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    Technical White Paper CPDLC Data Link

    With global air traffic expected todouble in the next 20 years to over1 billion flights, upgrades to AirTraffic Control systems will become

    necessary in order to preventreductions in airspace efficiencieswhilst maintaining acceptable levelsof safety. Additional requirementsfor data link on aircraft areanticipated over the next 5-10years to meet this need for newtraffic management systems.

    Data link solutions provideairline operators with significantbenefits at reduced cost, includingenhanced flight operationsefficiency and lower airlinemaintenance, administrationand air traffic control costs.

    With new statistics and headlines relating to

    increased air traffic and the environmental

    damage this causes being published on an

    almost daily basis, it is evident that air traffic

    management systems in Europe and theUnited States need to be modernised. The

    response of the US and the European Union

    to this situation is equally well documented,

    with both EUROCONTROL and the FAA

    taking the lead in the modernisation of the

    ATM EcoSystem. The Single European Sky

    ATM Research (SESAR) is currently in its

    development phase (2009-2016) with initial

    deployment in some technology areas already

    progressing. Once complete, this should

    facilitate a threefold increase in capacity and a50% reduction in air navigation costs, as well

    as a reduction in an aircrafts environmental

    impact by up to 10% per flight.

    The Federal Aviation Administrations (FAA)

    Next Generation Air Transportation System

    (NextGen) is the US equivalent to SESAR. This

    system will be implemented in stages between

    2012 and 2025, and will save 1.4 billion gallonsof fuel and 14 million tonnes of CO2 by 2018.

    The system is anticipated to reduce delays by

    35%, adding up to $23 billion in benefits by

    2018 compared with 2010, according to the

    FAA. Data link solutions represent the key to

    future global Air Traffic Management (ATM)

    systems, and both SESAR and NextGen

    are defining the standards and validating

    the systems of tomorrow, today. The Single

    European Sky - Data Link Services (Link 2000

    / SES-DLS) is being deployed now. The aircraftimprovements defined and validated during the

    development phase of SESAR will start to be

    deployed in the 2016-2018 timeframe.

    Controller Pilot Data LinkCommunication (CPDLC) -

    Data Link Mandate

    Flight Operations Airline Maintenance Airline Administration Air Traffic Control

    Data Communications

    1

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    Although complex in name, PM-CPDLC is

    straightforward in practice: similar to text

    messaging on cell phones, this system allows

    pilots and Air Traffic Control to send canned

    data messages between the ground and the

    aircraft. CPDLC messages enable routine

    tasks that can take up to 50% of a controllers

    time to be automated. Messages include

    standard ATC clearances ACL (e.g. Climb

    to level 350) or AMC (e.g. microphone

    check) and are intended to augment ATC

    voice communications and provide additional

    air traffic control capacity in high density ATC

    environments.

    CPDLC is not a new technology, and air traffic

    controllers and pilots have been using these

    text messages for many years in the existing

    Future Air Navigation System 1/A (FANS1/A),

    used in trans-oceanic flights.

    There are various forms of data link in operation

    today, including AOC, ATC, ADS as part of ATS,

    FIS (D-ATIS) and A623 applications that include

    D-ATIS. In addition, clearances such as Pre-

    Departure Clearances are supported via A623

    messages.

    The European Commission mandated the

    installation of Protected Mode Controller Pilot

    Data Communication (PM-CPDLC) for forward

    fit aircraft starting from January 1, 2011.

    This mandate is the first of a number of

    expected compulsory upgrades to the data link

    systems on aircraft. The SES-DLS mandate is

    expected to be followed by additional data link

    requirements.

    FAAs NextGen Air Traffic

    Management Systemrequirements

    are expected in 2014. Initial deployment

    is expected to be centered on FANS

    1/A+ with VDL Mode 2, followed by

    harmonisation with Europe by 2025 as

    reflected in NextGen Advisory Committee

    (NAC), dated 02/2012.

    SESARrequirements in work (SC-214),

    project operational usage starting in the

    2016-2018 time frame. The Airbus plan is to

    have an ATSU capable of SC214 in 2016.

    North Atlantic Trackswill have preferred

    routings for FANS1/A equipped aircraft from

    2013 on limited tracks, and from Feb.2015on two core NAT tracks above FL340

    Today three versions of CPDLC are envisioned:

    Future Air Navigation System (FANS1/A+)

    Link 2000/SES-DLS

    SC-214.

    Data link solutions represent the key to future globalAir Traffic Management (ATM) systems, and bothSESAR and NextGen are defining the standardsand validating the systems of tomorrow, today.

    Data Link Upgrade Mandate Timings

    20092010

    2011

    2012

    2013

    20142015

    2016

    2017

    2018

    2019

    2020+

    Eurocontrol PM-CPDLCRetrofit DateFebruary 5, 2015

    North Atlantic TracksFANS1/AMandated on limited tracksthen on two core NAT tracks

    Eurocontrol PM-CPDLCForward FitJanuary 1, 2011

    Eurocontrol PM-CPDLCEnd of FANS1/A ExemptionOn Forward FitJanuary 1, 2014

    FAA / NextgenTentative Deployment2014 - 2020

    European SESAR(the Single European Sky

    ATM Research Programme)(Operational phase 2016-2018)

    2

    Single European Sky Data Link Services (SES-DLS) Mandate - PM-CPDLC

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    AOC Data Link Benefits

    Honeywells data link solutions

    support not only ATC applications,

    but include an extensive AOC

    capability.

    1. Improved communicationwith the flight crew, in

    terms of time and accuracy.

    2. Improved communication

    and information dissemination

    within an airlines operation.

    3. Increased information

    for cost reduction.

    4. Reduced pilot workload.

    5. Reduced delay times.

    6. Increased accuracy

    for flight crew pay.

    7. Reduced activity by

    airline personnel.

    8. Improved operational planning.

    9. Reduced impact on fuel cost.

    10. Improved maintenance

    operation.

    11. Improved passenger service.

    12. Emergency/Hijack

    awareness notification.

    13. Voice communication

    cost reduction.

    Technical White Paper CPDLC Data Link

    Each of the three versions of CPDLC supports

    the needs of Air Traffic Management (ATM) to

    varying degrees, outlined as follows:

    FANS 1/A+, developed in the 1990s by

    Honeywell, Boeing and Airbus, is primarily

    used for Trans-Oceanic flights. FANS utilises

    Aircraft Communications Addressing and

    Reporting System (ACARS) over VHF andsatellite communication for transmission of

    messages. The use of ACARS restricts the

    amount of air traffic on the system due to

    bandwidth limitations of the technology.

    Later upgrades included ACARS over HFDL.

    The FAA is currently planning on utilising

    FANS 1/A+ over U.S. continental airspace as

    an initial ATC data link deployment phase; but

    requiring operators to use VDL Mode 2 radios

    for improved performance.

    SES-DLS.The Data Link 2000+DLS

    implementation mandate in Europe provides

    the ground and airborne infrastructure

    for future ATM.SES-DLS installs the

    Aeronautical Telecommunications Network

    (ATN) and requires VHF Data Link Mode 2

    (VDL-M2) radios on aircraft to remove the

    bandwidth limitations of the ACARS/Satellite

    system.

    When directly integrated into the Flight

    Management system, FANS2/B+ is often

    referred to as the SES-DLS/Link 2000

    solution.

    SC-214/WG78.To investigate future data

    link requirements the FAA and EUROCAE

    have established a joint committee SC214 /

    WG78.

    FANS utilises Aircraft Communications Addressingand Reporting System (ACARS) over VHF and satellitecommunication for transmission of messages.

    3

    Data Link Service

    ATC Comm. Management (ACM)ATC Clearance (ACL)

    ATC Mic Check (AMC)

    4D Trajectory Data (4DTRAD)2

    Departure Clearances (DCL)

    Taxi In/Out (D-Taxi)

    Flight Pan Intent (FLIPINT)

    In Trail Proceedure (ITP)

    Operational Terminal Info Services (D-OTIS)

    Hazardous Weather (D-HzWx)

    Runway Visual Range (D-RVR)

    Digital Automatic Terminal InformationServices (D-ATIS)3

    Not Supported Partially Supported Supported

    1 FANS 2 is Boeings name for highly integrated, seamless FANS 1+ and PM CPDLC/CM ATN systems. Airbus uses FANS B+to signify PM CPDLC/CM ATN system. 2Uses CPDLC and ADS-C. 3Is part of D-OTIS functionality.

    FANS 1/A+ SES-DLS

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    Departure En Route Approach LandingTake-OffTaxi Taxi

    From Aircraft

    Link Test/Clock

    Update

    Fuel/Crew

    Information

    Delay Reports

    Out

    To Aircraft

    PDC

    AGIS

    Weight and Balance

    Airport Analysis

    Dispatch Release

    Flight Plan

    Load FMC

    To Aircraft

    ATIS

    Weather Reports

    To Aircraft

    ATC Oceanic

    Clearances

    ATIS

    Weather Reports

    Reclearance

    Ground Voice

    Requests

    (SELCAL)

    To Aircraft

    Gate Assignment

    Connecting Gates for

    Passengers and Crew

    ATIS

    Off Report Engine Data Position Reports

    Weather Reports

    ETA Updates

    Engine Parrameters

    Maintenance Reports

    Provisioning

    Gate Requests

    Special Requests

    Engine Information

    Maintenance Reports

    On In

    Fuel Information

    Crew Information

    Fault Data (from Central

    Maintenance Computer)

    Closeout

    From Aircraft From Aircraft From Aircraft From Aircraft From Aircraft From Aircraft

    Data link also allows users to save messages

    for future reference and trend analysis.

    Improved information delivery speed can

    help eliminate delays, providing information

    punctually and to multiple parties. Information

    sharing is also easier, as electronic information

    can easily be sent to multiple destinations,

    which is difficult with voice communications.

    Many global airlines now use data link as the

    main channel of communication between

    aircraft and ground crew. In addition, a

    significant proportion of this communication

    is automated. Using data link systems

    avoids common communication problems

    such as unclear radio communication or

    misinterpretation due to language differences

    or poor clarity.

    Data link also helps to increase the speed of

    information dissemination, both to and from

    the aircraft. For example, an alert regarding a

    maintenance or exceedance condition such

    as engine overheating can be automatically

    sent to Maintenance and Engineering, and a

    delay message sent to Flight Operations and to

    personnel on the ground at destination as soon

    as the fault is detected by aircraft systems.

    Using data link systems avoids common communicationproblems such as unclear radio communication ormisinterpretation due to language differences or poorclarity.

    Typical ACARS Data Link Applications

    4

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    Honeywell is one of the worlds leading avionics

    suppliers and is the only company selected to

    contribute to both the SESAR and NextGen

    programmes. Honeywell solutions are currently

    validating tomorrows data link solutions and

    incorporating tomorrows system requirements

    into todays products.

    Honeywell solutions are mapped through

    upgrades, STC, TC and platform centric

    solutions for all major aircraft platforms

    including Boeing, Airbus and Embraer.

    Technical White Paper CPDLC Data Link

    Honeywell continues to lead the way in ATMtechnologies, and is the only company globallythat has been selected to contribute to both theSESAR and NextGen programmes.

    54Updates & Retrofit available from Honeywell

    CPDLC Solutions by Aircraft TypeA/C Type FANS-1/A/A+ FANS-2/B+ Standalone

    ATNUpgrades/Minimum Configuration Required

    B717 Option4 N/A CMU Solution4 Federated Solution - CMU MKII to MKII+ Upgrade , VDL Mode2upgrade of VHF Mode 0/A and MCDU or MIDU upgrade

    B737 Classic N/A N/A CMU Solution4 Federated Solution - CMU MKII to MKII+ Upgrade, VDL Mode2upgrade of VHF Mode 0/A and MCDU (not HON on B737) orMIDU upgrade

    B737 NG Option Future Option CMU Solution4 Federated Solution - CMU MKII to MKII+ Upgrade, VDL Mode2upgrade of VHF Mode 0/A and MCDU (not HON on B737) orMIDU upgrade

    B747 Classic N/A N/A CMU Solution4 Federated Solution - CMU MKII to MKII+ Upgrade CMU, VDLMode2 upgrade of VHF Mode 0/A and MCDU or MIDU upgrade

    B747-400 Option N/A CMU Solution4 VDL Module 2 upgrade of VHF Mode 0/A or upgrade FMS to NGFMS or provide a Federated Solution

    B747-8 Option Option N/A NG FMS

    B757/B767 Option (with Pegasus FMS)4 N/A CMU Solution4 Federated Solution - CMU MKII to MKII+ Upgrade , VDL Mode2upgrade of VHF Mode 0/A and MCDU or MIDU upgrade

    B777 Option Future Option(with AIMS-2)4

    N/A VDL Mode 2 upgrade of VHF Mode 0/A and AIMS upgrade

    B787 Standard Option N/A B787 CMF

    MD-80 N/A N/A CMU Solution4 Federated Solution - CMU MKII to MKII+ Upgrade, VDL Mode2upgrade of VHF Mode 0/A and MCDU or MIDU upgrade

    MD-90 Option (with Pegasus FMS)4 N/A CMU Solution4 Federated Solution - CMU MKII to MKII+ Upgrade, VDL Mode2

    upgrade of VHF Mode 0/A and MCDU or MIDU upgradeMD-10/11 Option N/A CMU Solution4 Federated Solution - CMU MKII to MKII+ Upgrade, VDL Mode2

    upgrade of VHF Mode 0/A and MCDU or MIDU upgrade

    Airbus WB N/A N/A CMU Solution4 Federated Solution - CMU MKII to MKII+ Upgrade, VDL Mode2upgrade of VHF Mode 0/A and MCDU or MIDU upgrade

    Airbus SA Option (FANS-A+) Option (FANS-B+) CMU Solution(via STC fornon-ATSUequipped a/c)

    For A320 with Airbus ATSU: VDL Mode 2 and non-HON upgrade(ATSU, MCDU). For aircraft not having an Airbus ATSU, CMUMark II option for standalone ATN solution.

    Airbus LR Standard (FANS-A+) N/A N/A With Airbus ATSU: VDL Mode2 non-HON upgrade (ATSU, MCDU)

    Airbus A380 Standard (FANS-A+) Future Option(FANS-A+B)

    N/A

    Airbus A350 Standard (FANS-A+B) Standard Option(FANS-A+B)

    N/A

    BAe-146/RJ N/A N/A CMU Solution4 Federated Solution - CMU MKII to MKII+ Upgrade, VDL Mode2upgrade of VHF Mode 0/A and MCDU or MIDU upgrade

    EMB-170/190 N/A Future Option(with NGFMS)4

    EPIC CMF Either NG FMS with EPIC CMF upgrade or stand alone EPIC CMF/ATS upgrade (Requires Pentium M Configuration) - VDL Mode2upgrade of VHF Mode 0/A

    Honeywell Solutions

    Note : N/A = Not Applicable or Not Available (the OEM did NOT provide such a function for the aircraft). Standard means the a/c as delivered from the OEMwould have that capability, OPTION is that function is a current (or soon to be available OPTION), and Future Option means exactly that (a PLANNED futureoption from the OEM, but not under any current development and therefore there is some risk in that it will change or not ultimately be cer tified and offered).

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    965-0758-006 supports ARINC 758

    wiring (Retrofit and Forward-Fit)

    PowerPC (MPC 8270) Processor BasedSystem, >750MIPS

    32MB SDRAM, 64MB Flash

    1MBit Non-Volatile Backup (24 Hours)

    1GB (SD Card)

    Increased AOC Capabilities (Logic Units)

    and Programmability via ART (ACARS

    Reconfiguration Tool)

    Honeywells solution for VDRUpgrade to provide VDL M2

    capability

    With the implementation of the

    EUROCONTROL mandate, any airline

    operators flying within European Airspace

    need to have VDL Mode 2 Data Link capability

    installed on VHF #3. Mix-ability between

    VDL Mode 0 and VDL Mode 2 units will vary

    depending upon aircraft platform and OEM.

    Honeywells VHF Data Radio (VDR) Model

    RTA 44D and Integrated Primus EPIC Radios

    are upgradable to provide VDL M2 capability

    for all kinds of platforms supporting multi-

    frequency capabilities as per the European

    mandate A631-5/6 standards.

    This conversion includes hardware and

    software modification that vary according to

    the serial number of the VHF. Honeywells plan

    is for two service shops to perform the relevant

    service bulletins (Seattle Area Service Center

    (SASC) and Toulouse Service Centers (FSC)).

    MKII CMU (965-0758-001 or -002) Upgrade Paths

    Leading the

    way in ATMtechnologies.

    6

    The available upgrade of current MKII CMUs

    (-001 or -002) to the ARINC 758 Mk II+ (965-

    0758-006) or the MKII CMU (-001) to ARINC

    724B MKII+ (965-0758-005) with PM-CPDLC

    Application Software provides the following:

    DLS IR Compliant PM-CPDLC (VDL

    Mode 2) Functionality

    Data link Recording Capability (High-

    Speed ARINC 429 Interface to CVR)

    Provides the router services for the FMS

    hosted FANS 1 and 2 applications

    HF, VHF (VDL Mode 0/A and Mode 2),

    and SATCOM support

    965-0758-005 supports ARINC 724B

    wiring (Retrofit ONLY)

    Part No.Product

    Reconfigurable Partitioned SW 622/623 ATC

    Messages (PDC,OCX, ATIS etc)

    Uses MCDU FANS Special RoutingSupport

    SATCOM and HFDL ARINC 716 (Mode 0

    or Mode A) Supports 724B

    and 758 wiring

    VDL Mode 2 AOA ARINC 758 and

    724B wiringsupported

    ATN and VDLMode 2

    ATC communicationvia CPDLC(Link 2000+Message Set)

    Level C Protected Mode

    CPDLC AOC enhancements

    Future Enhancements: Gatelink Secure ACARS Recording

    InitialCMU MKII

    VDLMode 2CMU

    Link 2000+Pioneer PhaseATN CompliantCMU

    Link 2000+ATN CompliantCMU MKII +

    MKII+Communications

    Manag

    ementUnit

    1996

    2000

    /1

    2006

    Current

    ARINC 724B ARINC 758 FANS 1/A+5 SES-DLSLink 2000

    5Support FANS as a router with special FANS routing logic and Data Link recording.Not SupportedSupported

    965-0758-001

    965-0758-002965-0758-005

    965-0758-006

    Honeywell continues to lead the way in

    ATM technologies, developing MKII+ CMUs

    for future compliance with the anticipated

    changes to data link requirements including

    data link encryption. The hardware of part

    numbers 965-0758-005 (ARINC 724B version)

    and 965-0758-006 (ARINC 758 version)

    is designed to support the future data link

    requirements with only software upgrades

    necessary to achieve future functionality as

    per the table to the left. These technology

    roadmaps include three important upgrades

    linked to the PM CPDLC software:

    The AOC function has been enhanced to

    supply greater customisation capabilities.

    The ACARS Reconfiguration Tool (ART)

    has been improved so that multiple

    elements of the AOC database (e.g.

    parameters, screens, downlinks) may be

    viewed and edited simultaneously.

    The Airsim tool has been upgraded to

    enable the simulation of the CPDLC

    function.

    MKII+ Communications Management Unit

    Increased Functionality

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    Technical White Paper CPDLC Data Link

    CMC

    ACMS

    ATC

    AOC

    ACARS

    CMU - A623

    Router

    FMS

    Cockpit

    Printer

    Aural Alert

    Visual Alert

    AOC Datalink Movement Messages Weather Requests Delay/Diversion Reports Customised Reports

    FMS Datalink Flight Plan Uplinks Wind Uplinks Performance Uplinks Position Reports

    ACMS Datalink Engine Trend Reports Exceedance Reports FOQA Reports Customised Reports

    CMC Datalink Real-time Faults

    PilotInterface MCDUs

    HFDL ANT

    SATCOM

    CVR

    3rd VDR

    Data Link Recording

    Airline Data Lin k

    PM-CPDLC/ATN

    ANT

    VDR

    VDL-M2 ANT

    The diagram above outlines Honeywells

    comprehensive approach to delivering benefits

    to airlines through the adoption of data link-

    based upgrades. Honeywell has a multiple

    tools suite that helps airlines to configure

    their solutions to meet their operational,

    maintenance, optimal flight planning and

    administration functions. The architecture

    provides a seamless interface to CMS, FMS,

    ACMS and other LRUs to help transmit reliable

    data in real-time for use in decision-makingmanaged through the CMU MKII+s seamless

    power and interface capabilities with other

    avionics systems in the aircraft.

    ACMS/FDAMS - A/C Exceedance Reports

    These are used to automatically inform ground

    of abnormal conditions (engine or aircraft

    performance outside acceptable thresholds),

    for example, EGT over temperature, landing

    gear dropped at excessive high speed, N1/

    N2 over speed, oil temperature /oil pressure,

    vibration and other potentially hazardous

    conditions. Engine & aircraft performance

    reports result in reduced maintenance and

    warranty cost, and support various aircraft/engine analysis programmes (ADEPT, GEM,

    and others)and offer the potential for full

    automation of analysis.

    CMC (Maintenance Computer) Reports

    Used to automatically inform ground crew of

    equipment failures. For example, on Airbus

    aircraft, CMU can turn on and off CMC

    reports to be sent to ground. This allows

    data to be sent to maintenance in real-time,

    and decreases the need for maintenance

    visits to the aircraft. This system also deliversinformation more rapidly, which can reduce

    delays.

    FMS (Flight Management System)

    This system allows for the update of wind data

    to allow for adjustments in flight plans, as well

    as enabling updates of flight plan changes and

    down- linking of flight plan changes. And in

    some aircraft, FANS Operation is also enabled

    (Controller -Pilot Communication) - example

    B747, 777, A340 etc. Not All FMCs, ACMS/

    DMUs and CMCs support data link. FMS

    support A702 AOC application. It may also

    have FANS 1/A+ and FANS 2 and FANS B.In addition, airlines use this for any information

    (paper) provided to the flight crew before flight,

    reducing costs associated with personnel

    bringing information to the aircraft. This is more

    efficient compared to any information provided

    to the flight crew via voice communications,

    reduces delays (data can be sent in seconds)

    and increases number of aircraft handled by

    flight operations/ dispatch. Any information

    usually manually written by flight crew for

    provision to ground personnel transmitted

    faster using this system, and it also removes

    the need for manual data entry on the ground,

    which in turn reduces the risk of mistakes due

    to human error.

    7

    System Architecture to Address Compliance Using Honeywells CMU

    Honeywells Data Link BasedACARS Comprehensive Solution

    Data Link Messagesfrom Other LRU

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    N61-1121-000-000

    April 2012 2012 Honeywell International Inc.

    Honeywell Aerospace1944 East Sky Harbor Circle

    Phoenix, Arizona 85034

    North America: +1 (800) 601 3099

    Outside North America: +1 (602) 365 3099

    www.honeywell.com

    Find Out More

    For general information on Honeywell data

    link solutions with the MKII Communication

    Management Unit, please contact your

    Honeywell sales representative or call

    +1 (800) 601 3099 or +1 602 365 3099.

    For more technical information, please contact the appropriate Technical Sales Representatives:

    Greg Francois, Air Transport Andy Hill, Air Transport

    Honeywell Technical Sales Honeywell Technical Sales

    Office: +1 (602) 436 3196 Office : +44 (0)1256 722 297

    Mobile: +1 (425) 922 0708 Mobile : + 44 (0)7974 451 305

    Email: [email protected] Email : [email protected]

    Achieving Compliance

    Adopting Honeywells data link solutions

    ensures that your aircraft and fleet are

    benefiting from the most up-to-date Honeywell

    technology, delivering a superior user

    experience and enhanced levels of safety,

    efficiency and reliability, whilst maintaining

    compliance with local and global mandates.

    Furthermore, adopting this technology places

    airline operators at the forefront of ATM

    advances, ready to reap the benefits of a

    modernised ATM environment.

    Why Honeywell

    Since the launch of FANS in 1990, Honeywell

    has been committed to providing technical

    tools to enable effortless migration by mapping

    through upgrades, STC, TC and platform-

    centric solutions for Boeing, Airbus and

    Embraer platforms. Our performance-focused

    approach meets mandates and ensures

    seamless integration to existing HoneywellAvionics products.

    For more than 100 years, Honeywell has been

    a pioneer in aerospace innovation. Every day,

    thousands of aircraft equipped with Honeywell

    technology fly across our skies. In fact, our

    products can be found on virtually every type

    of commercial airliner, business and general

    aviation jet, military aircraft and space vehicle

    currently in operation. So, from takeoff tolanding, Honeywell helps make flying safer,

    more reliable and more efficient, and it doesnt

    stop there Honeywell technology is cost

    effective too.

    Abbreviations

    ACMS Aircraft ConditionMonitoring System

    ADL Airborne Data Loader

    AIMS Airplane InformationManagement System

    ANSP Air Navigation Service Provider

    AOC Airline Operational Control/Communication

    ART ACARS Reconfiguration Tool

    ATC Air Traffic Control

    ATN Aeronautical TelecommunicationNetwork

    ATS Air Traffic Services

    ATSU Air Traffic Services Unit

    BITE Built In Test Equipment

    CM Context Management

    CMF CommunicationManagement Function

    CMU CommunicationsManagement Unit

    MFD Multi-Function Display

    NGFMS Next Generation FlightManagement System

    OMS Onboard Maintenance System

    PDL Portable Data Loader

    PM- Protected Mode ControllerCPDLC Pilot Data Link Communication

    R/T Receiver/Transmitter

    RIPS Recorder IndependentPower Supply

    SESAR Single EuropeanSky ATM Research

    SES-DLS Single EuropeanSky Data Link Services

    SSCVR Solid State CockpitVoice Recorder

    STC Supplemental Type Certificate

    VDL VHF Data Link

    VDL-M2 VHF Data Link Mode 2

    VHF Very High Frequency

    CPDLC Controller Pilot Data LinkCommunication

    CVR Cockpit Voice Recorder

    DCDU Data Link Communicationand Display Unit

    DCMF Data CommunicationManagement Function

    DLC Data Link Communications

    DLS Data Link Services

    DLS IR Data Link ServicesImplementing Rules

    EASA European Aviation Safety Agency

    ETA Expected Time of Arrival

    FDAMS Flight Data Acquisition

    and Management System

    FANS Future Air Navigation System

    FDCF Flight Deck CommunicationFunction

    FMS Flight Management System

    HFDL High Frequency Data Link

    MCDU Multi-Function Control Display Unit

    This document (and related information provided by Honeywell) expresses Honeywells current business views and opinions on certain current and anticipated rules and laws. It isintended as an informal guide only, designed to assist current and prospective Honeywell customers in their evaluation of whether our products and services can meet their businessneeds. This information should not be relied upon when making business decisions. None of the information contained in this document constitutes legal advice or legal opinion on how

    any of the referenced rules or laws may apply to you or your organisation or to any other matters. We encourage you to seek your own legal counsel and conduct your own independentanalysis of the matters raised if you feel they are important to you or your business. Although we believe the factual information provided here to be accurate, it is disclosed (along withrelated information) without any representation or warranties of any kind (such as those relating to accuracy, currency, completeness or suitability to your business).