Performance Based Navigation: Developments and Benefits

Performance Based Navigation: Developments and Benefits ICAO PBN Seminar 1 June 2008 Eduardo Juranovic IATA Assistant Director, Safety, Operation...
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Performance Based Navigation: Developments and Benefits

ICAO PBN Seminar

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June 2008

Eduardo Juranovic IATA Assistant Director, Safety, Operations & Infrastructure Latin America & Caribbean [email protected] (305) 779-9837 ICAO PBN Seminar

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June 2008

IATA today ¸ 230 Airline Members ¸ from 143 countries ¸ 94% of total international traffic ¸ 200 partners ¸ Representation in 90 countries ¸ 1400 staff ¸ www.iata.org ICAO PBN Seminar

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June 2008

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June 2008

PBN Benefits for Airlines/Operators ¸ RNP uses the GPS navigational capabilities … to optimize flight approach and departure tracks and reduce fuel consumption and emissions while enhancing safety and providing access to airports in reduced weather conditions. ¸ RNP offers more reliable and predictable flight paths, time and fuel savings, shorter route distances, reduced emissions and noise. Capt. Chris Manning, Qantas Chief Pilot (Flight International, 27 May – 2 June 2008) ICAO PBN Seminar

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June 2008

PBN Safety Benefits ¸ CFIT reduction ¸ Stabilized approaches ¸ Safer missed-approaches ¸ Safer non-normal procedures ¸ Less stress on flight crews ¸ Less ATC COMM congestion ¸ No ILS, VOR signal distortion

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June 2008

Global Navigation Satellite System (GNSS)

ICAO PBN Seminar

¸USA:

GPS (+ WAAS, LAAS)

¸Russia:

GLONASS

¸EU:

GALILEO (+ EGNOS)

¸Others:

MSAS (Japan), GAGAN (India) 7

June 2008

Aircraft Capability

HF Antenna

Modern aircraft contain advanced systems, RNAV, RNP, datalink and ADS features, and robust configurations e.g. dual FMC, dual GPS, dual DME/VOR, Low Gain GPS Satellite High Gain triple IRS, ADS, etc. Antennas Antenna Satellite Antenna

Displays

TCAS II

Mode S Amplifier

Flt Deck Displays/ Alerting

Satellite Data Unit HFTransceiver

MMR ILS GPS

Flight Management System

Autopilot/ Flight Director Systems TCAS II

Flight Management System

Monitoring Alerting System

Audio Control Panel

DME

Radio Tuning Panel

VOR

VOR IRS

DME

VHF Transceiver

Mode S

VHF Antenna

ILS VOR TCAS II Mode S DME Antennas Antenna Antenna Antennas Antennas

ICAO PBN Seminar

ACARS Management Unit

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June 2008

Cessna 182 Skylane

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Environmental Objective and Strategy ¸Carbon-neutral in the medium-term ¸Zero-carbon emissions in long-term ¸Four-pillar strategy: ¸1. Invest in new technology ¸2. Build and use efficient infrastructure ¸3. Operate planes effectively ¸4. Economic measures/tax incentives

Facts and Figures ¸ Transport in general accounts for 14% of global greenhouse gas emissions ¸ behind the power and land use sectors ¸ the same as the agriculture sector ¸ Aviation is responsible for 12% of CO2 emissions from all transport sources ¸ 76% is from road transport ¸ 1% reduction in fuel burn (or 1 minute reduction in flight time) ¸ saves 7 million tons emissions per year ¸ saving 1 kg on each flight could save roughly ¸ 1,700 tons of fuel per year ¸ 5,400 tons of CO2 per year ¸ Aircraft and engine manufacturers devote up to 15% of turnover to research ICAO PBN Seminar

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June 2008

Facts and Figures ¸ 1 kg of fuel CO2 produces 3.19 kg (varies between 3.12 – 3.26 kg) ¸ New aircraft are 70% more fuel efficient than 40 years ago ¸ 20% better than 10 years ago ¸ Airlines are aiming for a further 25% fuel efficiency improvement by 2020 ¸ Modern aircraft achieve fuel efficiencies of 3.5 lt. per 100 passenger km. ¸ The A380 and B787 are aiming for 3 lt. per 100 passenger km ¸ 78 passenger MPG ¸ better than a compact car!

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June 2008

Facts and Figures ¸ Air transport produces 2% of global CO2 emissions ¸ could reach 3% by 2050 ¸ 700 million tons per year ¸ this is actually less than the CO2 produced worldwide by cattle

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Facts and Figures ¸ Crows are famous for their ability to fly between two points by the most direct route ¸ But aircraft often have to zig-zag ¸ By shortening routes, we can cut CO2 emissions by 6 million tones per year

Flying is a wonderful thing ICAO PBN Seminar

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June 2008

VOR AIRPORT A

RNAV routes NDB AIRPORT B

RNAV ROUTE

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ATS ROUTE

June 2008

¸ The use of satellite technology has allowed the aviation industry to move away from its dependence on ground based navigation systems

Current Ground Nav aids

RNAV

RNP Waypoints Seamless Vertical Path “curved” paths

Limited Design Flexibility ICAO PBN Seminar

Increased Airspace Efficiency

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Highly Optimized Use of Airspace

June 2008

RNAV Route: Lima – Buenos Aires NAV Route UA 558 / UB 679 Lima

Savings Dist.: 36 NM Time: 5 min. Fuel: 2.0M lb./yr

RNAV Route UL 550

Buenos Aires

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June 2008

RNAV Route: Santiago – BA/Montevideo Savings Dist.: 16 NM Time: 2 min. Fuel: 1.4M lb./yr

NEW RNAV ROUTE UM 424

OLD NAV ROUTE UW 68

ICAO PBN Seminar

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June 2008

PBN Applications ¸ Departures ¸ Normal (SID) ¸ Engine-out (MTOW)

¸ Routes ¸ Arrivals (STAR) ¸ Instrument approaches ¸ Non-precision (NPA) ¸ With vertical guidance (APV) ¸ RNP ¸ GLS ICAO PBN Seminar

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June 2008

RNAV Approaches: Quito (Ecuador) Savings: 37 NM, 11 min. Fuel: 6.0M lb./yr.

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June 2008

RNAV/RNP Procedures

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June 2008

Atlanta RNAV Departure Procedures (April 2005) Before RNAV

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After RNAV

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DFW before and after implementation of RNAV procedures

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June 2008

RNP SAAAR Approach Procedure Washington National Airport (KDCA)

¸ Safety enhancement, with guided, stabilized 3D path to runway ¸ Provides RNP corridor which avoids prohibited airspace ICAO PBN Seminar 7 of 12

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June 2008

Augmentation Systems ¸

Aircraft based Augmentation System – ABAS ¸RAIM, FDE ¸global coverage ¸ Satellite Based Augmentation System – SBAS ¸WAAS, EGNOS ¸regional coverage ¸ Ground Based Augmentation System – GBAS ¸LAAS ¸local coverage ¸ First Boeing production airplane with LAAS: 12 May 2005 (737NG) ICAO PBN Seminar

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June 2008

GBAS COMPONENTS ¸ Differential ground station ¸ VHF datalink receiver to aircraft (108 MHz – 117 MHz Band) ¸ GBAS can provide corrections for SBAS GEO ranging signals DATA LINK

GBAS GROUND STATION

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GBAS Installation at Sydney

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June 2008

GBAS Installation at Sydney GPS Reference Receiver Antennas VHF Data Link Antenna

GLS Facility Shelter

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June 2008

The Future GNSS ¸ The joint use of GPS (modernized), GLONASS and GALILEO IS anticipated ¸ Improved ABAS is anticipated (implementation of L5) ¸ Two augmentation systems are being implemented ¸ SBAS ¸ Already providing high integrity en route through APV guidance ¸ Cat I in future over wide areas

¸ GBAS ¸ eventually will provide CAT I, II and III procedures

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AW&ST Nov. 5, 2007

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Thank you

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