar


X


XPDR          Transponder

XPNDR         Transponder

XTK                 Cross Track




4

4.1


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