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The GBAS Landing SystemThe GBAS Landing SystemThe GBAS Landing SystemThe GBAS Landing SystemSteve Duenkel
Senior Program ManagerAviation InfrastructureAviation Infrastructure
Boeing Commercial Aviation ServicesOctober 29, 2009
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GBAS Landing System (GLS) Topics for TodayGBAS Landing System (GLS) Topics for Today
Boeing history with GLS
Equipage
Training
Operational Implementation
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Boeing History with GLSBoeing History with GLSBoeing History with GLSBoeing History with GLS
Boeing – NASA Research Program (1995)
1000+ successful approaches with (4) prototype Differential GNSS Systems
225 successful autolands
Led to development of SARPS compliant prototype ground station
Boeing decision to develop and certify GLS for the 737NG
P d ti C tifi ti 737NG (2005)Production Certification on 737NG (2005)
GLS is production option
Available with service bulletin and retrofit kit
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Available with service bulletin and retrofit kit.
Certified 737 GLS ArchitectureCertified 737 GLS ArchitectureCertified 737 GLS ArchitectureCertified 737 GLS Architecture
GPS ANT-L
GPS ANT LFCCFCCMMR–1/-2 CLOCKMMR–1/-2
GLS is designed to be “ILS-like”.
ILS #
MMR-1
ADIRU
GPS ANT - L
VDB/LOC
A/BA/BMMR–1/-2 CLOCK
EGPWS
MMR 1/ 2
MMR–1/-2
MMR–1/-2
MMR–1/-2
VOR/LOC ANT(TAIL)
ANTSW#1
PORT B
ILS # 1
ILS #
GNSS
ADIRUL/R
NCP
ADIRU-L/R
NCP - CAP
NCP - F/O
VDB/LOC
FMCL/R
FMCL/R
MCU MSU
MMR–1/-2
MMR–1/-2ANT
SW#2
SW#1
2AUDI
O
MMR-2
DUAL G/S ANT
G/S ANT
DFDAU
SAI ISFD
REU
MMR–1/-2
MMR–1/-2 MMR–1DUAL LOC ANT(NOSE)
GPS ANT-RGPS ANT - R
L/RND
L/RPFDDEU-1
DEU-2L/RND
L/RPFDDEU-1
DEU-2
MMR–1/-2
MMR–1/-2
FMC Flight Management Computer MCU Mode Control Unit SAI Standby Attitude Indicator ISFD Integrated Standby Flight Display DEU Display Electronics Unit PFD Primary Flight Display ND Navigation Display
VOR VHF Omnidirectional Ranging Receiver MMR Multimode Receiver ADIRU Air Data Inertial Reference Unit NCP Navigation Control Panel LOC Localizer G/S Glideplope GPS Global Positioning System
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DFDAU Digital Flight Data Acquisition Unit REU Remote Electronics Unit
FCC Flight Control Computer EGPWS Enhanced Ground Proximity Warning System
The Next Generation 737 Flight Deck with GLSThe Next Generation 737 Flight Deck with GLSThe Next Generation 737 Flight Deck with GLSThe Next Generation 737 Flight Deck with GLS
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Navigation Control Panel (Tuning Panel)Navigation Control Panel (Tuning Panel)Navigation Control Panel (Tuning Panel)Navigation Control Panel (Tuning Panel)
Select GLS modeSelect GLS mode
S t GLS h l bS t GLS h l bSet GLS channel numberSet GLS channel number
Select GLS mode “Active”Select GLS mode “Active”
Verify tuning (on PFD)Verify tuning (on PFD)
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GLSGLS -- Approach Selection via FMSApproach Selection via FMSGLS GLS Approach Selection via FMSApproach Selection via FMS
Line select a "GLS" approachLine select a "GLS" approach
Mi d h" i t l t dMi d h" i t l t dMissed approach" is auto selectedMissed approach" is auto selected
"GLS data" is presented"GLS data" is presented
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GLSGLS –– Primary Flight DisplayPrimary Flight DisplayGLS GLS Primary Flight DisplayPrimary Flight Display
GLSGLSILSILS GLSGLSILSILS
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Flight Crew TrainingFlight Crew Training
T i i f fli ht t iTraining for flight crews current in B737-600/-700/-800/-900 aircraft is established at Level A..GLS approach procedures and techniques are identical to those of ILS (with 2 minor exceptions):of ILS (with 2 minor exceptions):
ILS uses a radio frequency whereas the GLS is a channel on the MMR. The navigation reference on the PFD say “GLS” instead of “ILS”.
Crew actions while flying a GLSCrew actions while flying a GLS approach are the same as those for an ILS approach.
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GLS on other Boeing ModelsGLS on other Boeing ModelsGLS on other Boeing ModelsGLS on other Boeing Models
For the 787 Dreamliner, GLS is a basic capability (2010).For the 747 8 GLS is a basicFor the 747-8, GLS is a basic capability (provisioned for Category III) (2010).g y ) ( )For the 777, Boeing is evaluating the potential i ti f GLSincorporation of GLS Category III capability.Implementation on otherImplementation on other Boeing models is subject to customer demand.
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Future Category III Capability with GBASFuture Category III Capability with GBASFuture Category III Capability with GBASFuture Category III Capability with GBAS
B i & FAA iBoeing & FAA are pursuing cooperative development for Category II/III capability.St d d M t iStandards are Maturing:
RTCA MOPS approved by SC-159Draft ICAO SARPS developed –
lid ti i divalidation is proceedingRevised Total System Architecture
Multi-Mode Receiver (MMR) henhancements
GPS antenna improvementsGBAS Software development to DO-278 L l A278 Level AImproved ground station monitoring
Near term objective: Pursue operational approval for Special Authorization
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Near term objective: Pursue operational approval for Special Authorization Category II with “Category I” certified GBAS with operational mitigations
GBAS Landing System Operational Trials Boeing ParticipationGBAS Landing System Operational Trials Boeing ParticipationBoeing ParticipationBoeing Participation
BremenMemphis
Bremen
Newark
Guam
Sydney
Boeing supports our valued customers as they seek to make aviation history with initial
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aviation history with initial implementation.
The “total system” must be in to begin GLS Operations.The “total system” must be in to begin GLS Operations.
Airport & FacilityRegulatory Airline AirplaneAir Traffic
pp
Airport & FacilityCapability
g yCapability
+ +
Capability
+
Airplane CapabilityCapability
+Framework for implementation:
+ + ++Framework for implementation:
Develop the regulatory basis for GBAS & GLS
Approve GBAS Design
Install & Commission GBAS Facility
Equip Aircraft with GLS
T i Fli ht CTrain Flight Crews
Approve Operations
Train ATC
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Introduce GLS Operations
GLS equipped aircraft are coming to ChinaGLS equipped aircraft are coming to ChinaGLS equipped aircraft are coming to China.GLS equipped aircraft are coming to China.
xie xie !
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Thank you very much!
Ground Base Augmentation System TerminologyGround Base Augmentation System TerminologyTerminologyTerminology
G d B d A t tiGround Based Augmentation System (GBAS) refers to the
d l t f thground elements of the system.
GBAS Landing System (GLS) refers to the airplane function based on GBAS (Ground Based Augmentation System) service
GLS function intended to be
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ILS look-a-like
737NG GLS Flight TrialsRio de Janeiro Brazil (2005)737NG GLS Flight TrialsRio de Janeiro Brazil (2005)Rio de Janeiro, Brazil (2005)Rio de Janeiro, Brazil (2005)
Included 17 total approaches with 11 auto-lands1 planned low-altitude go-1 planned low-altitude go-aroundA Head-Up Display (HUD) AIII l dilanding4 low-altitude approaches to assess coverage over the grunways at nearby Santos Dumont.GLS performance during
SBRJSBGL
GLS performance during nominal equatorial sunset ionospheric conditions was
t bl f ti l
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acceptable for operational use with significant margin.
RNP to GLS TransitionsRNP to GLS TransitionsRNP to GLS TransitionsRNP to GLS Transitions
FD
VNAV PTHLNAVSPD
GMWH / 220RW22 8.4
LOC G/S
FMC FD
VNAV PTHLNAVSPD
GMWH / 220RW22 8.4
LOC G/S
FMC
22001710 22001710
GLS Final
RNP RF leg 4000GLS LAND 3
G/SLOCSPDGMWH / 220o
RW22 4.4
1200140
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Qantas Airways - RNP to GLS TransitionsQantas Airways - RNP to GLS TransitionsQantas Airways RNP to GLS TransitionsQantas Airways RNP to GLS Transitions
First RNP to GLS operation in revenue service involvingrevenue service involving 737NG in May 2009
Extremely smooth transition
Radar & ADS-B data confirm track conformance
Fuel saving of 140 kg (168 litres) perFuel saving of 140 kg (168 litres) per flight over conventional radar vectoring to ILS
Emission reduction of 440 kg CO2Emission reduction of 440 kg CO2
Noise reductions
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737 Flight Deck737 Flight Deck737 Flight Deck737 Flight Deck
Master/CautionMaster/Caution Mode Select UnitMode Select UnitMaster/CautionMaster/Caution Mode Select UnitMode Select Unit
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