1 Approach Procedures Barb Cordell. 2 Missed Approach textual Description Minimum Safe Altitude Textual Circling remarks Segment Legs Minimums Holding

1

Approach Procedures Approach Procedures

Barb Cordell

2

Missed Approach textual

Description

Minimum Safe

Altitude

Textual Circling remarks

Segment Legs

Minimums

Holding

Terminal Procedure Publication

Segment Points

3

OverviewOverview

•Start with a high level overview

•Briefly walk through different sections of an approach

•Segment Points

•Segments

•Holding

•Terminal Arrival Area (RNAV)

•Minimum Safe/Sector Area and Emergency Safe Area

•Circling

•Minimums

4

High Level Overview - ApproachHigh Level Overview - Approach

Procedure

communicationFailureDescription : txtDescrdescription : txtDescrdesignCriteria : codeDesignStdcodingStandard : codeProcCodingStdoperatingStatus : codeStatusProcedureflightChecked : codeYesNo

(f rom Procedure)

<<feature>>

InstrumentApproachProcedure

approachPrefix : codeApproachPrefixapproachType : codeApproachTypemultipleIdentification : codeUpperAlphacopterTrack : valAngleBrgcirclingIdentification : codeUpperAlphaname : txtNamecourseReversalDescription : txtDescradditionalEquipment : codeApproachEquipmentAddl...channelGNSS : valChannelNumber

<<feature>>

Inheritance

5


CirclingArea(f rom 5 - Circling)

<<feature>>

SafeAltitudeArea(f rom 2 - Minimum and Emergency Saf e Altitude)

<<feature>> TerminalArrivalArea(f rom 3 - Terminal Arriv al Area)

<<feature>>

LandingAreaCollection<<object>>

MissedApproachGroup

missedApproachDescription : TextDescriptionTypealternateClimbInstruction : TextDescriptionTypealternateClimbAltitude : ValDistanceVerticalType

<<object>>

ServiceOnInstrumentApproachProcedure

remoteFlag : CodeYesNoTypeprimaryFlag : CodeYesNoType

(f rom Serv ice)

<<feature>>

0..*

+Altimeter

0..*identifies


approachPrefix : CodeApproachPrefixTypeapproachType : CodeApproachTypemultipleIdentification : CodeUpperAlphaTypecopterTrack : ValBearingTypecirclingIdentification : CodeUpperAlphaTypename : TextNameTypecourseReversalDescription : TextDescriptionTypeadditionalEquipment : CodeApproachEquipmentAdditionalTypechannelGNSS : ValChannelNumberType

<<feature>>

0..*

1

0..*

1

isUsedOn0..2

1..*

0..2

1..*

protects

0..*

1

0..*

1

supplies

0..10..1

isForLandingAt

0..*0..*

includes

0..*

1

0..*

1

isFurnishedOn

AirportHeliport(f rom AirportHeliport)

<<feature>>

Procedure

communicationFailureDescription : TextDescriptionTypedescription : TextDescriptionTypedesignCriteria : CodeDesignStandardTypecodingStandard : CodeProcedureCodingStandardTypeoperatingStatus : CodeStatusProcedureTypeflightChecked : CodeYesNoType

(from Procedure)

<<feature>>

11..* 11..*services

SegmentLeg(from 4 - Segment Leg)

<<feature>>1..*

1..*

1..*

1..*

contains

ProcedureTransition

transitionId : CodeDesignatedPointDesignatorTypetype : CodeProcedurePhaseTypeseqNumberARINC : NoSequenceType

(f rom 4 - Segment Leg)

<<object>>

Curve(f rom Geometry )

<<object>>

0..10..1hasTrajectory

0..10..1

represents

6

High Level Overview – Transition and SegmentHigh Level Overview –

Transition and Segment

WABAKEGYUE

JESKI

CONNU

JIMMY

WABAK transition

JESKI transition

Procedure


(from Procedure)

<<feature>>


<<feature>>1..*

1..*

1..*

1..*

contains

ProcedureTransition



<<object>>


<<object>>


0..10..1

represents

7


CirclingArea(f rom 5 - Circling)

<<feature>>

SafeAltitudeArea(f rom 2 - Minimum and Emergency Saf e Altitude)

<<feature>> TerminalArrivalArea(f rom 3 - Terminal Arriv al Area)

<<feature>>

LandingAreaCollection<<object>>

MissedApproachGroup

missedApproachDescription : TextDescriptionTypealternateClimbInstruction : TextDescriptionTypealternateClimbAltitude : ValDistanceVerticalType

<<object>>


remoteFlag : CodeYesNoTypeprimaryFlag : CodeYesNoType

(f rom Serv ice)

<<feature>>

0..*

+Altimeter

0..*identifies


approachPrefix : CodeApproachPrefixTypeapproachType : CodeApproachTypemultipleIdentification : CodeUpperAlphaTypecopterTrack : ValBearingTypecirclingIdentification : CodeUpperAlphaTypename : TextNameTypecourseReversalDescription : TextDescriptionTypeadditionalEquipment : CodeApproachEquipmentAdditionalTypechannelGNSS : ValChannelNumberType

<<feature>>

0..*

1

0..*

1

isUsedOn0..2

1..*

0..2

1..*

protects

0..*

1

0..*

1

supplies

0..10..1

isForLandingAt

0..*0..*

includes

0..*

1

0..*

1

isFurnishedOn

AirportHeliport(f rom AirportHeliport)

<<feature>>

Procedure


(from Procedure)

<<feature>>

11..* 11..*services


<<feature>>1..*

1..*

1..*

1..*

contains

ProcedureTransition



<<object>>


<<object>>


0..10..1

represents

8

Approach SectionsApproach Sections

•Briefly walk through different sections of an approach

•Segment Points and Point References

•Segments

•Holding

•Terminal Arrival Area (RNAV)

•Minimum Safe/Sector Area and Emergency Safe Area

•Circling

•Minimums

9

Segment PointsSegment Points

2. References

Uses ODK VORTAC

Angle Indication 010

Distance Indication 10

1. Significant Point

• Name = WABAK

3. SegmentPoint

• Fly over

• Not a WayPoint

• No Radar available

SignificantPoint(from Navaids Points)

<<choice>>SegmentPoint

reportingATC : CodeATCReportingTypeflyOver : CodeYesNoTypewaypoint : CodeYesNoTyperadarGuidance : CodeYesNoType

<<object>>10..* 10..*isLocatedAt

PointReference

role : CodeReferenceRoleTypepriorFixTolerance : ValDistanceSignedTypepostFixTolerance : ValDistanceSignedType

<<object>>

0..*0..*

uses

TerminalSegmentPoint

role : CodeProcedureFixRoleTypeleadRadial : ValBearingTypeleadDME : ValDistanceTypeindicatorFACF : CodeYesNoType

<<object>>


<<feature>>0..10..1

startsAt

0..10..1

endsAt0..10..1

hasArcCenter


<<choice>>SegmentPoint


<<object>>10..* 10..*isLocatedAt

PointReference


<<object>>

0..*0..*

uses


role : CodeProcedureFixRoleTypeleadRadial : ValBearingTypeleadDME : ValDistanceTypeindicatorFACF : CodeYesNoType

<<object>>


<<feature>>0..10..1

startsAt

0..10..1

endsAt0..10..1

hasArcCenter

10

Segment Leg SpecializationSegment Leg Specialization

IntermediateLeg

requiredNavigationPerformance : CodeRNPTypeverticalAngle : ValAngleType

<<feature>>

MissedApproachLeg

type : CodeMissedApproachTypethresholdAfterMAPT : CodeYesNoTypeheightMAPT : ValDistanceVerticalTyperequiredNavigationPerformance : CodeRNPTypeverticalAngle : ValAngleType

<<feature>>

InitialLeg


<<feature>>

ArrivalFeederLeg


<<feature>>

InstrumentApproachProcedure(from 1 - Approach)

<<feature>>

ApproachLeg<<feature>>

1

1..*

1

1..* isPartOf

ArrivalLeg<<feature>>

StandardInstrumentArrival(from Arrival Procedure)

<<feature>>

1..*

1

1..*

1isPartOf

StandardInstrumentDeparture(from Departure Procedure)

<<feature>>

DepartureLeg<<feature>>

1

1..*

1

1..*isPartOf


<<choice>>TerminalSegmentPoint

(from Point Reference)

<<object>>

FinalLeg

guidanceSystem : CodeFinalGuidanceTypelandingSystemCategory : CodeLandingAidCategoryTypeminimumBaroVnavTemperature : ValTemperatureTypernpDMEAuthorized : CodeYesNoType

<<feature>>

0..10..1

hasFinalPathAlignmentPoint

0..10..1

hasVisualDescentPoint

SegmentLeg

endConditionDesignator : CodeSegmentTerminationTypelegPath : CodeTrajectoryTypelegTypeARINC : CodeSegmentPathTypecourse : ValBearingTypecourseType : CodeCourseTypecourseDirection : CodeDirectionReferenceTypeturnDirection : CodeDirectionTurnTypespeedLimit : ValSpeedTypespeedReference : CodeSpeedReferenceTypespeedInterpretation : CodeCrossingTypebankAngle : ValAngleTypelength : ValDistanceTypeduration : ValDurationTypeprocedureTurnRequired : CodeYesNoTypeupperLimitAltitude : ValDistanceTypeupperLimitReference : CodeVerticalReferenceTypelowerLimitAltitude : ValDistanceVerticalTypelowerLimitReference : CodeVerticalReferenceTypealtitudeInterpretation : CodeCrossingTypealtitudeOverrideATC : ValDistanceVerticalTypealtitudeOverrideReference : CodeVerticalReferenceType

<<feature>>

11

Approach SegmentsApproach Segments

12


•Defined WABAK/ ODK R-010 10 DME

•Defined RIXAE/ODK R-048 10 DME

•Define Approach Segment Attributes

•Define Segment Points

•Flyby

•Compulsory

•role – for start (IAF) for end (IF)


role : codeIapFixleadRadial : valAngleBrgleadDME : valDistindicatorFACF : codeYesNo

(from Navaids Points)

<<object>>

SegmentLeg

legType : codeTypeLeglegPath : codePathTrajlegTypeARINC : codeTypeProcPathrequiredNavigationPerformance : codeRnpcourse : valAngleBrgcourseType : codeTypeCoursecourseDirection : codeDirRefturnDirection : codeDirTurnverticalAngle : valAnglespeedLimit : valSpeedspeedReference : codeSpeedRefbankAngle : valAnglelength : valDistduration : valDurprocedureTurnRequired : codeYesNoupperLimitAltitude : valDistupperLimitReference : codeDistVerlowerLimitAlti tude : valDistVerlowerLimitReference : codeDistVeralti tudeInterpretation : codeDescrDistVeralti tudeOverrideATC : valDistVeralti tudeOverrideReference : codeDistVer

<<feature>>

0..10..1startingAt

0..10..1

endingAt0..10..1

isArcCenter

SegmentPoint

reportingATC : codeRepAtcflyBy : codeYesNowaypoint : codeYesNoradarGuidance : codeYesNo


<<object>>

13


•legTypeARINC = RF

•CourseType = track

•turnDirection = R

•flyBy = Yes

•lowerLimitAltitude = 1600

•procedureTurnRequired = N

14


SegmentLeg

legType : codeTypeLeglegPath : codePathTrajlegTypeARINC : codeTypeProcPathrequiredNavigationPerformance : codeRnpcourse : valAngleBrgcourseType : codeTypeCoursecourseDirection : codeDirRefturnDirection : codeDirTurnverticalAngle : valAnglespeedLimit : valSpeedspeedReference : codeSpeedRefbankAngle : valAnglelength : valDistduration : valDurprocedureTurnRequired : codeYesNoupperLimitAlti tude : valDistupperLimitReference : codeDistVerlowerLimitAltitude : valDistVerlowerLimitReference : codeDistVeralti tudeInterpretation : codeDescrDistVeralti tudeOverrideATC : valDistVeralti tudeOverrideReference : codeDistVer

<<feature>>

1

hasTrajectory

0..1

1

0..1

Curve

horizontalAccuracy : valDist...

(from Geometry)

<<object>>

isVali...

...

11

...

AircraftCharacteristics

type : codeTypeAcftengine : codeTypeAcftEnginenumberEngine : codeAcftEngineNotypeAircraftICAO : codeIcaoAircraftType...aircraftLandingCategory : codeCatAcft

(from Shared)

<<object>>

l imitedByDist...

0..10..1 DistanceIndication

distance : valDistminimumReceptionAlti tude : valDistVertype : codeTypeDistInd


<<object>>

AngleIndication

angle : valAngleBrgangleType : codeTypeAngleBrgindicationDirection : codeDirReftrueAngle : valAngleBrgcardinalDirection : codeCardinalDirectionminimumReceptionAlti tude : valDistVeralongTrackFlagDeleteMe : codeYesNo


<<object>>

0..10..1

l imitedByAngle

15


•Missed Approach Holding

•In lieu of Procedure Turn

•Arrival Holding

SegmentLeg

<<feature>>

0..10..1

HoldingPattern(f rom Holding)

<<feature>>

establishes

HoldingUse

holdingUse : CodeHoldingUseTypeinstruction : TextRemarkTypeinstructedAltitude : ValDistanceVerticalTypeinstructionAltitudeReference : CodeVerticalReferenceType

<<object>>

16


•Segments that do not start or end at a given point (Climb to altitude or a dog leg)

•Define a Designated Point of type “Designed Point”

•ATTRIBUTE: endConditionDesignator

•Altitude

•Distance

•Duration

•Intercept

17

Approach ConditionApproach Condition

Sidestep and circling to specific runway

Precision

FASDataBlock

horizontalAlarmLimit : ValAlarmLimitTypeverticalAlarmLimit : ValAlarmLimitTypethresholdCourseWidth : ValDistanceTypelengthOffset : ValDistanceTypeCRCRemainder : ValHexType

<<object>>

Minima

altitude : ValDistanceVerticalTypealtitudeCode : CodeMinimumAltitudeTypealtitudeReference : CodeVerticalReferenceTypeheight : ValDistanceVerticalTypemilitaryHeight : ValDistanceVerticalTyperadioHeight : ValDistanceVerticalTypeheightCode : CodeMinimumHeightTypeheightReference : CodeHeightReferencevisibility : ValDistanceTypemilitaryVisibility : ValDistanceVerticalTypemandatoryRVR : CodeYesNoTyperemoteAltimeterMinima : CodeYesNoType

(f rom 6 - Minima)

<<object>>

RunwayDirection(f rom Runway )

<<feature>>

ServiceOnInstrumentApproachProcedure(f rom Serv ice)

<<feature>>

FinalLeg<<feature>>

0..10..1

has AircraftCharacteristic

type : CodeAircraftTypeengine : CodeAircraftEngineTypenumberEngine : CodeAircraftEngineNumberTypetypeAircraftICAO : CodeAircraftICAOTypeaircraftLandingCategory : CodeAircraftCategoryTypemaxWingSpan : ValDistanceTypemaxWeight : ValWeightTypemaxPassengers : NoNumberType

(f rom Shared)

<<object>>

ApproachCondition

finalApproachPath : CodeMinimaFinalApproachPathTyperequiredNavigationPerformance : CodeRNPTypeverticalAngle : ValAngleType

(f rom 1 - Approach)

<<object>>

0..10..1

indicates

......

appliesTo

0..1

+altimeter

0..1

identifies

1

0..*

1

0..*

hasConditions

0..*0..*

isApprovedFor

18

HoldingHolding

Service(from Service)

<<feature>>

HoldingPatternDuration

duration : ValDurationType

<<object>>

HoldingPatternDistance

length : ValDistanceType

<<object>>

HoldingPatternLength<<choice>>

11

hasLengthDuration

11

hasLengthDistance

ServiceOnHoldingPattern(f rom Serv ice)

<<feature>>


<<object>>

SegmentPoint



<<object>>

11

hasEndPoint

HoldingPattern

type : CodeHoldingUsageTypeoutboundCourse : ValBearingTypeoutboundCourseType : CodeCourseTypeinboundCourse : ValBearingTypeturnDirection : CodeDirectionTurnTypeupperLimit : ValDistanceVerticalTypeupperLimitReference : CodeVerticalReferenceTypelowerLimit : ValDistanceVerticalTypelowerLimitReference : CodeVerticalReferenceTypespeedLimit : ValSpeedTypedescription : TextDescriptionTypenonStandardHoldingReason : TextDescriptionType

<<feature>>

11

hasSpan

0..*

1

0..*

1isProvidedOn

0..10..1

isBasedOn

0..10..1

isDepictedBy

HoldingAssessment

upperLimit : ValDistanceVerticalTypeupperLimitReference : CodeVerticalReferenceTypelowerLimit : ValDistanceVerticalTypelowerLimitReference : CodeVerticalReferenceTypespeedLimit : ValSpeedTypepatternTemplate : TextNameTypeturbulentAir : CodeYesNoTypelegLengthToward : ValDistanceTypelegLengthAway : ValDistanceType

(f rom Surf ace Assessment)

<<feature>>

0..10..1

isDesignedFor

0..*

1

0..*

1

determines

ObstacleAssessmentArea

type : CodeObstacleAssessmentSurfaceTypesectionNumber : NoNumberTypeslope : decimalassessedAltitude : ValDistanceVerticalTypeslopeLowerAltitude : ValDistanceVerticalType


<<object>>

0..10..1startsWith

0..*0..*

isEvaluateBy

19

Unplanned HoldingUnplanned Holding

PointReference


(f rom Point Ref erence)

<<object>>


<<choice>>

SegmentPoint



<<object>>

0..*0..*uses

0..*

1

0..*

1

isLocatedAt

HoldingAssessment

upperLimit : ValDistanceVerticalTypeupperLimitReference : CodeVerticalReferenceTypelowerLimit : ValDistanceVerticalTypelowerLimitReference : CodeVerticalReferenceTypespeedLimit : ValSpeedTypepatternTemplate : TextNameTypeturbulentAir : CodeYesNoTypelegLengthToward : ValDistanceTypelegLengthAway : ValDistanceType


<<feature>>

0..10..1

isDesignedFor

UnplannedHolding

unplannedHolding : CodeApprovalTypeauthorizedAltitude : ValDistanceVerticalTypealtitudeReference : CodeVerticalReferenceTypecontrolledAirspace : CodeYesNoType

<<feature>>

0..10..1

isClearedFor

0..*

1

0..*

1

determines

20

Terminal Arrival AreaTerminal Arrival Area

21



<<choice>>

TerminalArrivalArea

arrivalAreaType : codeTypeTAAouterBufferWidth : valDistlateralBufferWidth : valDist

<<feature>>

1+IAF 1

usedForAngle

1 +IF1

usedForDistance

22


•fromAngle = 083

•toAngle = 173

•Innerdistance = 0

•outerDistance = 18

•lowerLimit = 3200

InstrumentApproachProcedure(f rom 1 - Approach)

<<feature>>

SignificantPoint(f rom Nav aids Points)

<<choice>>

TerminalArrivalArea

arrivalAreaType : CodeTAATypeouterBufferWidth : ValDistanceTypelateralBufferWidth : ValDistanceType

<<feature>>

10..* 10..* supplies

1+IAF 1

isUsedForAngle

1 +IF1

isUsedForDistance

CircleSector

arcDirection : CodeArcDirectionTypefromAngle : ValBearingTypetoAngle : ValBearingTypeangleType : CodeBearingTypeangleDirectionReference : CodeDirectionReferenceTypeinnerDistance : ValDistanceTypeouterDistance : ValDistanceTypeupperLimit : ValDistanceVerticalTypeupperLimitReference : CodeVerticalReferenceTypelowerLimit : ValDistanceVerticalTypelowerLimitReference : CodeVerticalReferenceType

(f rom Shared)

<<object>>

Surface(f rom Geometry )

<<object>>1

+Buffer

1

projects

TerminalArrivalAreaSector

flyByCode : CodeYesNoTypeprocedureTurnRequired : CodeYesNoTypealtitudeDescription : CodeCrossingType

<<object>>

1..*1..*

isDefin...

11isDescribedBy

0..1+Extent

0..1

shows

Obstruction

requiredClearance : ValDistanceTypeminimumAltitude : ValDistanceVerticalTypesurfacePenetration : CodeYesNoTypeobstacleBearing : ValBearingTypeobstacleDistance : ValDistanceTypeslopePenetration : ValAngleTypecontroll ing : CodeYesNoType


<<object>>

0..*0..*

isResolvedBy

InstrumentApproachProcedure(f rom 1 - Approach)

<<feature>>

SignificantPoint(f rom Nav aids Points)

<<choice>>

TerminalArrivalArea

arrivalAreaType : CodeTAATypeouterBufferWidth : ValDistanceTypelateralBufferWidth : ValDistanceType

<<feature>>

10..* 10..* supplies

1+IAF 1

isUsedForAngle

1 +IF1

isUsedForDistance

CircleSector

arcDirection : CodeArcDirectionTypefromAngle : ValBearingTypetoAngle : ValBearingTypeangleType : CodeBearingTypeangleDirectionReference : CodeDirectionReferenceTypeinnerDistance : ValDistanceTypeouterDistance : ValDistanceTypeupperLimit : ValDistanceVerticalTypeupperLimitReference : CodeVerticalReferenceTypelowerLimit : ValDistanceVerticalTypelowerLimitReference : CodeVerticalReferenceType

(f rom Shared)

<<object>>


<<object>>1

+Buffer

1

projects

TerminalArrivalAreaSector

flyByCode : CodeYesNoTypeprocedureTurnRequired : CodeYesNoTypealtitudeDescription : CodeCrossingType

<<object>>

1..*1..*

isDefin...

11isDescribedBy

0..1+Extent

0..1

shows

Obstruction

requiredClearance : ValDistanceTypeminimumAltitude : ValDistanceVerticalTypesurfacePenetration : CodeYesNoTypeobstacleBearing : ValBearingTypeobstacleDistance : ValDistanceTypeslopePenetration : ValAngleTypecontroll ing : CodeYesNoType


<<object>>

0..*0..*

isResolvedBy

23

MSA/ESAMSA/ESA


<<feature>>


<<choice>>

SafeAlti tudeArea

safeAreaType : codeSafeAlti tudeType

<<feature>>

10..2 10..2

protects

1

1

1

1

basedOn

CircleSector

arcDirection : codeArcDirectionfromAngle : valAngleBrgtoAngle : valAngleBrgangleType : codeTypeAngleBrgangleDirectionReference : codeDirRefinnerDistance : valDistouterDistance : valDistupperLimit : valDistVerupperLimitReference : codeDistVerlowerLimit : valDistVerlowerLimitReference : codeDistVer

(from Shared)

<<object>>

Surface


(from Geometry)

<<object>>

MSASector

bufferWidth : valDist

<<object>>0..*0..*

definedBy

11

isDefinedBy

1

+Extent

1isPortrayedBy

AltitudeAdjustment

alti tudeAdjustmentType : codeTypeAltitudeAdjprimaryAlternateMinimum : codeYesNoalti tudeAdjustment : valDistVerlocalRemoteCode : codeYesNo

(from Surface Assessment)

<<object>>Obstruction

requiredClearance : valDistminimumAltitude : valDistVersurfacePenetration : codeYesNo...obstacleBearing : valAngleBrgobstacleDistance : valDistslopePenetration : valAnglecontroll ing : codeYesNo

(from Surface Assessment)

<<object>>

0..*0..*

isResolvedBy

0..*0..*

hasApplied

24

Circling CirclingThe boundaries of any sector in which visual maneuvering (circling) is prohibited;

Timetable

workingHours : codeTypeTimetable...

(from Time Management)

<<object>>

CircleSector

arcDirection : codeArcDirectionfromAngle : valAngleBrgtoAngle : valAngleBrgangleType : codeTypeAngleBrgangleDirectionReference : codeDirRef...innerDistance : valDistouterDistance : valDistupperLimit : valDistVerupperLimitReference : codeDistVerlowerLimit : valDistVerlowerLimitReference : codeDistVer

(from Shared)

<<object>>

Minima(from 6 - Minima)

<<object>>

RunwayDirection(from Runway)

<<feature>>

Circl ingRestriction<<object>>

0..10..1

isEffective0..10..1

isDescribedBy


<<feature>>

ApproachCondition

finalApproachPath : codeMinimaFinalApproachPath

(from 1 - Approach)

<<object>>

0..10..1

indicates

0..*0..*

appliesTo

0..*0..*

isAppliedTo

Surface


(from Geometry)

<<object>>

0..10..1

isDepictedBy

AircraftCharacteristics

type : codeTypeAcftengine : codeTypeAcftEnginenumberEngine : codeAcftEngineNotypeAircraftICAO : codeIcaoAircraftType...aircraftLandingCategory : codeCatAcft

(from Shared)

<<object>>

0..*0..*approvedFor

Circl ingArea<<feature>>

1

0..*

1

0..*usedOn

0..*0..*

has

0..10..1

i il l istratedBy

11

isEvalautedFor

25

MinimumsMinimums

Service

type : codeTypeSerclass : codeSourceSerradarAssisted : codeYesNo...

(from Service)

<<feature>>

EquipmentUnavailableAdjustmentColumn

guidanceEquipment : codeApproachTypelandingSystemLights : codeYesNoequipmentRVR : codeYesNovisibi l ityAdjustment : valDistVer_approachLightingInoperative : codeYesNo

<<object>>

EquipmentUnavailableAdjustments

type : codeEquipUnavailableTypedescription : txtRmk_approachLightingInoperative : codeYesNo

<<object>>

0..*0..*

contain

Minima

alti tude : valDistVeralti tudeCode : codeMinimumAlti tudealti tudeReference : codeDistVerheight : valDistVermil itaryHeight : valDistVerradioHeight : valDistVerheightCode : codeMinimumHeightheightReference : codeDistVervisibi l ity : valDistmil itaryVisibil i ty : valDistVermandatoryRVR : codeYesNoremoteAltimeterMinima : codeYesNo

<<object>>

0..*0..*

adjustedBy

RunwayDirection(from Runway)

<<feature>>


remoteFlag : codeYesNoprimaryFlag : codeYesNo

(from Service)

<<feature>>

ApproachCondition

finalApproachPath : codeMinimaFinalApproachPath

(from 1 - Approach)

<<object>>

0..10..1

indicates

0..*0..*

appliesTo

0..1+altimeter

0..1

identifies

26

Obstacle Assessment AssociationsObstacle Assessment Associations

RouteSegment(from Routes)

<<feature>>

CirclingArea(from 5 - Circling)

<<feature>>SegmentLeg(from 4 - Segment Leg)

<<feature>>

HoldingAssessment<<feature>>

ApproachCondition(from 1 - Approach)

<<object>>

0..*0..*

has

NavaidEquipment(from Navaids Points)

<<feature>>



<<object>>

0..10..1

isEvaluatedWith0..*0..*

isEvaluatedBy

0..*0..*

isEvaluatedBy

0..*0..*isEvaluateBy0..*0..*

isEvaluatedBy

0..*0..*

isEvaluatedBy

27

Obstacle AssessmentsObstacle Assessments


<<object>>

AircraftCharacteristic

type : CodeAircraftTypeengine : CodeAircraftEngineTypenumberEngine : CodeAircraftEngineNumberTypetypeAircraftICAO : CodeAircraftICAOTypeaircraftLandingCategory : CodeAircraftCategoryTypemaxWingSpan : ValDistanceTypemaxWeight : ValWeightTypemaxPassengers : NoNumberType

(f rom Shared)

<<object>>


<<object>>

AltitudeAdjustment

altitudeAdjustmentType : CodeAltitudeAdjustmentTypeprimaryAlternateMinimum : CodeYesNoTypealtitudeAdjustment : ValDistanceVerticalTypelocalRemoteCode : CodeYesNoType

<<object>>



<<object>>

0..10..1

startsWith

0..*0..*

isEvaluatedFor11

hasExtent

Airspace(f rom Airspace)

<<feature>>

Obstruction

requiredClearance : ValDistanceTypeminimumAltitude : ValDistanceVerticalTypesurfacePenetration : CodeYesNoTypeobstacleBearing : ValBearingTypeobstacleDistance : ValDistanceTypeslopePenetration : ValAngleTypecontrolling : CodeYesNoType

<<object>>

0..*0..*

hasApplied

1..*1..*

isResolvedBy

VerticalStructure(f rom Obstacle)

<<feature>>

ObstructionType<<choice>>

0..1+obstruction

0..1

11

refersTo

0..1+obstruction 0..1

28

Approach Procedures

SummaryApproach Procedures

Summary

• Approach at a high level• Significant Points and Reference• Transition and Segments• Holding (three types) and how they relate to a

segment• Unplanned Holding• Terminal Arrival Areas• Minimum Safe/Sector Altitude / Emergency Safe

Altitudes• Circling• Minimums• Obstacle Assessment

• Approach at a high level• Significant Points and Reference• Transition and Segments• Holding (three types) and how they relate to a

segment• Unplanned Holding• Terminal Arrival Areas• Minimum Safe/Sector Altitude / Emergency Safe

Altitudes• Circling• Minimums• Obstacle Assessment

29

Questions

Documents

1 Approach Procedures Barb Cordell. 2 Missed Approach textual Description Minimum Safe Altitude Textual Circling remarks Segment Legs Minimums Holding