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Flexible Use of Airspace in China
Liu YonggangAirspace Management Center
Air Traffic Management BureauBeijing
Contents Basics of ATMB and China Airspace
Management Evolution of Airspace Demand of China Development of Flexible Use of Airspace
in China Future Planning & Prospect of Flexible
Use of Airspace
CAAC
Air Traffic Management Bureau(Operation)
Air Traffic Management Regulatory Office (Supervision)
Ministry of Transportation
Basics of ATMB and China Airspace Management
CAAC Air Traffic Management Bureau
North China ATMB (Beijing)
Tianjin, Hebei, Shanxi, Inner Mongolia Sub-
Bureaus; Hailar ATM Station
East China ATMB (Shanghai)
Shandong, Jiangsu, Jiangxi, Anhui,
Zhejiang, Fujian, Sub-Bureaus
Qingdao, Xiamen, Ningbo, Wenzhou
ATM Station
Middle & South China ATMB (Guangzhou)
Hunan, Hubei, Guangxi, Henan, Hainan Sub-
Bureaus
Shenzhen, Zhuhai, Sanya, Guilin,
Zhanjiang, Shantou ATM Stations
Southwest China ATMB (Chengdu)
Yunnan, Guizhou, Chongqing, Xizang
Sub-Bureaus
Northwest China ATMB (Xi’an)
Gansu, Qinghai, Ningxia Sub-Bureaus
Northeast China ATMB (Shenyang)
Heilongjiang, Jilin Sub-Bureaus Dalian ATM Station
Xinjiang ATMB (Urumqi) Akso ATMB Station
Basics of ATMB and China Airspace Management
National Air Traffic Control System ChinaNational ATC Commission
Air Force Navy CAAC Other Ministries------
National ATC Commission
Office
The National ATC Commission is usually lead by a vice-Prime MinisterIts Office is established at the Headquarters of the General Staff of
the P.L.A
Basics of ATMB and China Airspace Management
Airspace Users Commercial Aviation
(47 airlines, 1954 aircraft)
General Aviation(about 1800 aircraft)
Military Aviation
Basics of ATMB and China Airspace Management
Commercial
Military
General
Civil A
TM
Military A
TM
Three types of user are developing very fast, with the airspace being increasingly congested
Basics of ATMB and China Airspace Management
Three ACCs(Beijing, Guangzhou and Shanghai) has been put into operation since 2003.
Two new ACCs(Chengdu, Xi’an) has been put into operation in 2013ATMB will integrate 20 Upper Control Areas into 7 greater Upper Control Areas in next five
years, with the purpose of reducing coordination and expediting traffic flow.
Basics of ATMB and China Airspace Management
Traffic flow heavy in east, light in west
Highest density lies on Bohai Gulf, Yangtze Delta, Pearl River
Delta areas
Busy routes lies in east of Beijing-Xi’an-Chengdu-Kunming
Basics of ATMB and China Airspace Management
Evolution of Airspace Demand in China
AverageAnnual
Growth Rateof Civil Air
Trafficover 10% in the past 10
years
Rapid Increase of
Airspace Demand From
Different Users
Insufficient Airspace Capacity
is of Prime Concern
Evolution of Airspace Demand in China
Volume of Air Transportation Turnover(in hundred million ton*km)
Average Annual Growth Rate=12.6%
230.15257.77
305.8
365.3 376.77
427.07
538.46577.44
608.2
673
0.00%
12.00%
18.63%19.46%
3.14%
13.35%
26.08%
7.24%
5.33%
10.65%
0%
5%
10%
15%
20%
25%
30%
0
100
200
300
400
500
600
700
800
2004 2005 2006 2007 2008 2009 2010 2011 2012 2013
Evolution of Airspace Demand in China
Volume of Passenger(hundred million)
Average Annual Growth Rate=12.7%
1.21231.3827
1.5968
1.8576 1.92512.3052
2.67692.9317
3.2
3.54
0.00%
14.04%15.48%
16.33%
3.63%
19.74%
16.12%
9.52% 9.15% 10.63%
0.00%
5.00%
10.00%
15.00%
20.00%
25.00%
0
0.5
1
1.5
2
2.5
3
3.5
4
2004 2005 2006 2007 2008 2009 2010 2011 2012 2013
Evolution of Airspace Demand in China
Volume of Aircraft Movements(Ten Thousand)
Average Annual Growth Rate=13.3%
256
331380
443477
550605
655
714
786
0.00%
29.30%
14.80%
16.58%
7.67%
15.30%
10.00%
8.26%
9.01%
10.08%
0%
5%
10%
15%
20%
25%
30%
35%
0
100
200
300
400
500
600
700
800
900
2004 2005 2006 2007 2008 2009 2010 2011 2012 2013
Annual total distance of route increased around 3.31%
2004-2013 Total Mileage of Routes and Airways
Development of Flexible Use of Airspace in China
Evolution of Airspace Demand in China
79.9
81.99
81.48
83.12
82.6581.9
75.77
77.9
74.83
72.85
66
68
70
72
74
76
78
80
82
84
2004 2005 2006 2007 2008 2009 2010 2011 2012 2013
航班正常性(%)Flight Punctuality (%)
Evolution of Airspace Demand in China
Future Demand Forecast
Forecasted Average Annual Growth Rate
Volume of AirTransportation Turnover
Volume ofPassenger
Volume ofaircraft movements
Comercial Airline Fleet
Evolution of Airspace Demand in China
Present Airspace Allocationin China
Airspace For
Other Users
Airspace For
Civil Aviation
Routes and AirwaysTotal distance of route and airway : 184,646 kmInternational routes and airways : 88,341km
Development of Flexible Use of Airspace in China
Restricted Airspace Distribution
25
3. Airspace CharacteristicsDevelopment of Flexible Use of Airspace in China
Development of Flexible Use of Airspace in China
Flexible Use of Airspace (FUA):Airspace is flexibly shared by different airspace users according to their specific demand
Fragmentation of airspace use should be reduced with highest efforts.
35 temporary routes established after Olympic Games since March 2009.
Flight delays reduced by 2% in relevant airports in Pearl River Delta(PRD) area, when V17 and V18 temporary routes open to civil flights particular for the city pairs from PRD to Eastern China.
Temporary routes are playing a very important role during big events and bad weather.
Development of Flexible Use of Airspace in China
Temporary Routes:shared use of airspace between civil aviation and other users
Temporary Routes
Route X(Only For Domestic Flights)
Route V(For Both
Domestic & Int’l Flights)
Route W(Part of W
Routes For Both Domestic & Int’l
Flights)
Development of Flexible Use of Airspace in China
On Aug. 1st, 2012, active release mechanism of temporary routes established, facilitating the shared and flexible use of temporary routes
20% of Total Air-
Route Length in
China
Development of Flexible Use of Airspace in China
Route X Percentage
Route V Percentage
650 routes, of which temporary routes are 130
Benefits From Use of Temporary Routes
Development of Flexible Use of Airspace in China
Fuel Saved & Carbon Emission Reduced(both in ten thousand tons)between 2009-2013 in China
NO. of Flights involved (in thousand) &Distance Saved (in ten thousand kilometers)
between 2009-2013 in China
Fuel saved
Emission Reduced
Movements Used
Distance saved
Perception and UnderstandingImprovement
Problems to deal with
Problems to deal with
Management Mechanism Improvement
Management Tools Enhancement
Development of Flexible Use of Airspace in China
Future Planning & Prospect of Flexible Use of Airspace in China
CivilAviation
Other Users
Mutual Understandings & Supports
Close Communications & corporations
Proper Motivation Policy
International experience
Future Planning Prospect of Flexible Use of Airspace in China
Increased Utilization of Temporary Routes
Where necessary
and possible
Optimized design
Flexible Use by purpose
Integration with flight planning
Future Planning Prospect of Flexible Use of Airspace in China
Increased Utilization of Temporary Routes
Daytime Temporary
Route
Nighttime Temporary
Route
Weekend Temporary
Route
Holiday Temporary
Route
Airspace Users Data Sharing
RouteDesignator
OccupancyTime
LevelRestriction Other
IntegratedInformation
System
Mechanism of Information Sharing onUse of Temporary Routes
Future Planning Prospect of Flexible Use of Airspace in China
Single Route to Airspace BlocksUpdated Concept of Airspace Use
PBN-based Technology
Free Flight Concept
Future Planning Prospect of Flexible Use of Airspace in China
Dynamic & Flexible Operation
Vital Role in Airspace Optimization
RNP10-RNP4
Future Planning Prospect of Flexible Use of Airspace in China
PBN-based Flexible Operation
RNAV-Enroute
Future Planning Prospect of Flexible Use of Airspace in China
PBN-based Flexible Operation
RNAV-Terminal
RNAV-1
RNAV-1
RNAV-1
RNAV-1RNAV-1
RNAV-1
RNAV-1
RNAV-1
RNP1
Future Planning Prospect of Flexible Use of Airspace in China
PBN-based Flexible Operation
RNAV-Flight Procedure
Low AltitudeAirspace
FlightTraining
Search &Rescue
AerialPhoto
AirTraveling
Agricultural& Forest
Operation
AirSports
Future Planning Prospect of Flexible Use of Airspace in China