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Key Findings of 2012 ATRS Global Airport Performance Benchmarking project
ww.atrsworld.org
© Air Transport Research Society (ATRS)
Prof. Tae Hoon Oum, Sauder School of Business, University of British Columbia, CanadaDr. Yapyin Choo, The Air Transport Research Society (ATRS),Prof. Chunyan Yu, Embry Riddle Aeronautical University, Daytona Beach, FL, USA)
ATRS Global Airport Benchmarking Task Force Asia Pacific: P. Forsyth, Xiaowen Fu, Yeong-Heok Lee, Yuichiro Yoshida, Japhet Law, Shinya HanaokaEurope: Nicole Adler, Jaap de Wit, Hans-Martin Niemeier, Eric PelsNorth America: Tae Oum, Bijan Vasigh, Jia Yan, Chunyan Yu Middle East: Paul Hooper
Outline
Objective of the ATRS Benchmarking Study
Airports Included and ATRS Database
Some Characteristics of Sample Airports
Methodology
Key Results on Efficiency and Costs
User Charge Comparisons© Air Transport Research Society (ATRS) 2
Objective of the Benchmarking Study
To provide a comprehensive, unbiased comparison of airport performance focusing on Productivity and Operating/Mgt Efficiency Unit Cost Competitiveness Comparison of User Charge Levels
Our study does not treat service quality differentials across airports
© Air Transport Research Society (ATRS) 3
Airports Included in the 2012 Report
© Air Transport Research Society (ATRS) 4
Canada-US 77 airports
Europe 55 airports16 airport groups
Asia Pacific 9 airport groups 35 Asian airports16 Oceania airports
----------------------------------------------------------Total 183 airports
25 airport groups
ATRS Airport Database, 2001-2010 The ATRS Database contains historic information (since FY 2001) including
financial data, traffic and capacity data of the major airports and airport authorities (groups) in the following geographic regions:
Asia Pacific including Oceania; Europe; North America Limited data on S. America and Africa
The data in each regions is segregated into:
Traffic statistics and composition Airport characteristics (capacity, type of
ownership etc) Aeronautical Activities and Revenue Non-Aeronautical Activities and Revenue Labor and other Operating Expenses
5
Outline
Objective of the ATRS Benchmarking Study
Airports Included and ATRS Database
Some Characteristics of Sample Airports
Methodology
Key Results on Efficiency and Costs
User Charge Comparisons© Air Transport Research Society (ATRS) 6
Passengers Traffic, FY2010 (in ’000 passengers)
© Air Transport Research Society (ATRS) 7
0
10,000
20,000
30,000
40,000
50,000
60,000
70,000
80,000
90,000
100,000
PEK
HN
DH
KG DXB
CGK
SIN
BKK
CAN
PVG
SYD
KUL
ICN
NRT
SHA
DEL
BOM
SZX
MEL TP
EM
NL
BNE
GM
PKI
XAK
LXM
NSU
BM
AA PER
NG
OH
AK ADL
HKT
CHC
OO
LCM
BW
LG PEN
MFM CN
SCN
XG
UM
DRW
NAN
PNH
TSV
REP
HDY
NTL
ZQN
DUD
CEI
LHR
CDG
FRA
MAD
AMS
FCO
MU
CIS
TLG
WBC
NO
RYZR
HCP
H VIE
OSL
DUS
MXP STN
DUB
MAN BRU
ARN
ATH TXL
LIS
HAM HEL TL
VG
VA ISG
CGN
NCE
LTN
WAW ED
IBH
XLE
DLI
NBU
DN
AP HAJ
RIX
CIA
BSL
TRN
SOF
MLA
BEG
ZAG
KEF
BTS
LUX
SZG
LJU
TLL
ATL
ORD LA
XDF
WDE
N JFK
IAH
LAS
SFO
PHX
MIA CLT
MCO
EWR
MSP
DTW YY
ZSE
APH
LBO
SLG
AIA
DBW
IFL
LSL
CH
NL
DCA
MDW SA
NYV
RTP
APD
XYU
LYY
CST
LM
CIM
EM MKE
OAK CL
ERD
UBN
ASM
FSN
AH
OU
AUS
SJC
MSY PI
TSA
TCV
GDA
LIN
DRS
WCM
HYE
G PBI
ABQ JAX
BDL
ANC
ON
TYO
WBU
RPV
DRN
OTU
SYH
ZO
KCYW
GSD
FRI
CAL
BYY
JYQ
BYY
TYQ
R
Europe North AmericaAsia Pacific
© Air Transport Research Society (ATRS) 8
Passenger Traffic (000)- Top 10 Airports:2006, 2008, 2010
0
10,000
20,000
30,000
40,000
50,000
60,000
70,000
80,000
90,000
100,000
PEK
HND
HKG
DXB
CGK
SIN
BKK
CAN
PVG
SYD
LHR
CDG
FRA
MAD
AMS
FCO
MUC IS
TLG
WBC
N
ATL
ORD LA
XDF
WDE
NJF
KIA
HLA
SSF
OPH
X
2006 2008 2010
Asia Pacific Europe North America
Aircraft Movements, 2010 (’000 ATM)
© Air Transport Research Society (ATRS) 9
0
100
200
300
400
500
600
700
800
900
1,000
PEK
CGK
SIN
BOM
MNL AK
LM
AA PER
NAN
GUM
CMB
REP
HDY
CDG
AMS
IST
CPH
DUS
GVA
TXL
LIS
EDI
BHX
CRL
BSL
BEG
MLA LA
XLA
SCV
GYY
ZSL
CSF
ODC
AFL
LPD
XSA
NSM
FBN
ADA
LAB
QBU
RPV
DRS
WYO
W
Asia Pacific Europe North America
Passengers per Aircraft Movements,2010
© Air Transport Research Society (ATRS) 10
0
20
40
60
80
100
120
140
160
180
200
Asia Pacific Europe North America
Air Cargo Traffic, 2010 (’000 metric tons)
© Air Transport Research Society (ATRS) 11
0
500
1,000
1,500
2,000
2,500
3,000
3,500
4,000
4,500
Asia Pacific Europe North America
% Non-Aero Revenue, 2010
© Air Transport Research Society (ATRS) 12
0%
10%
20%
30%
40%
50%
60%
70%
80%
SIN
OO
L
TSV
HKG AKL
CAN
DU
D
PER
MEL
NA
N
CMB
BNE
DEL
GM
P
SYD
ICN
NG
O
WLG
CHC
HA
K
ZQN
NTL
GU
M
NRT
PVG
PEK
AD
L
CEI
BKK
HD
Y
HKT
CNX
MA
A
XMN
SZX
DRW KU
L
KIX
PEN
CGK
FRA
BSL
CDG
ORY
OSL
NCE HA
J
IST
DU
B
AM
S
TLL
CPH
CIA
FCO
BUD
ATH TL
V
VIE
TRN
LTN
ZRH
MXP LIN
BHX
MA
N
GVA NA
P
HA
M LJU
SZG
SOF
LGW
ARN
MU
C
RIX
LHR
STN
EDI
ISG LIS
BRU
MLA
CGN
DU
S
TXL
BTS
BCN
MA
D
WA
W
HEL
BEG
JAX
OKC TPA
RIC
BUR
PHX
YYJ
MCI
BNA
MCO ATL
RNO
YEG
CMH
RDU
MSP IND
YQR
DA
L
SAT
FLL
PBI
SLC
TUS
MKE
YYC
DFW YV
R
YWG
RSW
SNA
CLT
ALB
SAN
YQB
SMF
AU
S
ABQ SJ
C
PVD
YYT
YUL
LAS
SDF
YHZ
DCA BO
S
OA
K
HN
L
DTW
YOW
CVG
BDL
PDX
SFO
IAD
SEA
HO
U
LAX
ON
T
DEN PI
T
BWI
CLE
MSY
MD
W
PHL
MIA YYZ
IAH
ORD
EWR
LGA
STL
MEM JF
K
AN
C
% Non-Aero Rev Mean
North AmericaEuropeAsia Pacific
Outline
Objective of the ATRS Benchmarking Study
Airports Included and ATRS Database
Some Characteristics of Sample Airports
Methodology
Key Results on Efficiency and Costs
User Charge Comparisons© Air Transport Research Society (ATRS) 13
Airport Productivity Index
14
Outputs
• Aircraft movement• Passenger• {Cargo tonnes}• Non-aeronautical
revenue output
Inputs
• Labour• Other non-capital
(soft-cost) input• [Runways, terminal
size, # of gates]
© Air Transport Research Society (ATRS)
Methodology: EFFICIENCY MEASUREMENT
Variable Factor Productivity (VFP) Index Impossible - Total Factor Productivity (TFP)
because of capital input cost accounting problem
Unit Operating Cost Competitiveness Index: Combines VFP and Input Price IndexWe explored Alternative approaches: Data Envelopment Analysis (DEA) Econometric Cost Function Approach including
Stochastic Frontier methodsNote: Industry acceptance of our report using more
advanced/sophiscated methods is one of our major concern 15
Multilateral Aggregation Method
• This multilateral output (input) index procedure uses the following revenue (cost) shares to aggregate output (inputs).
© Air Transport Research Society (ATRS) 16
Outline
Objective of the ATRS Benchmarking Study
Airports Included and ATRS Database
Some Characteristics of Sample Airports
Methodology
Key Results on Efficiency and Costs
User Charge Comparisons© Air Transport Research Society (ATRS) 17
Outline
Objective of the Benchmarking StudyAirports IncludedMethodologyKey Results on Efficiency and CostsAirport User Charge ComparisonsEffects of Business StrategiesConclusions
18
Gross Variable Factor Productivity (VFP)Asia (HKG=1.0), 2010
© Air Transport Research Society (ATRS) 19
0
0.2
0.4
0.6
0.8
1
1.2
GMP
ICN
HKG
CAN
SIN CGK
HAK
GUM
XMN
PEK
CNX
HKT
HDY
PVG
BKK
SZX
NRT
DEL
KUL
PEN KIX
NGO
CMB
KAC
APII
AAI
AOT
MAH
B
Mean Mean
Airports Airport Groups
Potential Reasons for the Measured Productivity (gross VFP) Differentials
Factors Beyond Managerial Control:
• Airport size (Scale of aggregate output)• Average aircraft size using the airport• Share of international traffic• Share of air cargo traffic• Extent of capacity shortage - congestion delay• Connecting/transfer ratio• [2010 Iceland volcano ash cloud (For European airports)]
We compute residual (Net) variable factor productivity (RVFP) measures after removing effects of these Factors
© Air Transport Research Society (ATRS) 20
Gross Variable Factor Productivity vs Residual VFP: Asia (HKG=1.0), 2010
© Air Transport Research Society (ATRS) 21
0
0.2
0.4
0.6
0.8
1
1.2
Gross VFP Residual VFP
Residual (Net) Variable Factor Productivity: (after removing factors beyond managerial control ) :
Asia (HKG=1.0)
© Air Transport Research Society (ATRS) 22
GMP
ICN
HKG
SIN
CAN
GUM
CGK
HAK
HDY
CNX
HKT
XMN
PEK
BKK
PVG
DEL
SZX
KUL
NRT
PEN
KIX
NGO
CMB
KAC
AAI
APII
AOT
MAH
B
0.0
0.2
0.4
0.6
0.8
1.0
1.2
Residual VFP Mean
Airport GroupsAirports
Gimpo, Incheon, Hong Kong
Residual (Net) Variable Factor ProductivityOceania (SYD=1.0)
© Air Transport Research Society (ATRS) 23
SYD
ZQN
DUD
MEL
DRW
AKL
BNE
CHC
PER
NTL
NAN
ADL
WLG
APAC
QAL
ADG
0
0.2
0.4
0.6
0.8
1
1.2
SYD ZQN DUD MEL DRW AKL BNE CHC PER NTL NAN ADL WLG APAC QAL ADG
Residual VFP Mean
Airport Groups
Airports Sydney, Queenstown
Residual (Net) Variable Factor Productivity: Europe – Passengers > 15 million ( CPH=1.0)
© Air Transport Research Society (ATRS) 24
CPH
OSL
ZRH
ATH
IST
BRU
CDG
AMS
MAD
FCO
BCN
ARN
STN
DUB
MAN
LGW
ORY
MXP
VIE
MU
CLH
RFR
ADU
S
Schi
phol
ANA
ADR
Avin
orSw
edav
iaBA
ADA
AAD
PM
AGAE
NA
Fina
via
Frap
ort
SEA
Berli
nTA
V
0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1
Residual VFP Mean
AirportGroups
Airports
Copenhagen, Oslo, Zurich
Net Variable Factor Productivity: Europe – Passengers < 15 million ( CPH=1.0)
© Air Transport Research Society (ATRS) 25
GVA
NCE
EDI
LIS
CIA
BHX
BSL
HAJ
LTN
ISG
TLL
LJU
NAP
TLV
TRN
MLA
RIX
SZG
BUD
HEL
HAM
TXL
WAW
LIN
SOF
BTS
CGN
BEG
0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
Residual VFP Mean
Geneva, Nice, Edinburgh
Net Variable Factor Productivity: N. America – Passengers > 15 million (YVR=1.0)
© Air Transport Research Society (ATRS) 26
ATL
CLT
MSP
YVR
MCO
TPA
PHX
FLL
SFO
HNL
SEA
LGA
SLC
BOS
JFK
MDW
EWR
PHL
DTW
SAN
LAS
DCA
IAD
IAH
DFW
BWI
ORD
MIA
LAX
DEN
0
0.2
0.4
0.6
0.8
1
1.2
1.4
Residual VFP Mean
Atlanta, Charlotte, Minneapolis/St Paul
Residual (Net) Variable Factor Productivity: N. America – Passengers < 15 million (YVR=1.0)
© Air Transport Research Society (ATRS) 27
RDU
RIC
OKC
RNO
YYC
BNA
JAX
SNA
PBI
YEG
YQR
TUS
MKE
DAL
PDX
YYJ
YOW
IND
YYT
PVD
RSW
ABQ
CMH
MEM
OAK
SMF
YWG
MSY
SJC
YHZ
SAT
MCI
AUS
ALB
BUR
CVG
YUL
ANC
SDF
HOU
ON
TPI
TCL
EST
LYQ
B
0
0.2
0.4
0.6
0.8
1
1.2
1.4
Residual VFP Mean
Raleigh-Durham, Richmond, Oklahoma City
Top Efficiency Performers (2012)(based on Net VFP index=operating/management efficiency)
• Asian Airports:• Gimpo, Incheon, Hong Kong
• Oceania Airports:• Sydney, Queenstown
Asia Pacific:
• Large Airports (> 15 million pax):• Copenhagen, Oslo, Zurich
• Small/Medium Airports (< 15 millions Pax):• Geneva, Nice, Edinburgh
Europe:
• Large Airports (> 15 million pax):• Atlanta, Charlotte, Minneapolis/St Paul
• Small/Medium Airports (< 15 millions Pax):• Raleigh-Durham, Richmond, Oklahoma City
North America (Canada/US):
© Air Transport Research Society (ATRS) 28
Top Efficiency Performers (2012)(based on Net VFP index=operating/management efficiency)
© Air Transport Research Society (ATRS) 29
Asian Airport Category:
Gimpo International Airport
Runner up: Incheon International Airport
GMP Mean
Labour Productivity (HKG=1.0) 0.538 0.343
Soft Cost Productivity (HKG=1.0) 1.240 0.963
Residual VFP (HKG=1.0) 1.133 0.631
Top Efficiency Performers (2012)(based on Net VFP index=operating/management efficiency)
© Air Transport Research Society (ATRS) 30
Oceania Airport Category:
Sydney Airport
Runner up: Queenstown Airport
SYD Mean
Labour Productivity 1.000 0.548
Soft Cost Productivity 1.000 0.684
Residual VFP 1.000 0.695
Top Efficiency Performers (2012)(based on Net VFP index=operating/management efficiency)
© Air Transport Research Society (ATRS) 31
Europe Large Airports (> 15 million pax) Category:
Copenhagen Airport Kastrup
Runner up: Oslo Airport
CPH Mean
Labour Productivity 1.000 1.263
Soft Cost Productivity 1.000 0.439
Residual VFP 1.000 0.660
Top Efficiency Performers (2012)(based on Net VFP index=operating/management efficiency)
© Air Transport Research Society (ATRS) 32
Europe Small/Medium Airports (< 15 million pax) Category:
Genève Aéroport
Runner up: Nice Cote D’Azur Airport
GVA Mean
Labour Productivity (CPH=1.0) 1.375 1.263
Soft Cost Productivity (CPH=1.0) 0.580 0.439
Residual VFP (CPH=1.0) 0.844 0.541
Top Efficiency Performers (2012)(based on Net VFP index=operating/management efficiency)
© Air Transport Research Society (ATRS) 33
N. America Large Airports (> 15 million pax) Category:
Hartsfield-Jackson Atlanta International Airport
Runner up: Charlotte Douglas International Airport
ATL Mean
Labour Productivity (YVR=1.0) 1.546 0.553
Soft Cost Productivity(YVR=1.0) 1.481 0.875
Residual VFP (YVR=1.0) 1.251 0.712
Past Airport Efficiency Excellence Top Performers, 2007 - 2011
North America
Europe
Asia-Pacific
2007
Hartsfield-Jackson Atlanta International
Airport
Oslo Airport
Hong Kong International Airport
2008
Hartsfield-Jackson Atlanta International
Airport
Copenhagen KastrupInternational Airport
Hong Kong International Airport
2009
Hartsfield-Jackson Atlanta International
Airport
Copenhagen KastrupInternational Airport
Hong Kong International Airport
2010
Hartsfield-Jackson Atlanta International
Airport
Large Airport Category: Oslo International
AirportSmall/Medium Airport
Category:Geneva Cointrin
International Airport
Large Airport Category:Hong Kong International
AirportSmall/Medium Airport
Category:Seoul Gimpo
International Airport
2011
Hartsfield-Jackson Atlanta International
Airport
Large Airport Category: Oslo International
AirportCopenhagen KastrupInternational AirportSmall/Medium Airport
Category:Genève Aéroport
Asian Airport Excellence Award:
Hong Kong International Airport
Oceania Excellence Award:
Sydney Airport
© Air Transport Research Society (ATRS) 35
Cost Competitiveness: = Net VFP and Input Price Effect Asia (HKG=0.0) – the higher the better
CGK
HAK
XMN
GMP
DEL
HDY
CNX
HKG
CAN
HKT
CMB
ICN
PEK
PVG
SZX
BKK
PEN
KUL
SIN
GUM
NGO
NRT KIX
AAI
APII
KAC
AOT
MAH
B
-1.6
-1.4
-1.2
-1
-0.8
-0.6
-0.4
-0.2
0
0.2
0.4
Cost Competitiveness Mean
Airport GroupsAirports
Airports Authority of India, Jakarta Soekarno-Hatta
© Air Transport Research Society (ATRS) 36
Cost Competitiveness = Net VFP and Input Prices EffectEurope – Passengers > 15 million (CPH=0.0)
IST
ATH
CPH
MAN
BRU
FCO
STN
AMS
LGW
ARN
ZRH
OSL
MXP
DUB
FRA
VIE
LHR
DUS
ORY
MU
CCD
GBC
NM
AD
ANA
MAG
ADR
Schi
phol
Frap
ort
TAV
Swed
avia
BAA
DAA
SEA
AEN
AAD
PBe
rlin
Fina
via
Avin
or
-0.8
-0.6
-0.4
-0.2
0
0.2
0.4
Cost Competitiveness Mean
Istanbul Ataturk, Athens
© Air Transport Research Society (ATRS) 37
Cost Competitiveness = Net VFP and Input Prices EffectEurope – Passengers < 15 million (CPH=0.0)
TLL
RIX
SOF
BSL
LJU
BUD
LIS
BTS
BHX
BEG
EDI
LTN
WAW ISG
CIA
NCE
HAJ
NAP
MLA
TRN
HAM
TLV
SZG
LIN
TXL
HEL
CGN
GVA
-0.6
-0.5
-0.4
-0.3
-0.2
-0.1
0
0.1
0.2
0.3
Cost Competitiveness Mean
Tallinn, Riga
© Air Transport Research Society (ATRS) 38
Cost Competitiveness = Net VFP and Input Price Effect N. America – Passengers > 15 million (YVR=0.0)
CLT
ATL
TPA
MCO
MSP
PHX
FLL
SLC
YVR
IAH
LAS
DFW
SEA
DTW
HNL
BWI
DCA
SAN
MDW ORD
DEN
PHL
IAD
BOS
LAX
SFO
MIA
EWR
JFK
LGA
-2
-1.5
-1
-0.5
0
0.5
1
Cost Competitiveness Mean
Charlotte, Atlanta
Outline
Objective of the ATRS Benchmarking Study
Airports Included and ATRS Database
Some Characteristics of Sample Airports
Methodology
Key Results on Efficiency and Costs
User Charge Comparisons© Air Transport Research Society (ATRS) 39
Landing Charges for Boeing 767-400, 2011 (in US$)
© Air Transport Research Society (ATRS)40
0
1,000
2,000
3,000
4,000
5,000
6,000
7,000
KUL
GU
MD
XBCM
BSU
BBK
KCE
ICN
XH
DY
HKT
CGK
MN
LPN
HRE
PBO
MD
ELM
AA
CAN
HA
KPE
KPV
GSH
ASZ
XXM
NTP
ED
UD
MFM IC
NG
MP
HKG
ZQN
PER
SIN
NA
NW
LG AKL
NTL
TSV
OO
LN
TL-N
ight
SYD
NG
ON
RTD
RW KIX
HN
D
DU
SST
N-o
ff pe
akA
RN LTN
BRU
STN
-pea
kM
LALG
W-o
ff-pe
ak FRA
BSL-
FR s
ecto
rRI
XTR
NM
UC
FCO
NA
PM
XP LUX
LIN
CIA LIS
BSL-
CH s
ecto
rIS
TV
IEH
AM
GV
AKE
FED
IM
AN
-pea
kM
AN
-offp
eak
TXL
SOF-
offp
eak
HEL
CPH
LED
NCE
CGN
SOF-
peak
ZRH
MA
DH
AJ
BUD
TLL
CDG
ORY
BCN
TLV
ATH
BEG
OSL
AM
SLH
RW
AW
BHX
ZAG
LGW
-pea
kBT
SLJ
USZ
GD
UB
CLT
ATL
RDU
SLC
FLL
RIC
BNA
MEM SA
TPB
ITU
SJA
XPH
XM
SYSA
NTP
AM
CO PHL
AN
CIN
DM
CISD
FM
IAH
OU
SNA
MSP
ABQ
ON
TSJ
CLA
SA
LB IAH
OKC
RSW
RNO
SEA
OA
KYV
RA
US
PDX
MD
W IAD
DCA BD
LCL
EYQ
RD
ENCV
GD
FWYO
WPV
DD
TW HN
LYE
GSM
FPI
TCM
HBW
ILA
XYH
ZYY
CYW
GBO
SO
RD YUL
SFO
JFK
Off
Peak
JFK
Peak
YQB
STL
EWR
Off
Peak
EWR
Peak
LGA
Off
Peak
LGA
Pea
kYY
Z
US$
Landing Charges for Boeing 767 Mean
Asia Pacific Europe
North America
Asia Pacific: Combined Landing and Passenger Charge for Boeing 767, 2011 (in US$)
© Air Transport Research Society (ATRS) 41
KUL-
LCCT
DUD
TPE HK
GBO
MDE
LM
AA GUM SIN
-LCC
TKU
L CMB
MN
LM
FM CAN
HAK
PEK
PVG
SHA
SZX
XMN
SIN SU
BGM
PCG
KPE
RZQ
NDX
BIC
N ADL
WLG CE
ICN
XHD
YHK
TBK
KM
EL TSV PN
HRE
P NTL OO
LDR
WN
TL-N
ight
CNS
SYD BN
E BNE-
PEAK
NRT
-1N
NRT
-1S
NRT
-2N
GO HND
AKL
KIX
NAN
0
2,000
4,000
6,000
8,000
10,000
12,000
14,000
16,000
18,000
US$
Combined Landing and Passenger Charges for Boeing 767 Mean
Lowest charges: Kuala Lumpur Low Cost Carrier Terminal, Dunedin (New Zealand)Highest charges: Nadi (Fiji), Kansai
Europe: Combined Landing and Passenger Charge for Boeing 767, 2011 (in US$)
© Air Transport Research Society (ATRS) 42
RIX LU
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2000
4000
6000
8000
10000
12000
14000
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US$
Combined Landing and Passenger Charges for Boeing 767 Mean
Lowest charges: Riga, LuxembourgHighest charges: London Heathrow, Ben Gurion (Tal Aviv)
BUR
DAL AT
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$US
North America: Cost per Enplaned Passenger, 2010 (in US$)
© Air Transport Research Society (ATRS) 43
Canada:Lowest CPE: Victoria, ReginaHighest CPE: Toronto, Montreal
United States:Lowest CPE: Bob Hope, Dallas Love FieldHighest CPE: New York JFK, Newark Liberty
Effects of Business Strategies
Diversification of Revenue Source is Good– Airports with larger share of non-aeronautical
revenue achieve higher efficiency (Net VFP)
Outsourcing improves efficiency Airports contracting out various services to
outside operator achieve higher efficiency Outsourcing terminal operations improve
efficiency44
ATRS Airport Benchmarking Report The ATRS Global Airport
Performance Benchmarking Report : 3 volumes, over 600 pages of valuable data and analysis.
Can be purchased by visiting www.atrsworld.org
Report sale finances our annual benchmarking research project
© Air Transport Research Society (ATRS)45
Thank You2013 ATRS World Conference
(Bergamo, Italy in late June, 2013)