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Performance Based Navigation I l t ti i Th il dPerformance Based Navigation I l t ti i Th il dImplementation in ThailandImplementation in Thailand
ICAO Asia/Pacific PBN Implementation SeminarICAO Asia/Pacific PBN Implementation SeminarICAO Asia/Pacific PBN Implementation Seminar
Hong Kong, China, 1-2 February 2010
The Sixth ICAO PBN Task Force Meeting
ICAO Asia/Pacific PBN Implementation Seminar
Hong Kong, China, 1-2 February 2010
The Sixth ICAO PBN Task Force MeetingThe Sixth ICAO PBN Task Force Meeting
Hong Kong, China, 4-6 February 2010
The Sixth ICAO PBN Task Force Meeting
Hong Kong, China, 4-6 February 20101
Thailand WG on PBN&GNSSThailand WG on PBN&GNSS
Since May 2007, Thailand National Working Group on PBN & GNSS Implementation consists of representatives from:GNSS Implementation consists of representatives from:
- DCA Thailand
- Airlines
- Thai Pilot Association
- Airport of Thailand
- Aeronautical Radio of Thailand
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Area 1: Policy & Implementation Planning
Conduct feasibility e g why should we implement PBN and GNSS? How- Conduct feasibility, e.g. why should we implement PBN and GNSS? How much would it cost?
- Define roadmap, e.g. where and when should we implement?
- Address regulatory issues e g what regulations/legislations are needed?Address regulatory issues, e.g. what regulations/legislations are needed?
Area 2: Establishments of Standards and Requirements
- Identify/Establish standards, e.g. how should we implement? What actions are needed to be done? Who are responsible for doing what?
Area 3: Communication with Stakeholders
- Notify stakeholders, e.g. let other people know what we have planned and accomplished.
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- Gather feedback, e.g. what do other stakeholders think? How can we improve what we have done?
VOR/DME CoverageVOR/DME Coverage
Assessment of Assessment of VOR CoverageVOR Coverageggat at 1010,,000 000 and and 2020,,000 000 ftftNot includingNot includingNot including Not including VOR atVOR at SBIASBIA
1010,,000 000 ft ft 2020,,000 000 ft ft
DME/DME CoverageDME/DME Coverage
Assessment of Assessment of DME/DME DME/DME CoverageCoverageat at 1010,,000 000 and and 2020,,000000 ftft2020,,000 000 ftftNot including Not including DME atDME at SBIASBIA
1010,,000 000 ft ft 2020,,000 000 ft ft
GNSS Performance AssessmentGNSS Performance AssessmentSATELLITE SKYPLOT
NORTH
418
NORTHNORTHNORTHNORTHNORTHNORTHNORTHNORTHNORTHNORTHNORTHNORTHNORTHNORTHNORTHNORTHNORTHNORTH
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Satellite motion depictedover 1 hour
EASTWEST
7
18
19
21
EASTWEST EASTWEST EASTWEST EASTWEST EASTWEST EASTWEST EASTWEST EASTWEST EASTWEST EASTWEST EASTWEST EASTWEST EASTWEST EASTWEST EASTWEST EASTWEST EASTWEST EASTWEST 3
6
7
18
19
3
6
9
16
916
SOUTH
9
SOUTHSOUTHSOUTHSOUTHSOUTHSOUTHSOUTHSOUTHSOUTHSOUTHSOUTHSOUTHSOUTHSOUTHSOUTHSOUTHSOUTHSOUTH
5
User at Lat 0 deg, Lon 0 deg
Thailand PBN RoadmapThailand PBN Roadmap
2005 2010 2015 2020
En-routeRNAV 5 Possible RNP 2 or RNAV 2Basic RNAV
RNAV 10/RNP 4 for Some Oceanic Routes
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Thailand PBN RoadmapThailand PBN Roadmap
2005 2010 2015 2020
RNAV (GNSS or VOR/DME) SID/STARRNAV (GNSS or VOR/DME) SID/STARat Int’l Airports
RNAV 1 SID/STAR
Terminal
A (G SS O / ) S /S A
RNAV 1 SID/STARat Int’l Airports RNAV 1 to RNP 1
transition at certain
terminal areasRNAV (GNSS or VOR/DME) SID/STARat Domestic Airports
RNAV 1 SID/STARat Domestic Airports RNAV 1 to RNP 1
transition at certain
terminal areas
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RNP 1 SID/STARat Non-Radar Airports
terminal areas
Thailand PBN RoadmapThailand PBN Roadmap
2005 2010 2015 2020
RNP APCH (with Baro-VNAV)at Int’l Airports
ApproachRNP APCH (with Baro-VNAV)at Domestic Airports
RNP AR APCH
And/or GBASat selected airports
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at selected airports
Procedures for Phuket 09Procedures for Phuket 09
Y ll C t VOR T kYellow – Current VOR TrackGreen - PBN Track
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Hat-Yai PBN ImplementationHat-Yai PBN Implementation
• Operation commenced onOperation commenced on December 17th, 2009
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Performance Improvements with PBNPerformance Improvements with PBN
Phuket (VTSP) Conventional PBN
Runway 27 1 4 degree ILS offset Runway aligned approachRunway 27 1.4-degree ILS offset Runway-aligned approach
Runway 09 6-degree VOR offset Runway-aligned approach
OCA at 850 feet OCA at 750 feet
Samui (VTSM) Conventional PBN
Runway 17 Runway-aligned final path yet through unstable weather area
Runway-aligned approach, yet able to side-step to avoid the unstable
weather area
Hat Yai (VTSS) Conventional PBN
Runway 08 Unavailable due to mo ntaino s terrain
Runway-aligned approach
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mountainous terrain
On-going PBN ActivitiesOn-going PBN Activities
• RNP APCH for Samui are successfully flight validated• RNP APCH and RNAV 1 SID/STAR for Hat Yai, Phuket,
Samui, Chiang Mai and Krabi are being finalized. E d i l i i J 2009Expected trial operation in June 2009.
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On-going PBN ActivitiesOn-going PBN Activities
• PBN for Suvarnabhumi and Don Mueang as Priority National Aviation Activity, supported by the Ministry of Transports.
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PBN Training ActivitiesPBN Training Activities
• Currently. More than 800 ATCs around Thailand havearound Thailand have participated in PBN training.
• On-going PBN training for• On-going PBN training for pilots.
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OnOn--going Enhancements ofgoing Enhancements ofPBN & GNSS Regional CoPBN & GNSS Regional Co--operationoperation
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Enhancing Regional GNSS & PBN Co-operationEnhancing Regional GNSS & PBN Co-operation
Thailand (AEROTHAI) PBN & GNSS capabilities include:
• Feasibility Study and Project Consulting• Analysis of GNSS Performance• Trainings for ATC, Pilot, Engineer and Management• WGS -84 Survey• RNAV/RNP Instrument Flight Procedure Design• RAIM Prediction Systems• Flight Validation of PBN and GNSS procedures• GNSS Signal Monitoring & Archival
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Success StoriesSuccess Stories
• End-to-end PBN solution for Phuketand Hat-Yai
• PBN flight validation services for 16 PBN P d f CAA ChiPBN Procedures for CAA Chinese Taipei
• PBN & GNSS training for ATCPBN & GNSS training for ATC, engineer, flight inspection pilots to Mongolia
• PBN training for ATC to Nepal
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