Changi The A380 Experience Starts Here. Foo Sek Min Senior Director (Airport Management Group) Civil Aviation Authority of Singapore

Similar documents
Apron. FAC: 1131 CATCODE: OPR: AFCEC/COS OCR: AF/A3O-A 1.1. Description. Aprons are paved areas provided for aircraft parking, servicing, and

FINAL REPORT BOEING , REGISTRATION PK-LHQ WIND INCIDENT, CHANGI AIRPORT 26 MAY 2013 AIB/AAI/CAS.093

Wake Turbulence Standards

8 Aviation Support. 8.1 Aerodrome Rescue and Fire Fighting Services. 8.2 Aircraft Refuelling. 8.3 Air Cargo

AIRPORT MASTER PLAN UPDATE

PUBLIC NOTICE. Table 1 Projects Proposed by Amendment

WAKE TURBULENCE SEPARATION MINIMA

Transportation Engineering -II Dr. Rajat Rastogi Department of Civil Engineering Indian Institute of Technology - Roorkee

Ronan Delaney. DELANEY_RONAN_AVIATION_JUN_2018.DOCX

Birmingham Airport 2033

Striving for Excellence in Aviation Ground Safety

IFR SEPARATION USING RADAR

CHAPTER 4: ALTERNATIVES

What is an Airport Master Plan?

NOTICE OF OPPORTUNITY FOR PUBLIC COMMENT RELATED TO PASSENGER FACILITY CHARGE Posted March 25, 2019

Charles H. Ada II Executive Manager A.B. Won Pat International Airport Guam

SYNERGISING ATC-AIRPORTS-AIRLINES TO MEET CONTEMPORARY CHALLENGES OF CIVIL AVIATION

GROUND TOWER HELI RADAR

12 th Facilitation Division

The offers operators increased capacity while taking advantage of existing airport infrastructure. aero quarterly qtr_03 10

FORECASTING FUTURE ACTIVITY

Boeing Airplane Overview

CIVIL AVIATION AUTHORITY

S2 Tower Controller. Allama Iqbal Int l Airport Lahore ( OPLA ) June 2016 Pakistan vacc

Aviation Development

Wake Turbulence Recategorization (RECAT) ATC Human Factors Issues During Implementation. Terminal Services

Packaging Tomorrow s Aviation System

CHAPTER 9 RUNWAYS AND AIRFIELD DEVELOPMENTS

Market Outlook. Michael Warner, Director Market Analysis. Boeing Commercial Airplanes October October 7 10, 2012 Atlanta, Georgia, USA

7/24/2013. Ramp Service Operations. Definition. Apron

TERMINAL DEVELOPMENT PLAN

INFORMATION FOR STANWELL MOOR AND STANWELL COMMUNITIES

Changi Airport prepares for closure of T1 open-air car park; forthcoming changes to parking and pick-up arrangements

Enhanced Time Based Separation (ETBS) & RECAT EU. Heathrow Crew Briefing

Tallahassee International Airport Master Plan. Technical Advisory Committee Meeting #2 October 19, 2016

a. Aeronautical charts DID THIS IN LESSON 2

ICAO Recommended Airport Signs, Runway And Taxiway Markings. COPYRIGHT JEPPESEN SANDERSON, INC., ALL RIGHTS RESERVED. Revision Date:

Alternatives Analysis EXECUTIVE SUMMARY

Wake Turbulence Evolution in the United States

International Industry Working Group Fifth Edition R1, 2007

Challenges to Airport Ramp & Runway Debris Control

Keflavik International Airport Airport Charges

Aviation ICT Forum OCT 2014

Airport Master Plan. Rapid City Regional Airport. October 2015 FAA Submittal

Date: 5 November East of Frankfurt/Main

OPERATIONAL SAFETY POLICY AIRCRAFT TURNAROUND JANUARY This document is uncontrolled when printed

Wake Turbulence All aircraft produce wake turbulence, which consists of wake vortices formed any time an airfoil is producing lift.

NOTICE OF OPPORTUNITY FOR PUBLIC COMMENT RELATED TO PROPOSED PASSENGER FACILITY CHARGE APPLICATION NOVEMBER 9 TH, 2018

Savannah / Hilton Head International Airport Master Plan Update

Appendix 6.1: Hazard Worksheet

From Planning to Operations Dr. Peter Belobaba

SAFE WINGS. This issue WAKE-UP TO WAKE TURBULENCE. * For Internal Circulation Only

JUNEAU RUNWAY INCURSION MITIGATION (RIM) PROGRAM. April 10 th 2017

CEE 5614 and CEE Aircraft Classifications. Spring 2013


Tampa International Airport Master Plan Update. December 12, 2012

2018 Airport Master Plan Overview of Development Concepts. Greg Ballentine (WSP)

Asian Breeze (61) ( 亜細亜の風 )

IFR FLIGHT BRIEFING. This IFR flight briefing presentation has been made concise and simple in order to easily handle the IFR flight preparation.

PREFERRED PLAN Kahului Airport Master Plan and Noise Compatibility Program Update

Airport Master Plan. Brookings Regional Airport. Runway Runway 17-35

Boeing Product Update

GSP TERMINAL IMPROVEMENT PROGRAM PRESS KIT

Lessons Learnt From The EUROCONTROL Wake Impact Severity Assessment Flight Simulator Campaign

Lake Tahoe Airport Master Plan Public Meeting March 16, 2015

Overview of the Aviation System Block Upgrades (ASBUs) Concept and PBN

SURFACE MOVEMENT GUIDANCE AND CONTROL SYSTEM PLAN. Los Angeles International Airport

PUBLIC NOTICE OF PASSENGER FACILITY CHARGE FOR DENVER INTERNATIONAL AIRPORT

PUBLIC NOTICE ***************************** New Castle Airport. Intention to File a Passenger Facility Charge (PFC) Application

D8ULTRA-EFFICIENT COMMERCIAL AIRCRAFT

OUR WORLD WORKS FOR YOU

BNA Master Plan Update Community Advisory Committee Meeting No. 5

Vista Field Airport. Master Plan Update. February, Prepared for: Port of Kennewick One Clover Island Kennewick, Washington

Performance. Aircraft System

Brief Recap of Project to Date

Lake Tahoe Airport Master Plan

Grants Pass Airport Master Plan & Airport Layout Plan Update

Sunshine Coast Airport Master Plan September 2007

COMMERCIAL AND GENERAL AVIATION Historic and forecast FDOT aviation activity information on file for Pensacola Regional Airport:

INFORMATION FOR LONGFORD, HARMONDSWORTH, SIPSON, HARLINGTON AND CRANFORD CROSS COMMUNITIES

AIR LAW AND ATC PROCEDURES

The Corporation of the City of Kawartha Lakes Council Report

Construction of Pyongyang International Airport IP6

5 Give the students Worksheet 4. Ask them to. 6 Ask the students to look at the second part of. 7 Give the students a copy of Worksheet 5 and ask

OUR WORLD WORKS FOR YOU

Leveraging on ATFM and A-CDM to optimise Changi Airport operations. Gan Heng General Manager, Airport Operations Changi Airport Group

Integrated Optimization of Arrival, Departure, and Surface Operations

Bend Municipal Airport Urban Renewal Plan. Tashman Johnson LLC Elaine Howard Consulting LLC

A350 Technology. Aviation Technical Education Council. Name Thierry HARQUIN. Orlando, Florida 21 April th March 2007

NORTHERN ROCKIES REGIONAL AIRPORT Terminal Expansion ANALYSIS 31 st August 2012

International Civil Aviation Organization. ICAO Updates. 13 th COSCAP-NA Steering Committee Meeting

Guideline: Rules and appropriate practices for disabled aircraft removal

ACRP Problem Statement: Wingtip Collisions on the Ground. Recommended Funding Amount: $400,000. ACRP Staff Comments. No staff comments.

matter? How is the market for large jets faring compared with that for their smaller counterparts, and are FBOs equipped to handle such aircraft?

Rodrigues Regional Assembly Chief Commissioner s Office

PBN AIRSPACE CONCEPT WORKSHOP. SIDs/STARs/HOLDS. Continuous Descent Operations (CDO) ICAO Doc 9931

FINAL REPORT SERIOUS INCIDENT TO AIRBUS A , REGISTRATION 9M-AQA, RUNWAY EXCURSION 7 JULY 2014

ERA Regional Airline Conference April 10, 2008

INCREASING AIRPORT OPERATION SAFETY BASED ON UPDATED OR ENHANCED AIRPORT PAVEMENT MARKINGS: A CASE STUDY PAPER

Transcription:

Changi The A380 Experience Starts Here Foo Sek Min Senior Director (Airport Management Group) Civil Aviation Authority of Singapore

Outline of Presentation One Year Since 25 Oct 2007 Preparations for the A380 A380 Lessons

Arrival of the A380 Touchdown: 17 Oct 2007, 6.40pm (+8 GMT)

Charity Flight - 25 Oct 07

One Year Since 25 Oct 2007 1,822 flights from 25 Oct 2007 to 18 Nov 2008 4 arrival and departure flights daily at Changi Airport Singapore-Sydney (SQ221) Singapore-London (SQ318 & SQ322) Singapore-Narita (SQ638)

Preparations for the A380

Preparations for the A380 Total A380-ready gates = 19 5 in Terminal 1, 6 in Terminal 2 and 8 in Terminal 3 Main Modifications Runway shoulder widening Taxiway turning widening Additional shielding Gate holdroom expansion Baggage claim belt extension Total investment = S$68 million

Preparations for the A380 Widening of runway shoulders to provide additional paved area in case of aircraft veering off the runway and to protect aircraft engines against ingestion of foreign objects during take-off. B747 outboard engines A380 outboard engines Former 3m-wide paved runway shoulders 60m-wide runway Additional 4.5m-wide paved runway shoulders 02 L

Preparations for the A380 Taxiway pavement at turning junctions widened to provide additional safety distance between A380 outer wheels and taxiway edge. Taxiway pavement being widened at junctions

Preparations for the A380 Shielding provided along the sides of the bridges to contain the jet blast of A380 and protect road users below the bridges.

Preparations for the A380 Gate holdrooms expanded by 30% for passengers comfort. 3 aerobridge arms for more efficient access. 3 rd Aerobridge Arm Gate Holdroom Expansion

Preparations for the A380 Baggage claim belts lengthened to provide longer frontage for presentation of larger number of bags. Baggage claim belts extended to provide 90m presentation frontage Arrival Greeters Hall Baggage Claim Hall Arrival Immigration Hall Baggage Sorting Area Arrival Immigration Hall

Preparations for the A380 Pre-arrival equipment staging area enlarged by 30%. Fuel hydrant pits adjusted to suit A380 refueling inlets. Ground handlers acquired new equipment to service the upper deck directly. Aircraft docking guidance systems configured for A380 use.

Preparations for the A380 New equipment purchased which include escape air stairs for evacuation of passengers seated on the A380 upper deck.

Preparations for the A380 Comprehensive integrated trials were conducted during each A380 visit to Changi Airport Rigorous tests were conducted in all areas from equipment compatibility tests to ground handling Over 450 participants were involved to test out boarding and de-boarding scenarios

Preparations for the A380 Minimum Ground Time (MGT) trial was conducted to finalise sequence of activities Loading and unloading of cargo containers Loading and unloading of catering equipment Docking of catering trucks Aircraft Interior Cleaning Baggage handling system

Loading Loading & & Unloading Unloading Loading De-boarding of of&catering Catering Security Boarding Unloading Equipments Secreening Equipments Sequence of Cargo Pictures from the Trial

A380 Lessons

A380 Lessons at Changi Airport Docking Sequence of Passenger Loading Bridge Due to closeness of 2nd and 3 rd arm, docking sequence SOPs was introduced for efficient handling of the three bridges.

Modification of PLB Cab Canopy: A380 Lessons at Changi Airport As the A380 aircraft fuselage profile is flatter than other aircraft types, PLB cab canopy was modified to ensure that it can fit all types of aircraft types.

A380 Lessons at Changi Airport

A380 Lessons at Changi Airport Equipment Challenge Solution Upper Deck Catering Hi-lift (DUDC) at U1R Upper Deck Door is very close to aircraft wing. DUDC faces difficulty in docking to door. Provision of marshalling box so as to station Marshallers to guide DUDC. DUDC Hi-lift docking to Door U1R DUDC hi-lift s proximity to aircraft engine

A380 Lessons at Changi Airport Equipment Challenge Solution Positioning of aircon trucks In the event where the APU does not work, no provisions are made for air-con trucks. 2 locations on the port side were identified for positioning the aircon trucks. Position of 1st air con unit Position of 2nd air con unit

A380 Lessons at Changi Airport Equipment Challenge Solution JCPL at rear cargo door & Catering Hi-lift at M4R When Catering Hi-lift is at M4R door, the JCPL gets very close beside it and the transporter cannot align behind the JCPL. Do not use M4R door for Catering Hi-lift. Door M4R

A380 Lessons at Changi Airport Revision of Radar Wake Turbulence Separation Minima The wake turbulence separation guidance for the Airbus A380-800 has been revised by ICAO following recommendations from the ad-hoc group of experts who were studying the wake votex aspects of the new aircraft based on revised safety cases. The reduced separation minima would increase airspace/airport capacity without compromising safety

A380 Lessons at Changi Airport RADAR WAKE TURBULENCE SEPARATION MINIMA Preceding Aircraft Succeeding Aircraft Wake Turbulence radar separation minima A380-800 / non A380-800 HEAVY (before revision Wake Turbulence radar separation minima (after revision) A380-800 7.4 KM (4.0 NM) Not required A380-800 Non A380-800 HEAVY 11.1 KM (6.0 NM) 11.1 KM (6.0 NM) A380-800 MEDIUM 14.8 KM (8.0 NM) 13 KM (7.0 NM) A380-800 LIGHT 18.5 KM (10.0 NM) 14.8 KM (8.0 NM)

Thank You Changi The A380 Experience Starts Here