AD 2  Aerodromes

VHHH — HONG KONG/ INTERNATIONAL

VHHH AD 2.1   AERODROME LOCATION INDICATOR AND NAME

VHHH — HONG KONG/ INTERNATIONAL

VHHH AD 2.2   AERODROME GEOGRAPHICAL AND ADMINISTRATIVE DATA

1 ARP co-ordinates and site at AD 221832N 1135453E
Mid-point of aerodrome
2 Direction and distance from city 25 km west of Central District, Hong Kong Island
3 Elevation /Reference temperature 28 ft/34°C
4 MAG VAR / Annual change 3°W (2020) / 4’W
5 AD Administration, address, telephone, telefax, internet Chief Executive Officer
Airport Authority Hong Kong
HKIA Tower
1 Sky Plaza Road
Hong Kong International Airport
Lantau
Hong Kong

Tel: +852 2188 7111
Telefax: +852 2824 0717
internet:
http://www.hkairport.com
6 Types of traffic permitted (IFR/VFR) IFR/VFR
7 Remarks Nil

VHHH AD 2.3   OPERATIONAL HOURS

1 AD Administration H24
2 Customs and immigration H24
3 Health and sanitation H24
4 AIS Briefing Office H24
5 ATS Reporting Office H24
6 MET Briefing Office H24
7 ATS H24
8 Fuelling H24
9 Handling H24
10 Security H24
11 De-icing Nil
12 Remarks Nil 

VHHH AD 2.4   HANDLING SERVICES AND FACILITIES

1 Cargo handling facilities All modern facilities handling weights up to 4 500kg
2 Fuel/oil types Jet A1 (AVTUR 650) and all oil grades normally available
3 Fuelling facilities/capacity Jet A1 available by hydrant refuelling on all main apron and cargo stands, at a rate of 500 gpm
4 De-icing facilities Nil 
5 Hangar space for visiting aircraft Limited and unheated. Available to all types of aircraft by prior arrangement
6 Repair facilities for visiting aircraft Major and minor repair facilities available. Engine changes available. Spare parts and major repairs by prior arrangement
7 Remarks Fixed ground power supply (960V 400 Hz) available at all main apron and cargo apron stands

VHHH AD 2.5   PASSENGER FACILITIES

1 Hotels Adjacent to airport terminal and in the city
2 Restaurants At terminal and in the city
3 Transportation Rail, buses, taxis and ferries
4 Medical facilities At terminal and Hospital in city
5 Bank and Post Office At terminal
6 Tourist office At terminal
7 Remarks Transit passenger lounge available. Bonded storage for transhipment goods.

VHHH AD 2.6   RESCUE AND FIRE FIGHTING SERVICES

1 AD category for fire fighting Category 10
2 Rescue equipment Yes.
Additional:
(i) 2 rescue launches with rescue and fire fighting (foam with water) facility and life rafts; (ii) 8 high speed rescue boats.
3 Capability for removal of disabled aircraft Specialized aircraft recovery equipment available for up to Code F aircraft. The Airport Authority Hong Kong is the co-ordinator for the removal of disabled aircraft. Various lifting jacks, gantry crane, tractors, portable lighting and other miscellaneous equipment can be provided by aircraft engineering companies.
4 Remarks If pilots wish to communicate direct with RFFS, they should inform ATC.

VHHH AD 2.7   SEASONAL AVAILABILITY - CLEARING

1 Types of clearing equipment Nil
2 Clearance priorities Nil
3 Remarks Nil 

VHHH AD 2.8   APRONS, TAXIWAYS AND CHECK LOCATION DATA

1 Apron surface and strength North / South aprons :

West apron :

Cargo apron : Refer to pavement diagram on page AD 2-VHHH-ADC-5

Maintenance apron :

BAC apron:
2 Taxiway width






Taxiway surface
Taxiway strength
All TWYs (except A1, A2, A4, A9, A11, A12, B1 - B3, B10 - B12, C, C1 - C12, D, D1, D4, D5, D7, D8, E, E2, E3, F, F1 - F8, J2, Q1, Q2, T, V4, Y, Z, Z1, Z2, Z3) : Width 29 m,
TWYs A1, A2, A4, A9, A11, A12, B1 - B3, B10 - B12,  C, C1 - C12, D, D1, D4, D5, D7, D8, E, E2, E3, F, F1 - F8, J2, Y, Z, Z1, Z2, Z3 : Width 25 m
TWYs Q1, Q2: Width 10.5 m
TWY T : Width 27 m
TWY V4 : Width 60 m
All TWYs : Asphalt
All TWYs : Refer to pavement diagram on page AD 2-VHHH-ADC-5
3 ACL location and elevation Location :Main apron (not marked) Elevation :19 ft
4 VOR checkpoint

INS checkpoints
NIL

see COORDINATES OF AIRCRAFT STANDS
5 Remarks Straight sections of taxiway at the ends of bridges on TWYs V, V4, W, S and T, D and E are not available at:
  1. junction of TWY H and TWY V;
  2. junction of TWY V and TWY V4;
  3. junction of TWY V4 and TWY W;
  4. junction of TWY W and TWY H;
  5. junction of TWY W and TXL W2;
  6. junction of TWY S and TWY H;
  7. junction of TWY T and TWY H;
  8. junction of TWY D and TWY E.

COORDINATES OF AIRCRAFT STANDS

1  Passenger apron
Stand Coordinates for First Nose Wheel
Guideline Stop Location
S1 221847.75N 1135604.77E
S1R 221847.34N 1135604.45E
TW1 221835.86N 1135523.96E
S2 221845.52N 1135605.61E
S2R 221845.11N 1135605.28E
TW2 221837.17N 1135523.90E
S3 221843.30N 1135606.43E
S3R 221842.88N 1135606.11E
S4 221841.07N 1135607.27E
N5 221857.47N 1135559.22E
N6 221901.10N 1135559.81E
N6R 221900.72N 1135559.54E
N7 221903.33N 1135558.99E
N7R 221902.93N 1135558.71E
N8 221905.56N 1135558.17E
N9 221907.79N 1135557.35E
N10 221855.10N 1135557.44E
S11 221849.97N 1135601.58E
N12 221854.77N 1135555.55E
R13 221904.08N 1135550.12E
R14 221902.79N 1135550.60E
R15 221901.50N 1135551.08E
R16 221859.75N 1135550.33E
R17 221859.35N 1135548.96E
R18 221858.80N 1135547.68E
R19 221900.03N 1135547.59E
R20 221901.32N 1135547.11E
R21 221902.61N 1135546.63E
S23 221851.07N 1135557.18E
N24 221853.07N 1135553.19E
N24R 221853.22N 1135552.76E
S25 221850.18N 1135554.71E
S25R 221850.09N 1135555.08E
N26 221852.26N 1135550.81E
N26R 221852.40N 1135550.42E
S27 221849.46N 1135552.30E
S27R 221849.31N 1135552.69E
N28 221851.48N 1135548.41E
N28R 221851.64N 1135548.03E
S29 221848.42N 1135549.08E
S29R 221848.41N 1135549.41E
N30 221850.64N 1135545.79E
N30R 221850.79N 1135545.40E
S31 221847.65N 1135546.68E
S31R 221847.64N 1135547.03E
N32 221849.87N 1135543.40E
N32R 221850.02N 1135543.01E
S33 221846.88N 1135544.30E
S33R 221846.73N 1135544.68E
N34 221849.10N 1135541.00E
N34R 221849.24N 1135540.62E
S35 221846.11N 1135541.89E
S35R 221845.96N 1135542.28E
N36 221849.61N 1135537.09E
W40 221842.88N 1135535.20E
W40R 221842.75N 1135534.77E
S41 221842.64N 1135538.92E
S41R 221842.80N 1135539.29E
W42 221840.62N 1135534.07E
W42R 221840.47N 1135533.69E
S43 221840.41N 1135537.75E
S43R 221840.56N 1135538.13E
W44 221838.39N 1135532.91E
W44R 221838.24N 1135532.52E
S45 221838.18N 1135536.58E
S45R 221838.32N 1135536.98E
W46 221836.16N 1135531.74E
W46R 221836.00N 1135531.36E
S47 221835.94N 1135535.42E
S47R 221836.02N 1135535.96E
W48 221833.92N 1135530.58E
W48R 221833.81N 1135530.10E
S49 221833.84N 1135534.28E
S49R 221833.90N 1135534.85E
W50 221831.79N 1135529.49E
N60 221850.87N 1135534.34E
N60R 221851.37N 1135534.34E
W61 221847.56N 1135533.87E
W61R 221847.13N 1135534.00E
N62 221852.10N 1135531.59E
N62R 221852.59N 1135531.65E
W63 221848.58N 1135531.59E
W63R 221847.97N 1135531.70E
N64 221853.56N 1135528.95E
N64R 221854.05N 1135528.82E
W65 221849.61N 1135529.32E
W65R 221849.37N 1135529.54E
N66 221854.59N 1135526.09E
N66R 221855.08N 1135526.04E
W67 221850.64N 1135527.04E
W67R 221849.98N 1135527.20E
N68 221854.58N 1135523.37E
N68R 221854.61N 1135522.70E
W69 221851.67N 1135524.76E
W69R 221851.02N 1135524.88E
N70 221853.49N 1135520.52E
N70R 221853.46N 1135519.94E
W71 221852.31N 1135522.78E
W71R 221852.02N 1135522.91E
S101 221838.62N 1135558.37E
S102 221840.85N 1135557.54E
S103 221843.08N 1135556.71E
S104 221842.67N 1135555.45E
S105 221840.44N 1135556.27E
S106 221838.21N 1135557.10E
S107 221837.41N 1135548.32E
S108 221839.74N 1135547.79E
S109 221839.41N 1135546.47E
S110 221837.51N 1135546.60E
S111 221835.52N 1135545.22E
W121 221839.33N 1135524.28E
W121L 221838.73N 1135524.59E
W122 221841.45N 1135525.39E
W122L 221840.35N 1135525.43E
W122R 221841.97N 1135526.28E
W123 221843.58N 1135526.48E
W123R 221843.60N 1135527.13E
W124 221843.41N 1135524.25E
W124L 221843.76N 1135524.76E
W125 221844.45N 1135521.98E
W125L 221844.55N 1135523.02E
W125R 221845.34N 1135521.28E
W126 221847.08N 1135520.94E
N141 221859.58N 1135536.27E
N142 221858.55N 1135538.54E
N143 221856.55N 1135540.72E
N144 221858.78N 1135539.89E
N145 221900.80N 1135540.09E
D201 221847.78N 1135501.74E
D202 221846.52N 1135457.84E
D203 221845.55N 1135502.57E
D204 221844.30N 1135458.67E 
D205 221843.33N 1135503.40E
D206 221842.07N 1135459.50E
D207 221841.10N 1135504.23E
D208 221839.84N 1135500.33E
D209 221838.87N 1135505.06E
D210 221837.62N 1135501.16E
D211 221836.11N 1135506.09E
D212 221831.89N 1135503.29E
D213 221833.88N 1135506.92E
D214 221829.43N 1135504.21E
D215 221831.65N 1135507.75E
D216 221826.97N 1135505.12E
D217 221829.43N 1135508.57E
D218 221824.51N 1135506.03E
D219 221827.20N 1135509.40E
D301 221842.62N 1135445.50E
D301L 221842.17N 1135446.56E
D301R 221843.41N 1135446.09E
D302 221840.39N 1135446.33E
D302L 221839.68N 1135447.48E
D302R 221840.92N 1135447.02E
D303 221838.16N 1135447.16E
D304 221835.93N 1135447.99E
D304L 221835.93N 1135448.88E
D304R 221837.17N 1135448.41E
D305 221833.71N 1135448.81E
D305L 221833.44N 1135449.80E
D305R 221834.69N 1135449.34E
D306 221830.66N 1135449.78E
D306L 221830.29N 1135450.98E
D306R 221831.64N 1135450.47E
D307 221827.98N 1135450.78E
D307L 221827.61N 1135451.98E
D307R 221828.96N 1135451.47E
D308 221825.29N 1135451.78E
D308L 221824.92N 1135452.98E
D308R 221826.27N 1135452.48E
D309 221822.88N 1135452.84E
D309L 221822.86N 1135453.74E
D310 221820.65N 1135453.67E
D310L 221820.37N 1135454.67E
D310R 221821.61N 1135454.21E
D311 221841.31N 1135442.25E
D311L 221841.65N 1135440.95E
D311R 221840.29N 1135441.45E
D312 221838.62N 1135443.25E
D312L 221838.96N 1135441.95E
D312R 221837.61N 1135442.45E
D313 221836.06N 1135444.21E
D314 221833.62N 1135445.12E
D314L 221833.86N 1135443.85E
D314R 221832.61N 1135444.31E
D315 221830.62N 1135446.23E
D315L 221830.92N 1135444.94E
D315R 221829.68N 1135445.40E
D316 221828.20N 1135447.14E
D316L 221828.44N 1135445.86E
D316R 221827.19N 1135446.33E
D317 221825.75N 1135448.05E
D317L 221825.95N 1135446.79E
D317R 221824.70N 1135447.25E
D318 221823.31N 1135448.95E
D319 221820.87N 1135449.86E
D319L 221821.12N 1135448.58E
D319R 221819.88N 1135449.05E
2  Cargo Apron
Stand Coordinates for First Nose Wheel
Guideline Stop Location
TC1 221809.15N 1135543.54E
X1R 221757.36N 1135458.22E
X2R 221755.54N 1135458.90E
X3L 221751.87N 1135501.02E
X3R 221753.52N 1135459.94E
X4R 221749.82N 1135502.10E
X5R 221748.00N 1135502.78E
X6L 221744.45N 1135504.47E
X6R 221746.17N 1135503.46E
X7 221747.83N 1135511.05E
X7L 221748.31N 1135510.48E
X7R 221746.87N 1135511.50E
X8 221750.05N 1135510.23E
X8L 221750.14N 1135509.80E
X9 221751.92N 1135508.76E
X9R 221752.10N 1135508.18E
X10 221752.89N 1135511.76E
X10L 221753.37N 1135512.10E
X10R 221752.73N 1135510.14E
X11 221753.76N 1135514.40E
X12 221754.53N 1135516.79E
X13 221755.51N 1135519.83E
X14 221756.28N 1135522.22E
X15 221757.05N 1135524.62E
X16 221758.03N 1135527.65E
X17 221758.80N 1135530.05E
X18 221759.58N 1135532.50E
X19 221800.51N 1135534.77E
X20 221801.19N 1135537.47E
X21 221802.00N 1135539.98E
X22 221802.80N 1135542.48E
X23 221803.61N 1135544.99E
X24 221809.15N 1135534.53E
X25 221808.38N 1135532.14E
X26 221807.61N 1135529.74E
X27 221806.83N 1135527.35E
X28 221806.06N 1135524.96E
X29 221805.02N 1135521.74E
X30 221804.24N 1135519.31E
X31 221803.45N 1135516.89E
X33 221801.38N 1135510.50E
X33L 221800.57N 1135509.12E
X33R 221801.21N 1135511.09E
X34 221800.41N 1135507.50E
X34L 221759.94N 1135507.16E
X35 221759.31N 1135505.19E
D321 221838.50N 1135433.52E
D322 221835.81N 1135434.52E
D323 221833.24N 1135435.44E
D324 221830.79N 1135436.35E
D325 221827.80N 1135437.47E
D326 221825.36N 1135438.38E
D327 221818.97N 1135440.75E
D328 221816.52N 1135441.66E
L417 221824.13N 1135436.45E
L427 221821.38N 1135427.91E
L431 221815.45N 1135430.02E
L432 221815.90N 1135431.41E
L433 221816.34N 1135432.79E
L434 221816.21N 1135435.26E
L434L 221817.41N 1135435.62E
L434R 221816.95N 1135434.17E
L435 221817.14N 1135438.15E
L435L 221818.34N 1135438.51E
L435R 221817.88N 1135437.06E
X451 221834.53N 1135420.42E
X452 221832.31N 1135421.25E
X453 221830.08N 1135422.07E
X454 221826.99N 1135423.22E
X455 221823.73N 1135424.64E
X456 221821.14N 1135425.40E
X458 221815.15N 1135427.63E
X459 221813.13N 1135427.57E
3  Maintenance and Long Term Parking Apron
Stand Coordinates for First Nose Wheel
Guideline Stop Location
M1 221800.32N 1135353.09E
M1A 221802.29N 1135353.96E
M2 221801.81N 1135400.93E
M3 221802.58N 1135403.33E
M4 221803.35N 1135405.72E
M5 221804.20N 1135408.36E
M6 221805.07N 1135411.06E
M7 221805.88N 1135413.57E
M8 221806.69N 1135416.07E
M9 221807.49N 1135418.58E
M10 221808.30N 1135421.08E
M21 221816.09N 1135402.96E
M22 221818.23N 1135401.86E
M24 221819.91N 1135358.41E
M25 221823.30N 1135409.37E
M26 221824.08N 1135411.76E
M27 221824.85N 1135414.15E
M31 221825.84N 1135351.27E
M32 221826.69N 1135353.91E
M33 221827.63N 1135356.88E
M34 221828.40N 1135359.28E
M35 221829.33N 1135405.83E
M36 221830.83N 1135407.42E
M37 221831.60N 1135409.81E
M38 221832.38N 1135412.20E
L411 221838.05N 1135431.34E
L412 221835.83N 1135432.17E
L413 221833.60N 1135433.00E
L414 221831.37N 1135433.83E
L415 221829.15N 1135434.66E
L416 221826.92N 1135435.48E
L421 221835.45N 1135423.26E
L422 221833.22N 1135424.09E
L423 221831.00N 1135424.92E
L424 221828.77N 1135425.75E
L425 221826.54N 1135426.58E
L426 221824.31N 1135427.40E

VHHH AD 2.9   SURFACE MOVEMENT GUIDANCE AND CONTROL SYSTEM AND MARKINGS

1 Use of aircraft stand ID signs, TWY guide lines and visual docking / parking guidance system of aircraft stands. Guidance sign boards available.
Nosewheel guidance lines at apron.
Continuous yellow nosewheel guidance lines at aircraft stands for use by wide-body aircraft, e.g. stand S25, dashed yellow nosewheel guidance lines at stands for use by narrow-body aircraft, e.g. stand S25R (see AD 2.23 para 3).
Safegate Docking System for wide-body aircraft at every stand, except W126, on passenger terminal aprons (see AD 2.23 para 4).
2 RWY and TWY markings and LGT RWY markings - RWY designation, THR, TDZ, centreline, aiming point marking and side stripe.

RWY LGT - THR, TDZ, centreline, wing bars, RETIL, RWY edge and end lights.

TWY markings - TWY Centre-line, edge, TWY intermediate holding positions. (See Remark 2)

TWY LGT - Centre-line, edge lights on some sections and TWY intermediate holding position lights.
3 Stop bars All stop bars lit. (See Remark 3)
Crossing of illuminated stop bars is prohibited.
Aircraft and vehicles may cross stop bars only when
ATC has given permission to proceed and the stop bar
lights are switched off.
4 Variable Message Sign (VMS) VMS are installed at the entrances of TWY B1 and B12
with two display options depending on the use of
RWY 07C/25C:
  1. Direction sign will be displayed when TWY B1 or TWY B12 is available;
  2. No entry sign will be displayed when entries to TWY B1 or TWY B12 are not available.
5 Remarks
  1. Follow nosewheel guidance lines when taxiing on apron and taxiways, and entering/exiting the runway.
  2. Runway holding position markings and stop bars are applied at the entrances of TWY B1 and TWY B12 to safeguard RWY 07C/25C from taxiing aircraft via TWY B1 or TWY B12 depending on the use of RWY 07C/25C.
  3. Stop bars at the entrances of TWY B1 and TWY B12 will be illuminated depending on the use of RWY 07C/25C.
  4. Stop bars at runway holding positions E9, F9, E11 and F11 will be illuminated depending on the use of RWY 07C/25C.

VHHH AD 2.10   AERODROME OBSTACLES

Obstacles in Approach/Take-off Areas
1.1 RWY 07L Approach, RWY 07C Approach, RWY 07R Approach, RWY 25L Approach, RWY 25C Approach and
RWY 25R Approach - NIL
1.2 RWY 07L Take-off, RWY 07C Take-off, RWY 07R Take-off, RWY 25L Take-off, RWY 25C Take-off and
RWY 25R Take-off - NIL
On-Airport Obstacles

NOTE 1 : All obstacles elevations are rounded up to the next foot. 

NOTE 2 : Sky Bridge extends across and above Taxilane B7 between Passenger Terminal Building and T1 Satellite Concourse in the proximity of Stand N12 and Stand R16. Height clearance 28 metres for aircraft to taxi underneath.

No Type of Obstacle Elevation
(FT AMSL)
Lit Co-ordinates
1 AnemometerA1 53.2 LGTD 221826.9N 1135545.9E
2 AnemometerA2 47.3 LGTD 221804.7N 1135502.5E
3 AnemometerA3 53.5 LGTD 221748.5N 1135412.2E
4 AnemometerA4 51.9 LGTD 221912.9N 1135523.1E
5 AnemometerA5 49.2 LGTD 221859.7N 1135443.0E
6 AnemometerA6 52.0 LGTD 221848.6N 1135407.4E
7 AnemometerA7 55.0 LGTD 221954.6N 1135436.9E
8 AnemometerA8 50.9 LGTD 221940.1N 1135351.9E
9 AnemometerA9 54.9 LGTD 221925.6N 1135307.0E
10 AnemometerA10 53.5 LGTD 221819.0N 1135547.0E
11 AnemometerA11 48.6 LGTD 221808.1N 1135514.0E
12 AnemometerA12 49.2 LGTD 221903.3N 1135454.6E
13 ATC Control Tower Building 282.9 LGTD 221838.1N 1135516.8E
14 Back-up ATC Control Tower Building 200.6 LGTD 221842.9N 1135515.6E
15 Forward ScatterR11 30.2 LGTD 221820.5N 1135548.9E
16 Forward ScatterR21 23.6 LGTD 221806.8N 1135503.5E
17 Forward ScatterR33 29.9 LGTD 221748.8N 1135411.1E
18 Forward ScatterR41 30.6 LGTD 221911.5N 1135523.6E
19 Forward ScatterR51 29.2 LGTD 221858.7N 1135444.2E
20 Forward ScatterR63 30.7 LGTD 221847.1N 1135408.0E
21 Forward ScatterR71 31.6 LGTD 221953.2N 1135437.4E
22 Forward ScatterR81 30.3 LGTD 221938.7N 1135352.4E
23 Forward ScatterR93 31.8 LGTD 221924.3N 1135307.5E
24 NAT Control Tower Building 335.1 LGTD 221924.6N 1135454.2E
25 Radar Rain ReflectorR2 26.8 221832.4N 1135605.8E
26 Radar Rain ReflectorR3 20.1 221803.4N 1135434.6E
27 Radar Rain ReflectorR7 19.2 221809.7N 1135518.5E
28 RVR TransmissometerR12 30.8 LGTD 221820.5N 1135548.8E
29 RVR TransmissometerR13 30.8 LGTD 221820.2N 1135547.8E
30 RVR TransmissometerR22 24.3 LGTD 221806.6N 1135503.2E
31 RVR TransmissometerR23 24.3 LGTD 221806.3N 1135502.1E
32 RVR TransmissometerR31 29.5 LGTD 221749.8N 1135414.0E
33 RVR TransmissometerR32 29.5 LGTD 221749.4N 1135413.0E
34 RVR TransmissometerR42 30.4 LGTD 221911.4N 1135523.2E
35 RVR TransmissometerR43 30.5 LGTD 221911.1N 1135522.2E
36 RVR TransmissometerR52 29.3 LGTD 221858.6N 1135443.8E
37 RVR TransmissometerR53 29.3 LGTD 221858.3N 1135442.8E
38 RVR TransmissometerR61 30.5 LGTD 221847.6N 1135409.3E
39 RVR TransmissometerR62 30.4 LGTD 221847.3N 1135408.3E
40 RVR TransmissometerR72 31.6 LGTD 221953.1N 1135437.0E
41 RVR TransmissometerR73 31.6 LGTD 221952.8N 1135436.1E
42 RVR TransmissometerR82 30.3 LGTD 221938.6N 1135352.1E
43 RVR TransmissometerR83 30.3 LGTD 221938.3N 1135351.1E
44 RVR TransmissometerR91 31.7 LGTD 221924.7N 1135308.8E
45 RVR TransmissometerR92 31.7 LGTD 221924.4N 1135307.8E
46 RWY 07C GP Aerial 65.7 LGTD 221848.0N 1135405.7E
47 RWY 07L GP Aerial 67.3 LGTD 221925.1N 1135305.4E
48 RWY 07R GP Aerial 77.5 LGTD 221747.8N 1135409.5E
49 RWY 25C GP Aerial 66.1 LGTD 221913.4N 1135524.7E
50 RWY 25L GP Aerial 77.7 LGTD 221819.9N 1135549.2E
51 RWY 25R GP Aerial 67.1 LGTD 221955.2N 1135438.6E
52 Sky Bridge (Note 2) 167.0 LGTD 221857.7N 1135553.3E
53 Wind Direction IndicatorIWDI1E 40.1 LGTD 221827.6N 1135546.7E
54 Wind Direction IndicatorIWDI2E 25.7 LGTD 221947.9N 1135441.6E
55 Wind Direction IndicatorIWDI3E 34.5 LGTD 221905.7N 1135526.5E
56 Wind Direction IndicatorIWDI1W 37.8 LGTD 221755.0N 1135405.4E
57 Wind Direction IndicatorIWDI2W 25.4 LGTD 221917.5N 1135307.4E
58 Wind Direction IndicatorIWDI3W 34.6 LGTD 221840.6N 1135410.8E

Aeronautical Ground Lights
3.1 Obstruction lights are located on peaks within the approach and take-off areas. They are omni-directional red strobe lights of 2 000 candelas power that flash every second. (See Aeronautical Ground Lights Chart page AD 2-VHHH-AERO-GND-LGT).
No Location of Peak Elevation
(FT AMSL)
Co-ordinates
1 CASTLE PEAK 1919 222318N 1135712E
2 FA PENG TENG 883 222004N 1140243E
3 HILL AT SHEK LUNG KUNG 1550 222253N 1140514E
4 HILL AT TAI LAM CHUNG 1123 222218N 1140202E
5 HILL AT TSING YI 1 1095 222013N 1140603E
6 HILL AT TSING YI 2 993 222027N 1140600E
7 HILL AT TUEN MUN 1 1576 222315N 1135942E
8 HILL AT TUEN MUN 2 1286 222321N 1140030E
9 TAI CHE TUNG 956 221851N 1140024E

VHHH AD 2.11  METEOROLOGICAL INFORMATION PROVIDED

1 Associated MET office Hong Kong Airport MET Office
2 Hours of service
MET office outside hours
H24
Not applicable
3 Office responsible for TAF preparation
Periods of validity
Interval of issuance
Hong Kong Airport MET Office
30 hr
Normally every 3 hr
4 Type of landing forecasts
Interval of issuance
TREND
Normally every 30 minutes
5 Briefing/consultation provided Self-briefing using AMIDS and telephone consultation
6 Flight documentation

Language used
Charts, METARs, TAFs, SIGMETs, VA and TC advisory information
English
7 Charts and other information available for briefing or consultation S, U, P, W, T, satellite and radar pictures available from AMIDS.
8 Supplementary equipment available for providing information AMIDS
9 ATS units provided with information Hong Kong ACC/APP/TWR/RCC
10 Additional information (limitation of service etc.) Nil 

VHHH AD 2.12   RUNWAY PHYSICAL CHARACTERISTICS

1 2 3 4 5 6
RWY Designator True and MAG BRG Dimensions of RWY (m) Strength (PCR) and surface of RWY - SWY THR Co-ordinates THR ELEV and highest point of TDZ of Precision APP RWY
07L 070.90°T
073.90°M
3800 x 60 PCR 720/F/B/W/T
Asphalt
221917.72N
1135256.26E
23.3FT
23.2FT
25R 250.90°T
253.90°M
3800 x 60 PCR 720/F/B/W/T
Asphalt
221954.45N
1135450.24E
23.1FT
23.0FT
7 8 9 10 11 12
Slope of RWY-SWY SWY dimensions (m) CWY dimensions (m) Strip dimensions
(m)
OFZ Remarks
07L: NIL NIL 60 x 150 3920 x 300 YES Full length of RWY is grooved RESA 240 x 150 m
25R: NIL NIL 60 x 150 3920 x 300 YES Full length of RWY is grooved RESA 240 x 150 m
1 2 3 4 5 6
RWY Designator True and MAG BRG Dimensions of RWY (m) Strength (PCR) and surface of RWY - SWY THR Co-ordinates THR ELEV and highest point of TDZ of Precision APP RWY
07C 070.90°T
073.90°M
3800 x 60 PCR 720/F/B/W/T
Asphalt
221840.58N
1135356.64E
22.3FT
22.4FT
25C 250.90°T
253.90°M
3800 x 60 PCR 720/F/B/W/T
Asphalt
221912.85N
1135536.78E
22.0FT
21.8FT
7 8 9 10 11 12
Slope of RWY-SWY SWY dimensions (m) CWY dimensions (m) Strip dimensions
(m)
OFZ Remarks
07C: NIL NIL 178 x 150 3920 x 300 YES Full length of RWY is grooved RESA 240 x 150 m
25C: NIL NIL 178 x 150 3920 x 300 YES Full length of RWY is grooved RESA 240 x 150 m

1 2 3 4 5 6
RWY Designator True and MAG BRG Dimensions of RWY (m) Strength (PCR) and surface of RWY - SWY THR Co-ordinates THR ELEV and highest point of TDZ of Precision APP RWY
07R 070.90°T
073.90°M
3800 x 60 PCR 720/F/B/W/T
Asphalt
221748.03N
1135357.99E
27.0FT
26.6FT
25L 250.90°T
253.90°M
3800 x 60 PCR 720/F/B/W/T
Asphalt
221826.75N
1135558.15E
26.9FT
26.6FT
7 8 9 10 11 12
Slope of RWY-SWY SWY dimensions (m) CWY dimensions (m) Strip dimensions
(m)
OFZ Remarks
07R: NIL NIL 300 x 150 3920 x 300 YES Full length of RWY is grooved RESA 240 x 150 m
25L: NIL NIL 300 x 150 3920 x 300 YES Full length of RWY is grooved RESA 240 x 150 m

VHHH AD 2.13   DECLARED DISTANCES

1 2 3 4 5 6
RWY
Designator
TORA (m)
(Note 1-6, 8-12)
TODA (m)
(Note 1-6, 8-12)
ASDA (m)
(Note 1-6, 8-12)
LDA (m) Remarks
07L 3800 3860 3800 3626 THR displaced by 174 m. When entering RWY from TWY C3 the TORA/ASDA is 3317 m.
25R 3800 3860 3800 3626 THR displaced by 174 m. When entering RWY from TWY C10 the TORA/ASDA is 3228 m.
07C 3800 3978 3800 3629 THR displaced by 171 m from start of RWY 07C TORA/ASDA, i.e. TWY A1 or TWY F1. (Note 13) When entering RWY from TWY A4 the TORA/ASDA is 3014 m.
25C 3800 3978 3800 3629 THR displaced by 171 m from start of RWY 25C TORA/ASDA, i.e. TWY A12 or TWY F8. (Note 14) When entering RWY from TWY A9 the TORA/ASDA is 3249 m.
07R 3800 4100 3800 3640 THR displaced by 160 m. When entering RWY from TWY J3 the TORA/ASDA is 3130 m. When entering RWY from TWY K2 the TORA/ASDA is 2720 m. (Note 7 & 8)
25L 3800 4100 3800 3800 When entering RWY from TWY J9 the TORA/ASDA is 3200 m. When entering RWY from TWY K6 the TORA/ASDA is 2880 m. (Note 8)

VHHH AD 2.14   APPROACH AND RUNWAY LIGHTING

1 2 3 4 5 6 7 8 9 10
RWY
Designator
APCH LGT
Type
LEN
(Note 1)
THR
LGT
colour
WBAR
VASIS
(MEHT)
PAPI
TDZ
LGT
LEN
RWY Centre Line
LGT length,
spacing,
colour,
INTST
RWY edge
LGT LEN,
spacing,
colour
RWY
End
LGT
colour
WBAR
SWY
LGT
LEN
(M)
colour
Remarks
07L CAT III
900M
LIH
Sequenced strobe lights (2 flashes/sec) on centreline from 900M to 300M from THR
Green

Green
PAPI
65.3FT
BOTH SIDES
900m 3800M, 15M FM 0 M-2891M White; FM 2891-3491M Red/White; FM 3491M Red LIH 3800M, 58M-60M FM 0 M-176M Red; FM 176M-3146M White; FM 3146M-3800M Yellow- RED

-
NIL RETIL for TWY C7, C8 and C9
25R CAT IIII
900M
LIH
Sequenced strobe lights (2 flashes/sec) on centreline from 900M to 300M from THR
Green

Green
PAPI
65.3FT
BOTH SIDES
3.1°
900m 3800M, 15M FM 0 M-2891M White; FM 2891-3491M Red/White; FM 3491M Red LIH 3800M, 58M-60M FM 0M-176M Red; FM 176M-3146M White; FM 3146M-3800M Yellow- RED

-
NIL RETIL for TWY C4, C5 and C6
07C CAT II
900M
LIH
Sequenced strobe lights (2 flashes/sec) on centreline from 900M to 300M from THR
Green

Green
PAPI
72.3FT
LEFT SIDE
900m 3800M, 15M FM 0 M - 2900M White; FM 2900-3500M Red/White; FM 3500M Red LIH 3800M, 58M-60M FM 0 M-180M Red; FM 180M-3200M White; FM 3200M-3800M Yellow- RED

-
NIL RETIL for TWY A7, A8, A10, F5 and F6
25C CAT III
900M
LIH
Sequenced strobe lights (2 flashes/sec) on centreline from 900M to 300M from THR
Green

Green
PAPI
72.3FT
BOTH SIDES
900m 3800M, 15M FM 0 M - 2900M White; FM 2900-3500M Red/White; FM 3500M Red LIH 3800M, 58M-60M FM 0 M-180M Red; FM 180M-3200M White; FM 3200M-3800M Yellow- RED

-
NIL RETIL for TWY A3, A5, A6, F3 and F4
07R CAT II
900M
LIH
Sequenced strobe lights (2 flashes/sec) on centreline from 900M to 300M from THR
Green

Green
PAPI
71.2FT
BOTH SIDES
900m 3800M, 30M FM 0 M - 2900M White; FM 2900-3500M Red/White; FM 3500M Red LIH 3800M, 60M FM 0 M-160M Red; FM 160M-3200M White; FM 3200M-3800M Yellow- RED

-
NIL RETIL for TWY K5
25L CAT II
900M
LIH
Sequenced strobe lights (2 flashes/sec) on centreline from 900M to 300M from THR
Green

Green
PAPI
77.4FT
BOTH SIDES
900m 3800M, 30M FM 0 M - 2900M White; FM 2900-3500M Red/White; FM 3500M RedLIH 3800M, 60M FM 0 M-3200M White; FM 3200M-3800M Yellow - RED

-
NIL RETIL for TWY K3
Note 1: The APCH LGT Type is declared depending on the limitation of operation mode of the respective RWY.

VHHH AD 2.15   OTHER LIGHTING, SECONDARY POWER SUPPLY

1 ABN/IBN location, characteristics and hours of operation Nil
2 LDI location and LGT

Anemometer location and LGT
LDI: Nil

RWY 07L/25R Anemometers:
390 m from DISP THR 07L to N of RWY; mid-point to N of RWY; 380 m from DISP THR 25R to N of RWY

RWY 07C/25C Anemometers:
372 m from DISP THR 07C to N of RWY; 69 m & 279 m from mid-point to N of RWY; 371 m from THR 25C to N of RWY

RWY 07R/25L Anemometers:
280 m from DISP THR 07R to S of RWY; mid-point to S of RWY; 335 m from THR 25L to N of RWY
3 TWY edge and centre line lighting Taxiway centreline lights - all taxiways
Taxiway edge lights - on some sections of taxiways
4 Secondary power supply/switch-over time Stand-by generator as secondary power supply to all lighting at AD. Switch-over time within 1 sec for all CAT II/III facilities, others within 15 sec.
5 Remarks Nil 

VHHH AD 2.16   HELICOPTER LANDING AREA

NIL 

VHHH AD 2.17   ATS AIRSPACE

Hong Kong Aerodrome Traffic Zone
1 Designation and lateral limits Hong Kong ATZ
Straight lines joining the following points:
22 19 58N 113 51 11E
22 21 45N 113 56 58E
22 17 05N 113 58 41E
22 15 24N 113 53 00E
22 19 58N 113 51 11E
2 Vertical limits SFC to 2 000 ft AAL
3 Airspace classification C
4 ATS unit call sign
Language
Hong Kong Tower
English
5 Transition altitude 9 000 ft
6 Remarks Nil
Hong Kong Control Zone
1 Designation and Lateral Limits Hong Kong CTR (see note below)
Straight lines joining the following points:
22 28 34N 114 00 54E
22 26 59N 114 00 25E
22 25 51N 114 03 03E
22 24 20N 114 04 10E
22 25 15N 114 07 08E
22 24 40N 114 10 40E
22 22 40N 114 13 20E
22 20 30N 114 13 25E
22 15 15N 114 21 00E
22 08 50N 114 21 00E
22 08 50N 114 17 05E
22 08 20N 114 15 20E
22 08 50N 114 14 10E
22 08 50N 114 11 45E
22 06 40N 114 11 45E
21 56 25N 113 48 00E
22 13 44N 113 39 57E
22 24 34N 113 49 44E
2 Vertical limits SFC to 9 000 ft AMSL
3 Airspace classification C
4 ATS Unit call sign
Language
Hong Kong Tower/Zone/Approach
English
5 Transition altitude 9 000 ft
6 Remarks Nil
Note: Subdivision of CTR
That portion of the CTR from surface to 2 000 ft AMSL is subdivided into 7 smaller zones, viz: DELTA ZONE, ISLAND ZONE, LANTAU ZONE, MA WAN ZONE, SOUTH OUTER ZONE, TUEN MUN ZONE and WAGLAN ZONE. The lateral limits of these 7 CTR zones are shown in Uncontrolled Airspace Reporting Areas and CTR Zones Chart, AD 2-VHHH-CTR-1.

VHHH AD 2.18   ATS COMMUNICATION FACILITIES

1 2 3 4 5
Service Designator Call sign Frequency Hours of Operation Remarks
APP HONG KONG APPROACH 119.1 MHZ H24
HONG KONG APPROACH 119.35 MHZ Secondary
HONG KONG DEPARTURE 123.8 MHZ H24
HONG KONG DEPARTURE 122.0 MHZ H24
HONG KONG DEPARTURE 122.65 MHZ As advised
HONG KONG DEPARTURE 124.05 MHZ Secondary
HONG KONG DIRECTOR 119.5 MHZ As advised
HONG KONG DIRECTOR 123.225 MHZ Secondary
121.5 MHZ H24 Emergency frequency
TWR HONG KONG TOWER 118.2 MHZ H24
HONG KONG TOWER 118.4 MHZ H24
HONG KONG TOWER 118.7 MHZ H24
124.65 MHZ Secondary
121.5 MHZ H24 Emergency frequency
GMC HONG KONG GROUND 121.6 MHZ H24
HONG KONG GROUND 121.875 MHZ H24
HONG KONG GROUND 122.125 MHZ H24
HONG KONG GROUND 122.55 MHZ H24
HONG KONG GROUND 122.6 MHZ H24
121.925 MHZ Secondary
ZNC HONG KONG ZONE 120.6 MHZ H24
122.075 MHZ Secondary
FIS HONG KONG INFORMATION 121.0 MHZ 01:00-SS
122.075 MHZ Secondary
CDC HONG KONG DELIVERY 122.15 MHZ H24 2-way PDC via data-link available
121.925 MHZ   Secondary
ATIS HONG KONG INTERNATIONAL AIRPORT ARRIVAL INFORMATION 128.2 MHZ H24 Data-link D-ATIS available at VHHHA Tel +852 3141 2820 http://www.hkatc.gov.hk
HONG KONG INTERNATIONAL AIRPORT DEPARTURE INFORMATION 127.05 MHZ H24 Data-link D-ATIS available at VHHHD Tel. +852 3141 2705 http://www.hkatc.gov.hk

VHHH AD 2.19   RADIO NAVIGATION AND LANDING AIDS

1 2 3 4 5 6 7
Type of aid, CAT of ILS/MLS ID Frequency Hours of operation Site of transmitting antenna coordinates Elevation of DME transmitting antenna Remarks
DME25C
ITFC CH 30X
H24 221913.45N
1135524.77E
6.26M Co-located with GP 25C
GP25C
CAT III
ITFC 332 MHZ
H24 221913.45N
1135524.77E
GP 3° (Nominal)
LOC25C
CAT III
ITFC 109.3 MHZ
H24 221830.88N
1135326.53E
Unusable beyond 19° right of course
DME25L
ITFL CH 46X
H24 221819.93N
1135549.28E
6.16M Co-located with GP 25L
GP25L
CAT II
ITFL 330.8 MHZ
H24 221819.93N
1135549.28E
Unusable beyond 7° left of course

GP 3° (Nominal)
LOC25L
CAT II
ITFL 110.9 MHZ
H24 221742.98N
1135342.30E
Unusable beyond 28° left of course and beyond 22° right of course
DME25R
ITFR CH 24Y
H24 221955.16N
1135438.56E
6.36M Co-located with GP 25R
GP25R
CAT I
ITFR 330.35 MHZ
H24 221955.16N
1135438.56E
GP 3.1º (Nominal)
Unusable below elevation angle of 1.8º
LOC25R
CAT I
ITFR 108.75 MHZ
H24 221912.67N
1135240.61E
Unusable beyond 16º right of course
DME07C
IZSC CH 30X
H24 221847.96N
1135405.67E
6.26M Co-located with GP 07C
GP07C
CAT II
IZSC 332 MHZ
H24 221847.96N
1135405.67E
GP 3° (Nominal)
LOC07C
CAT II
IZSC 109.3 MHZ
H24 221922.54N
1135606.89E
Unusable beyond 22° left of course and beyond 26° right of course
DME07L
IZSL CH 52Y
H24 221925.10N
1135305.29E
6.50M Co-located with GP 07L
GP07L
CAT III
IZSL 332.75 MHZ
H24 221925.10N
1135305.29E
GP 3º (Nominal)
LOC07L
CAT III
IZSL 111.55 MHZ
H24 222000.02N
1135507.54E
DME07R
IZSR CH 46X
H24 221747.78N
1135409.48E
6.21M Co-located with GP 07R
GP07R
CAT II
IZSR 330.8 MHZ
H24 221747.78N
1135409.48E
GP 3° (Nominal)
LOC07R
CAT II
IZSR 110.9 MHZ
H24 221830.05N
1135608.39E
Unusable beyond 19° right of course
DVOR/DME
SMT 114.8 MHZ
CH 95X
H24 222015.43N
1135855.46E
12M (See Note 1)
DVOR/DME
3°W (2020)
TD 116.1 MHZ
CH 108X
H24 221452.42N
1141735.30E
249.87M (See Note 2) 

Notes:

VHHH AD 2.20   LOCAL TRAFFIC REGULATIONS

1  Regulations for Local Flights in Hong Kong
1.1 GENERAL
1.1.1 The attention of pilots is drawn to ICAO Annex 2 and the Air Navigation (Hong Kong) Order 1995, Schedule 14, which detail the Rules of the Air applicable to all aircraft operating in Hong Kong, including low flying, the display of lights by aircraft, and general flying rules.
1.1.2 Pilots are reminded that it is the direct responsibility of the pilot-in-command of an aircraft to avoid collision with other aircraft when flying under VFR, notwithstanding that the flight is being conducted on an ATC clearance.
1.1.3 Flight notification for a local flight shall be submitted to Hong Kong ATC in accordance with the following procedures:
  1. IFR Flight - by filing a CAD Flight Plan form DCA6a (see ENR 1.10 paragraph 2.4), or for authorised operators, filing a CAD approved flight notification form at least 60 minutes prior to the estimated off-block time (EOBT);
  2. VFR Flight - by filing a CAD VFR Local Flight Notification Form DCA 6b which is downloadable from the CAD website (
    http://www.cad.gov.hk/application/DCA6b.pdf
    ) or a CAD approved flight notification form at least 20 minutes prior to the estimated time of departure (ETD).
1.1.4 Aircraft are required to carry communication equipment enabling them to maintain two-way communications with the appropriate ATS unit serving the airspace within which they intend to operate.
1.1.5 The pilot of a helicopter departing from any location within the Territory, except for Hong Kong International Airport, shall contact ATC immediately after lift off and inform them of their position and intentions.
1.1.6 The pilot of a helicopter landing at any location within the Territory, except for Hong Kong International Airport, shall inform ATC prior to descent to the landing site and state their intentions, including the duration of ground stop-over.
1.1.7 The attention of all pilots is drawn to Section ENR 5 of this document, which details airspace restrictions and hazardous areas within the Hong Kong FIR.
1.1.8 Prior approval should be obtained from ATC for any deviation from the published procedures due to adverse weather conditions, or operational necessity.
1.1.9 ATC may waive such of these procedures as considered necessary under special circumstances, such as search and rescue operations.
1.1.10 The pilot of non-Hong Kong registered fixed wing aircraft or helicopter that intends to conduct a local flight in Hong Kong may be required to produce the necessary flight documents as listed in GEN 1.5 para 4 prior to undertaking the flight.
1.1.11 The following conditions have also been laid down to govern flights by foreign military helicopters within the Territory:
  1. Advance approval for such flights must be obtained from the Director-General of Civil Aviation.
  2. The flight plan is to be approved by the ATC Watch Manager at Hong Kong International Airport, who will brief the pilot as necessary. If considered necessary, the pilot will be required to report in person to the ATC Supervisor for a detailed briefing.
  3. The area of the flight is to be restricted to that sanctioned by the Director-General of Civil Aviation, and approved by ATC for a particular flight.
  4. Under no circumstances are helicopters to take-off without clearance from the duty Aerodrome Controller, whose decision as to whether the flight may take place, will be final.
2  Regulations for Local Flights at Hong Kong International Airport (HKIA)
2.1 All training, test or demonstration flights at HKIA must have prior approval from the Director-General of Civil Aviation. Note that training flights at HKIA will be approved only in exceptional circumstances.
2.2 All non-commercial fixed wing aircraft and helicopter flights at HKIA must have prior approval from the Director-General of Civil Aviation. In addition, helicopter flights also require prior approval from the Airport Authority Hong Kong.
2.3 Recreational flights are not normally permitted at HKIA.
2.4 Notwithstanding having obtained prior approval, the pilot of any fixed wing aircraft or helicopter intending to operate a local flight at Hong Kong International Airport must contact Aerodrome Control Supervisor (Tel: 2910 6822) for final approval on the day of flight.
2.5 HELICOPTER OPERATIONS AT HONG KONG INTERNATIONAL AIRPORT
2.5.1 Helicopter operations at Hong Kong International Airport are categorised depending on the nature of the flight as tabulated below:
Category Nature of Flight Designated Parking Location
Technical Flight Maintenance flight Maintenance Apron
Flights operated for Hire or Reward Includes domestic and international non-scheduled flights Hong Kong Business Aviation Apron, Stand X1R and Stand X2R
International Flights operated NOT for Hire or Reward Hong Kong registered helicopter Maintenance Apron
Non-Hong Kong registered helicopter Hong Kong Business Aviation Apron
CASEVAC Medical As instructed by ATC 
3  Regulations for Local Flights in the Hong Kong Aerodrome Traffic Zone (ATZ) and Control Zone (CTR)
3.1 GENERAL
3.1.1 Hong Kong Aerodrome Traffic Zone (ATZ) and Control Zone (CTR) airspace are classified as Category C.
3.1.2 ATC clearance for local flying will only be given if, in the opinion of Aerodrome Control, or Zone Control as appropriate, such flying will not interrupt or unnecessarily delay the normal operation of public transport aircraft.
3.1.3 Recreational and training flights, including practice approaches, landings or departures, by privately owned light aircraft are not normally permitted at Hong Kong International Airport.
3.1.4 Before entering the ATZ or CTR, pilots shall inform ATC of their entry route, altitude, subsequent route and destination, or other intentions and obtain an ATC clearance for the proposed flight.
3.1.5 Before leaving the ATZ or CTR, pilots shall inform ATC of their exit route and destination, before contacting the next ATS unit, and when Flight Information Service is not available, pilots should notify ATC of their ETA for the re-entry route and on their return adhere to within 15 minutes of that notified time.
3.1.6 Flights by fixed wing aircraft within the ATZ are normally restricted to joining the traffic circuit for landing or leaving the traffic circuit to proceed to the CTR or Uncontrolled Airspace Reporting Areas (UCARAs).
3.1.7 Flights by fixed wing aircraft and helicopters are restricted on the following CTR routes:
4  Weather Minima
4.1 VFR flights during daylight hours may be approved:
  1. within the Hong Kong ATZ providing the weather observation at Hong Kong International Airport shows a visibility of at least 5 km and a cloud ceiling of not less than 1 500 ft;
  2. within the Hong Kong CTR providing the weather conditions on the intended track of the aircraft are a visibility of at least 5 km and a cloud ceiling of not less than 1 500 ft;
5  Regulations for Local Flights in the Uncontrolled Airspace Reporting Areas (UCARAs)
5.1 GENERAL
5.1.1 All pilots intending to operate within UCARAs are required to have satisfactorily completed a border check of the areas with a company approved Training Captain, Qualified Flying Instructor or Assistant Flying Instructor.
5.1.2 UCARAs airspace is classified as Category G with an additional requirement of two-way radio communication.
5.1.3 Civil aircraft operators who wish to operate in UCARA North Border are required to submit flight notification to Hong Kong Police Headquarters (Command and Control Centre) Duty Officer, Tel 2860 2400, in addition to Hong Kong ATC.
5.1.4 Pilots in UCARAs will be requested to squawk discrete SSR codes. If Flight Information Service is not available, then pilots shall squawk code 5200 and continue to make regular blind transmissions on FIS frequency.
5.1.5 Use of transponder in UCARAs does not imply ATC service is provided. Pilots shall continue to be responsible for their own navigation and collision avoidance while in flight.
5.2 UNLICENSED PILOTS
5.2.1 Unlicensed pilots are restricted to flights within UCARAs Port Shelter and those parts of Tolo and New Town, south of ‘line a’. (See Uncontrolled Airspace Reporting Areas (UCARAs) and CTR Zones chart, AD 2-VHHH-CTR-1, for delineation of ‘line a’.)

VHHH AD 2.21  NOISE ABATEMENT PROCEDURES

1  ICAO Noise Abatement Departure Procedure RWY 07
1.1 ICAO have developed aircraft operating procedures, Noise Abatement Departure Procedure 1 (NADP 1) and Noise Abatement Departure Procedure 2 (NADP 2), for the take-off climb to ensure that the necessary safety of flight operations is maintained whilst minimizing exposure to noise on the ground.
1.2 NADP 1 is intended to provide noise reduction for noise sensitive areas in close proximity to the departure end of the runway. NADP 2 provides noise reduction to areas more distant from the runway end.
1.3 All operators are to adopt either NADP 1 or NADP 2 procedures for all take-offs on RWY 07. Operators are not required to inform CAD of the adopted procedure.
1.4 Full details of NADP 1 and NADP 2 are contained in ICAO Procedures for Air Navigation Services - Aircraft Operations, Volume 1 - Flight Procedures, (PANS-OPS, Doc 8168 Volume 1).
2  Noise Mitigating Measures
2.1 GENERAL
2.1.1 The following measures are implemented  daily between 1500 and 2300 UTC (the “Noise Mitigation period”) to manage aircraft noise exposure levels when operating conditions permit. These measures include:
  1. South Runway (07R/25L) on Standby Mode;
  2. Preferential use of RWY 07L/07C;
  3. Usage of southbound SID route via RAMEN for RWY 07C;
  4. Preferential use of RNP Y (AR) APCH procedures for RWY 25C/25R;
  5. Continuous Descent Approach (CDA) procedure for RWY 25C/25R;
  6. Special ATC handling procedures for RWY 25C/25R departures.
2.1.2 Noise mitigating measures are not applicable to special authorised flights, flights with medical or SAR priority, and flights necessary for the calibration of procedures, navigation aids and landing aids.
2.2 SOUTH RUNWAY (07R/25L) ON STANDBY MODE
2.2.1 South Runway (07R/25L) will be placed on Standby Mode during Noise Mitigation Period. Normal operations will not be permitted to use the South Runway during the noise mitigating period.
2.2.2 Under emergency or declared contingency circumstances, the South Runway (07R/25L) may be returned to Operational Mode but will be limited to the minimum extent necessary for permitted operations. (Note: The scheduled runway maintenance periods will override Standby Mode on selected nights, AD 1.1 para. 11 refers.)
2.3 PREFERENTIAL USE OF RWY 07L/07C
2.3.1 RWY 07L/07C will be selected as the runway-in-use whenever the tailwind component is not greater than 5 knots. RWY 25C/25R may be used if operationally required, e.g. unserviceability of navigation aids, adverse weather conditions, aircraft performance, traffic situations, etc.
2.4 USAGE OF SOUTHBOUND SID ROUTE VIA RAMEN FOR RWY 07C
2.4.1 All departures from RWY 07C may expect the appropriate BEKOL, DALOL, LEKEN or PECAN SID via RAMEN (see list of Hong Kong International Airport SIDs in AD 2.22 para. 6.1). These SIDs route predominantly overwater via the West Lamma Channel and avoid overflight of densely populated areas at low altitude.
2.4.2 Pilots shall comply with the Standard Instrument Departure (SID) procedures and requirements (i.e. level and speed restrictions; terrain clearance, etc.) as specified in AD 2.22 para. 2 and on relevant SID charts published in AD 2.24.
2.5 PREFERENTIAL USE OF RNP Y (AR) APCH PROCEDURES FOR RUNWAY 25C/25R
2.5.1 When meteorological conditions are suitable and Runway 25C/25R is nominated as the arrival runway, Hong Kong ATC will endeavor to preferentially sequence arrival flights having authorization to conduct RNP Y (AR) APCH to Hong Kong International Airport.
2.5.2 Flights with authorization will be facilitated and assigned the appropriate STAR or radar vectors to LUDLA for the RNP Y RWY 25 (AR) procedure to the appropriate runway.
2.5.3 Flights without RNP AR authorization will be processed via the ILS/LOC or RNP (LNAV/VNAV) approach procedures and may be accorded lower priority when sequencing is required.
2.6 CONTINUOUS DESCENT APPROACH (CDA) PROCEDURE FOR RWY 25C/25R
2.6.1 Arrivals to RWY 25C/25R via straight-in ILS/LOC or RNP (LNAV/VNAV) instrument approach procedures may expect continuous descent approach (CDA) subject to the prevailing traffic situation.
2.6.2 CDA Procedure
  1. Pilots may expect to commence a continuous descent profile from altitude of 8 000 ft or higher. Subject to ATC clearance, low thrust settings and a relatively clean configuration should be maintained to minimise noise nuisance.
  2. If radar vectors are given, the estimated track miles to touchdown will be passed with descent clearance and further distance information may be given as required.
  3. Pilots should maintain aircraft’s minimum clean configuration speed as far as practicable and are expected to descend in a manner that complies with the published or assigned speed restrictions.
  4. If aircraft cannot comply with the CDA procedures or speed restrictions, the pilot should advise ATC in good time so that alternative arrangements can be made.
2.7 SPECIAL ATC HANDLING PROCEDURES FOR RWY 25C/25R DEPARTURES
2.7.1 Departures from RWY 25C/25R may expect to remain on the appropriate SID track until passing 9 000 ft or until they are south of Lantau Island, before being provided with radar vectors, as appropriate.

VHHH AD 2.22   FLIGHT PROCEDURES

1  ATC Clearance, Engine Start-Up and Push-back Procedures
1.1 All aircraft, other than helicopters and locally based light aircraft, shall obtain an ATC clearance prior to engine start. Pilots are to inform Hong Kong Ground/Delivery, as appropriate, of the following:
  1. call sign,
  2. parking stand number/location,
  3. Identifier of the latest ATIS received unless it has been included in the RCD (Request for Departure Clearance Downlink) message via data link,
  4. proposed flight level if it is different from the filed flight plan, and
  5. when applicable, special requirements (e.g. request for another departure runway or inability to comply with SID climb profile).

Radius-to-Fix SID procedures (BEKOL 1X/1Z, DALOL 1X/1Z, LEKEN 1X/1Z or PECAN 3X/2Z) are issued as the default procedures H24 to all aircraft departing from RWY 07R/07L.

RWY 07C departures can expect to be assigned SIDs with ‘T’ designator (ADLAD 1T, LARIT 1T, DUMEP 1T, XEMEK 1T or SOSLU 1T) during three-runway operations and Radius-to-Fix SID procedures (BEKOL 1Y, DALOL 1Y, LEKEN 1Y or PECAN 1Y) during noise mitigating period (between 1500 and 2300 UTC).

For aircraft that are unable to fly the Radius-to-Fix SID procedures, pilots shall make voice request to Hong Kong Delivery to obtain the corresponding non-Radius-to-Fix SID procedures. For aircraft using 2-way Pre-Departure Clearance (PDC) data-link service, pilots shall make such voice request prior to sending ‘Request for Departure Clearance Downlink’ (RCD) message.

1.2 A 2-way Pre-Departure Clearance (PDC) data-link service is available to approved operators. Pilots should send a ‘Request for Departure Clearance Downlink’ (RCD) message to ATC not more than 20 minutes prior to EOBT. If a ‘Departure Clearance Uplink’ (CLD) message is not received within 5 minutes or there is any problem with data link exchanges, the pilot shall inform Hong Kong Delivery on frequency 122.15 MHZ.
1.3 Pilots not participating in the PDC service shall contact Hong Kong Delivery on frequency 122.15 MHZ, 5 minutes prior to start to put their ATC clearance on request. Upon receipt of the ATC clearance the pilot shall read back the following information:
  1. aircraft call sign,
  2. destination,
  3. route,
  4. SID and
  5. transponder code.
1.4 Pilots shall comply with instructions issued by Hong Kong Delivery regarding when to contact the relevant Hong Kong Ground frequency.
1.5 Once an ATC clearance has been received, unless there is a specific time restriction included in the clearance, any delay in being ready to push-back, start engines or taxi may result in the clearance being cancelled.
1.6 Aircraft should not commence start-up, push-back, or any other manoeuvre on the apron, unless they have obtained approval from Hong Kong Ground.
1.7 Prior to requesting for push back or taxi from a parking stand, pilots of aircraft equipped with a ‘weight-on-wheel’ switch must ensure the transponder is operating (on ‘AUTO’ or ‘XPNDR’, and not ‘STDBY’ or ‘OFF’) and the assigned Mode A code is selected. Aircraft with Mode S transponder capable of reporting Aircraft Identification should have its identification in the ICAO flight plan format entered via FMS or Control Panel.
1.8 The majority of parking stands have two standard push-back procedures, Push-back BLUE and Push-back RED. The normal push-back procedure is to the taxi lane abeam the adjacent parking stand, but where this would result in the aircraft entering a critical area the push-back is extended to a Tug Stop Point clear of the critical area. A limited number of parking stands have a Push-back/Tow-forward procedure, Push-back GREEN. (The push-back procedures for each parking stand are shown on AD 2-VHHH-PBP-1 to AD 2-VHHH-PBP-3 for passenger aprons, AD 2-VHHH-PBP-4 for the cargo apron and AD 2-VHHH-PBP-5 for the maintenance and west cargo apron.)
1.9 Under certain traffic conditions it may be necessary for Hong Kong Ground to issue non-standard push-back instructions to expedite the flow of traffic. Pilots will be issued a ‘non-standard push-back’ to a defined location and direction.
1.10 Pilots shall ensure that the push-back colour code or non-standard push-back instructions issued by Hong Kong Ground are accurately relayed to their ground crew before push-back or engine start commences.
1.11 There is a restriction to the starting of engines for aircraft in parking stands S103, S108 and W123. If aircraft in these stands are required to push-back through 180°, only one engine shall be started during the push-back, other engines shall only be started when the push-back manoeuvre has been completed.
1.12 When known conditions exist which necessitate that engine start-up is carried out in the parking stand prior to the commencement of push-back, or greater than idle engine thrust will be required during engine start, (e.g. cross-bleed start procedure), the pilot shall advise Hong Kong Ground of the fact when engine start or push-back clearance is requested.
1.13 Whilst push-back procedure is being conducted it is essential for safety reasons that communication contact is maintained between pilot and ground engineer in charge. ATC clearance will not normally be issued to aircraft whilst being pushed back, unless the pilot so requests.
1.14 To avoid delay to other traffic using the apron, aircraft should be ready to taxi as soon as the push-back manoeuvre and engine start procedure are completed. The standard push-back for stands N68 and N70 is onto TWY B. Therefore, to avoid delays to other traffic, it is essential that the aircraft should be ready to taxi as soon as the push-back manoeuvre is complete. If aircraft are unable to comply with these procedures, pilots shall immediately inform Hong Kong Ground in order that alternative taxi instructions may be issued to other traffic.
1.15 Pilots are reminded that they should always use minimum power when starting engines or manoeuvring within the apron area. It is especially important when commencing to taxi that break-away thrust is kept to an absolute minimum and then reduced to idle thrust as soon as practicable.
2  Standard Instrument Departures (SIDs)
2.1 GENERAL
2.1.1 Due to the proximity of the FIR boundary to the west, pilots departing RWY 25C or RWY 25R are advised to maintain a careful cross-check of aircraft position after passing HH421 and HH422. In the event of any weather avoidance manoeuvre, permission must be obtained from ATC prior to making any turn away from the prescribed departure track.
2.2 RNP 1 REQUIREMENT
2.2.1 RNP 1 SIDs have been implemented in Hong Kong TMA. (See SID charts under AD 2.24 for details of the SID procedures). All aircraft departing HKIA, other than those specified in GEN 1.5 para 3.5.3.4 shall be equipped with appropriate systems and approved by the relevant State of Registry in accordance with ICAO RNP 1 standard. Carriage of a certified GNSS receiver is mandatory.
2.2.2 See GEN 1.5 para 3.5.3 for details of RNP 1 requirement and the Exemption Policy.
2.2.3  Contingency Procedures.
2.2.3.1 The Contingency Procedures are only available for flights exempted from RNP 1 requirement as specified in GEN 1.5 para 3.5.3.5.
2.2.3.2  Failure of RNP 1 capability before departure at HKIA. In case of failure or degradation of the RNP 1 system which is detected before departure at HKIA and it is not practicable to effect a repair, the aircraft concerned should be permitted to depart. For this purpose, the flight would be exempted under the category “Maintenance or delivery flights” (See GEN 1.5 para 3.5.3.5).
2.2.3.3  Failure of RNP 1 capability whilst airborne. In the event that PBN performance ceases to comply with the requirements for RNP 1, pilots must notify ATC with the phraseology “UNABLE RNP 1 [DUE TO (reason)]” as soon as possible. Dependent upon the nature of the reported system failure or degradation, continued operation with the current ATC clearance may be possible in many circumstances. When this cannot be achieved, ATC assistance would be provided as necessary. 
2.2.3.4 It is important that pilots flying the contingency procedures in para 2.2.3.5 to OVERFLY the significant points as tabulated below. ATC assistance may also be provided when necessary.
RWY Significant Point Cross Reference from Navaid
RWY 07L SMT DVOR IZSL ILS DME 5.5 NM
ROVER IZSL ILS DME 8.0 NM
SMT RDL 085/DME 2.6 NM
RWY 07C SMT DVOR IZSC ILS DME 4.7 NM
ROVER IZSC ILS DME 7.2 NM
SMT RDL 085/DME 2.6 NM
RWY 07R PORPA IZSR ILS DME 7.0 NM 
RWY 25L PRAWN ITFL ILS DME 7.0 NM 
SMT RDL 249/DME 10.4 NM
RWY 25C PRAWN ITFC ILS DME 7.0 NM
SMT RDL 249/DME 10.4 NM
RWY 25R POVEG ITFR ILS DME 6.5 NM
SMT RDL 259/DME 10.4 NM
2.2.3.5 Hong Kong SID Contingency Procedures for aircraft with exemption from RNP 1 requirement:
Hong Kong SID Contingency Procedures
RAMEN 1C
(RWY 07C)
See AD 2-VHHH-SID-RAMEN-C for details. Expect vectors to join flight plan route.
RAMEN 1E
(RWY 07L)
See AD 2-VHHH-SID-RAMEN-E for details. Expect vectors to join flight plan route.
RAMEN 2A
(RWY 07R)
See AD 2-VHHH-SID-RAMEN-A for details. Expect vectors to join flight plan route.
RUMSY 1D
(RWY 25C)
See AD 2-VHHH-SID-RUMSY-D for details. Expect vectors to join flight plan route.
RUMSY 1F
(RWY 25R)
See AD 2-VHHH-SID-RUMSY-F for details. Expect vectors to join flight plan route.
RUMSY 2B
(RWY 25L)
See AD 2-VHHH-SID-RUMSY-B for details. Expect vectors to join flight plan route.
2.3 TERRAIN CLEARANCE
2.3.1 To maintain terrain clearance on the appropriate SID the following climb gradients and procedures must be adhered to, except for the radius-to-fix SID or when directed by ATC.

Runway SID Group Rate of Climb
(under normal operation conditions)
Flyover Point
RWY 07R RNP 1, RF 4.8% or 292 ft/NM until passing 1200 ft Nil
RNP 1, non-RF 4.8% or 292 ft/NM until passing 1200 ft Do not turn right before passing PORPA
RAMEN
(Contingency)
4.9% or 298 ft/NM until passing 1400 ft Do not turn right before passing PORPA
RWY 07C RNP 1 via
TEGUB
6.8% or 414 ft/NM until passing 3900 ft Nil
RNP 1 via
ROVER, RF
3.4% or 207 ft/NM until passing 1200 ft Nil
RNP 1 via
ROVER, non RF
3.8% or 231 ft/NM until passing 1300 ft Do not turn right before passing ROVER
RAMEN
(Contingency)
3.8% or 231 ft/NM until passing 1300 ft Do not turn right before passing ROVER
RWY 07L RNP 1, RF 3.3% or 201 ft/NM Nil
RNP 1, non-RF 3.3% or 201 ft/NM Do not turn right before passing ROVER
RAMEN
(Contingency)
3.4% or 207 ft/NM until passing 1400 ft Do not turn right before passing ROVER
RWY 25L RNP 1 4.7% or 286 ft/NM until passing 1600 ft Nil
RUMSY
(Contingency)
3.3% or 201 ft/NM Do not turn left before passing PRAWN
RWY 25C RNP 1 3.3% or 201 ft/NM Nil
RUMSY
(Contingency)
3.3% or 201 ft/NM Do not turn left before passing PRAWN
RWY 25R RNP 1 3.3% or 201 ft/NM Nil
RUMSY
(Contingency)
3.3% or 201 ft/NM Do not turn left before passing POVEG
2.4 DEPARTURE SPEED REQUIREMENT
2.4.1 To comply with the speed requirement, crossing PORPA, ROVER, HH412, HH421, PRAWN or POVEG at 205 KIAS or greater, it is recommended that the Noise Abatement Departure Procedure 2 (NADP 2) (see VHHH AD 2.21 for details) or the manufacturer’s recommended procedure be used.
2.4.2 Pilots shall inform ATC prior to entering the runway if they will not be able to comply with the departure speed requirement due to aircraft performance limitations or other factors for safety consideration.
2.5 CLIMB REQUIREMENT
2.5.1 Hong Kong SID and STAR procedures are designed in accordance with the ICAO guidance for Continuous Climb Operations (CCO) and Continuous Descent Operations (CDO). Level requirements/restrictions are stipulated at key waypoints to ensure vertical separation is strategically achieved between arrivals and departures and adjacent FIR airspace. The table below listed the most critical waypoints for achievement of strategic separation.
ADLAD Departures
RWY 07C Cross BEKOL at or above 4 800 m (FL157).
BEKOL Departures
RWY 07R/07C/07L Cross BEKOL at or above 4 800 m (FL157).
RWY 25L Cross HH481 at or above 7 000 ft.
Cross HH482 at or above FL110.
Cross BEKOL at or above 4 800 m (FL157).
RWY 25C/25R Cross HH485 at or above FL130.
Cross BEKOL at or above 4 800 m (FL157).
DALOL and LEKEN Departures
RWY 07R/07C/07L Cross VEDVO at or above FL110.
Cross SEGPO at or above FL140.
RWY 25L Cross HH471 at or above 9 000 ft.
Cross SUDVA at or above FL140.
RWY 25C/25R Cross SUPAD at or above FL150.
Cross HH477 at or above FL160.
DUMEP, LARIT and XEMEK Departures
RWY 07C Cross VEMSO at or above 9 000 ft.
Cross SAMED at or above FL130.
Cross LUBMO at or above FL160.
PECAN Departures
RWY 07R/07C/07L Cross VEDVO at or above FL110.
Cross SEGPO at or above FL140.
RWY 25L Cross HH471 at or above 9 000 ft.
Cross HH477 and HH478 at FL140.
RWY 25C/25R Cross SUGAP at or above FL140.
SOSLU Departures
RWY 07C Cross VEMSO at or above 9 000 ft.
Cross SAMED at or above FL130.
Cross SEGPO at or above FL140.
2.5.2 Upon SID issuance, pilots of departing flights shall review their aircraft’s capability to achieve the published climb requirements and inform Hong Kong Delivery prior to start-up if unable to comply. Pilots should advise the first requirement which cannot be complied with and what altitude/level is achievable at that waypoint so that alternative procedures/actions can be coordinated.
2.6 READBACK OF SID PRIOR TO DEPARTURE
2.6.1 Pilots departing from RWY 07C should note the existence of alternative SID procedures with either left or right turns after departure for use with difference runway operating modes.
2.6.2 In particular during independent parallel departure operations of RWY 07C and RWY 07R, which may be conducted in full IMC conditions, it is imperative that the correct SID is selected and entered into the Flight Management System to ensure separation with simultaneous departure on the adjacent runway.
2.6.3 To mitigate against incorrect SID selection when independent parallel departure operations are in progress, flight departing from RWY 07C will be instructed by Hong Kong Ground to report assigned SID to Hong Kong Tower on first contact. Pilots should verify that the correct SID has been entered and that the expected turn direction is valid.
2.7 LOSS OF COMMUNICATION
2.7.1  In the event of a loss of communication aircraft shall comply with the last acknowledged clearance up to the next reporting point/waypoint in the SID/Transition procedure listed in para 5.2 then climb to the flight planned cruising level and follow the SID/Transition track to the TMA exit point.
3  Terminal Transition Routes
3.1 Within the Hong Kong TMA a number of Terminal Transition Routes are established. Operators departing from Hong Kong International Airport shall flight plan via the relevant Terminal Transition Route until exiting the Hong Kong TMA to join the appropriate ATS route. (See ENR 3.1 para.(2) and Area Chart - Departure Routes under AD 2.24)
4  SID Navigation Aids
Navaid Frequency Coordinates
SMT DVOR/DME 114.8 MHZ
(CH 95X)
222015.43N 1135855.46E
IZSR DME CH 46X 221747.78N 1135409.48E
ITFR LOC 108.75 MHZ 221912.67N 1135240.61E
ITFR DME CH 24Y 221955.16N 1135438.56E
ITFL DME CH 46X 221819.93N 1135549.28E
5  SID Locations
5.1 SID FLYOVER WAYPOINTS (Note: PORPA and ROVER are flyby waypoints in the following radius-to-fix SIDs - BEKOL X/Y/Z, DALOL X/Y/Z, LEKEN X/Y/Z and PECAN X/Y/Z.)
Flyover Waypoint Coordinates (WGS 84) Cross Reference from Navaid
PORPA 222009.10N 1140116.30E

IZSR ILS DME 7.0NM

SMT RDL 096/DME 2.2 NM

POVEG 221743.28N 1134803.62E

ITFR ILS DME 6.5 NM

SMT RDL 259/DME 10.4 NM

PRAWN 221605.40N 1134840.10E

ITFL ILS DME 7.0NM

SMT RDL 249/DME 10.4 NM

ROVER 222035.58N 1140139.12E

IZSL ILS DME 8.0 NM

SMT RDL 085/DME 2.6 NM

5.2 SID REPORTING POINTS / FLYBY WAYPOINTS
Reporting Point/ Flyby Waypoint Coordinates (WGS 84) Cross Reference from Navaid
ADLAD 223040.74N 1141952.57E PBN Waypoint
AGOMU 223015.17N 1142229.86E PBN Waypoint
ANRUX 222705.73N 1141241.76E PBN Waypoint
BEKOL 223236.00N 1140800.00E

TD RDL 336/DME 19.8 NM

DAKIG 215052.90N 1142633.33E PBN Waypoint
DALOL  214436.90N 1145045.34E PBN Waypoint
DUMEP 214436.30N 1151249.87E PBN Waypoint
HH301 221929.01N 1135911.61E PBN Waypoint
HH302 222000.43N 1135804.56E PBN Waypoint
HH303 222050.02N 1135742.83E PBN Waypoint
HH311 221452.34N 1140512.73E PBN Waypoint
HH322 221508.88N 1140512.88E PBN Waypoint
HH332 221522.17N 1140513.00E PBN Waypoint
HH341 221925.15N 1140419.86E PBN Waypoint
HH342 221712.51N 1140514.01E PBN Waypoint
HH355 221945.97N 1140415.23E PBN Waypoint
HH356 221722.57N 1140514.10E PBN Waypoint
HH363 221929.68N 1140409.36E PBN Waypoint
HH364 221656.52N 1140513.86E PBN Waypoint
HH381 220902.10N 1141506.66E PBN Waypoint
HH382 221123.06N 1142604.39E PBN Waypoint
HH384 222311.51N 1142117.83E PBN Waypoint
HH393 221943.83N 1141615.26E PBN Waypoint
HH411 221708.52N 1135155.32E PBN Waypoint
HH412 221510.92N 1134848.95E PBN Waypoint
HH413 221148.90N 1134841.37E PBN Waypoint
HH414 220944.51N 1135109.66E PBN Waypoint
HH421 221531.13N 1134409.41E PBN Waypoint
HH422 221258.53N 1134227.41E PBN Waypoint
HH423 220726.10N 1134459.40E PBN Waypoint
HH471 220728.61N 1140333.28E PBN Waypoint
HH472 220551.49N 1141305.41E PBN Waypoint
HH477 215729.80N 1141254.07E PBN Waypoint
HH478 215229.09N 1141247.31E PBN Waypoint
HH481 221123.11N 1140129.60E PBN Waypoint
HH482 221715.28N 1140722.59E PBN Waypoint
HH484 220223.21N 1135601.92E PBN Waypoint
HH485 220419.90N 1140035.87E PBN Waypoint
HH486 220656.32N 1140643.85E PBN Waypoint
HH487 221517.49N 1141246.60E PBN Waypoint
HH941 (RF Turn Centre) 221737.96N 1140212.36E PBN Waypoint
HH942 (RF Turn Centre) 221714.13N 1140144.03E PBN Waypoint
HH955 (RF Turn Centre) 221758.85N 1140208.75E PBN Waypoint
HH956 (RF Turn Centre) 221724.31N 1140127.97E PBN Waypoint
HH963 (RF Turn Centre) 221704.89N 1140124.20E PBN Waypoint
HH964 (RF Turn Centre) 221658.35N 1140116.75E PBN Waypoint
LARIT 215341.37N 1151606.56E PBN Waypoint
LEKEN 215301.06N 1145444.95E PBN Waypoint
LUBMO 215755.24N 1143152.98E PBN Waypoint
PECAN 212620.19N 1140205.64E

TD RDL 200/DME 50.5 NM

PORPA 222009.10N 1140116.30E PBN Waypoint
RAMEN 220939.22N 1140509.89E

TD RDL 249/DME 12.6 NM

ROVER 222035.58N 1140139.12E PBN Waypoint
RUMSY 220456.94N 1134816.79E

TD RDL 253/DME 28.9 NM

SAMED 220443.00N 1142631.83E PBN Waypoint
SEGPO 215732.77N 1142118.59E PBN Waypoint
SMT 222015.43N 1135855.46E Co-located with SMT DVOR/DME
SOSLU 213844.03N 1140518.39E PBN Waypoint
SUDVA 220425.14N 1142133.87E PBN Waypoint
SUGAP 215557.44N 1140201.64E PBN Waypoint
SUPAD 220005.99N 1140730.72E PBN Waypoint
TEGUB 222418.28N 1140454.69E PBN Waypoint
VANPU 220357.95N 1134803.85E PBN Waypoint
VEDMU 220814.02N 1135508.18E PBN Waypoint
VEDVO 220438.19N 1141543.05E PBN Waypoint
VEMSO 221425.06N 1141852.28E PBN Waypoint
XEMEK 213816.17N 1145943.04E PBN Waypoint
6  Hong Kong International Airport SIDs
6.1 RUNWAY 07 SIDS
SID Runway Remarks
ADLAD1T RWY 07C Between 1500-2300 UTC expect BEKOL1Y
BEKOL1C RWY 07C -
BEKOL1Y RWY 07C Radius-to-fix (RF) leg is required
BEKOL1Z RWY 07L Radius-to-fix (RF) leg is required
BEKOL2E RWY 07L -
BEKOL1X RWY 07R Radius-to-fix (RF) leg is required
BEKOL5A RWY 07R -
DALOL1C RWY 07C -
DALOL1Y RWY 07C Radius-to-fix (RF) leg is required
DALOL1E RWY 07L -
DALOL1Z RWY 07L Radius-to-fix (RF) leg is required
DALOL1A RWY 07R -
DALOL1X RWY 07R Radius-to-fix (RF) leg is required
DUMEP1T RWY 07C Between 1500-2300 UTC expect DALOL1Y
LARIT1T RWY 07C Between 1500-2300 UTC expect LEKEN1Y
LEKEN1C RWY 07C -
LEKEN1Y RWY 07C Radius-to-fix (RF) leg is required
LEKEN1E RWY 07L -
LEKEN1Z RWY 07L Radius-to-fix (RF) leg is required
LEKEN1A RWY 07R -
LEKEN1X RWY 07R Radius-to-fix (RF) leg is required
PECAN1C RWY 07C -
PECAN1Y RWY 07C Radius-to-fix (RF) leg is required
PECAN2E RWY 07L -
PECAN2Z RWY 07L Radius-to-fix (RF) leg is required
PECAN3A RWY 07R -
PECAN3X RWY 07R Radius-to-fix (RF) leg is required
SOSLU1T RWY 07C Between 1500-2300 UTC expect PECAN1Y
XEMEK1T RWY 07C Between 1500-2300 UTC expect DALOL1Y
6.2 RUNWAY 25 SIDS
SID Runway Remarks
BEKOL1D RWY 25C -
BEKOL3B RWY 25L -
BEKOL2F RWY 25R -
DALOL1D RWY 25C -
DALOL1B RWY 25L -
DALOL1F RWY 25R -
LEKEN1D RWY 25C -
LEKEN1B RWY 25L -
LEKEN1F RWY 25R -
PECAN1D RWY 25C -
PECAN2B RWY 25L -
PECAN2F RWY 25R -
7  Standard Instrument Arrivals (STARs)
7.1 RNP 1 REQUIREMENT
7.1.1 RNP 1 STARs have been implemented in Hong Kong TMA. (See STAR charts under AD 2.24 for details of the STAR procedures). All aircraft arriving HKIA, other than those specified in GEN 1.5 para 3.5.3.5, shall be equipped with appropriate systems and approved by the relevant State of Registry in accordance with ICAO RNP 1 standard. Carriage of a certified GNSS receiver is mandatory.
7.1.2 See GEN 1.5 para 3.5.3 for details of RNP 1 requirement and the Exemption Policy.
7.1.3  Failure of RNP 1 capability whilst airborne. In the event that PBN performance ceases to comply with the requirements for RNP 1, pilots must notify ATC with phraseology “UNABLE RNP 1 [DUE TO (reason)]” as soon as possible. Dependent upon the nature of the reported system failure of degradation, continued operation with the current ATC clearance may be possible in many circumstances. When this cannot be achieved, ATC assistance would be provided as necessary.
7.1.4 For flights exempted from RNP 1 requirement as specified in GEN 1.5 para 3.5.3.5, pilots shall follow the RNP 1 STAR procedures as far as practicable and observe all instructions and requirements (i.e. level and speed restrictions, etc.) specified in the charts. ATC assistance would also be provided when necessary.
7.2 LOSS OF COMMUNICATION
7.2.1 In the event of a loss of communication:
  1. if a STAR clearance has been issued and acknowledged, aircraft shall comply with the descent planning profile and the STAR track to RIVMI/LUDLA/LIMES as appropriate, join the relevant holding pattern and descend to 4 500 ft, then carry out the ILS approach (or RNP AR approach from LUDLA);
  2. if a STAR clearance has not been issued or acknowledged, aircraft shall proceed in accordance with the STAR procedure appropriate for the ATS route and landing direction, (arrivals from SIERA should proceed in accordance with SIERA n A or SIERA n B STAR as appropriate), at RIVMI/LIMES as appropriate, join the relevant holding pattern and descend to 4 500 ft, then carry out the ILS approach.
7.3 UNSERVICEABILITY OF AIRCRAFT EQUIPMENT OR GROUND EQUIPMENT
7.3.1 Pilots shall inform ATC if they are unable to comply with the STAR procedure due to unserviceability of aircraft equipment or ground equipment and request radar assistance. 
7.4 STAR COMMENCEMENT AND TERMINATION POINTS
7.4.1 Except for SIERA STARs, Hong Kong STARs commence from ABBEY, BETTY or CANTO and terminate at the Initial Approach Fix (IAF) (e.g. RIVMI/LUDLA (RWY 25) or LIMES (RWY 07) as appropriate).
7.4.2 While the SIERA STARs commence directly from the TMA boundary point SIERA, other STARs are connected to the TMA boundary points by Terminal Transition Routes (TTR). (See ENR 3.1 para. (2) and Area Chart - Arrival Routes and Terminal Holding Patterns under AD2.24)
8  STAR Navigational Aids

(Nil)

9  STAR Waypoints
Waypoint Coordinates (WGS 84) Cross Reference from Navaid
* ABBEY 221611.00N 1145525.92E

TD RDL 091/DME 35.1 NM

* BETTY 212910.82N 1143331.92E

TD RDL 165/DME 47.9 NM

BORDA 214132.37N 1132429.01E

TD RDL 239/DME 59.5 NM

* CANTO 213902.63N 1134225.09E

TD RDL 226/DME 48.4 NM

HH511 215332.24N 1141131.99E PBN Waypoint
HH512 220121.80N 1143156.70E PBN Waypoint
HH622 215714.02N 1142643.79E PBN Waypoint
HH623 215134.24N 1141232.62E PBN Waypoint
HH631 220746.57N 1140738.63E PBN Waypoint
HH632 220230.12N 1141028.02E PBN Waypoint
HH633 215303.75N 1141523.47E PBN Waypoint
HH634 215744.18N 1141257.27E PBN Waypoint
HH635 215128.24N 1140844.19E PBN Waypoint
# LIMES 220625.60N 1134632.60E PBN Waypoint
# LUDLA 221340.79N 1140428.75E PBN Waypoint
MANGO 213649.00N 1143053.00E

TD RDL 165/DME 39.9 NM

MURRY 214528.37N 1134841.97E

TD RDL 226/DME 39.7 NM

MUSEL 221553.99N 1144652.13E

TD RDL 091/DME 27.2 NM

# RIVMI 222403.96N 1141909.28E PBN Waypoint
ROCCA 213155.42N 1133451.44E

TD RDL 226/DME 58.4 NM

* SIERA 215912.00N 1133312.00E

TD RDL 252/DME 44.1 NM

SILVA 215104.50N 1135410.88E

TD RDL 226/DME 32.2 NM

TEDUR 221118.77N 1142351.26E PBN Waypoint

* STAR commencement point
# IAF 

10  Instrument Landing System (ILS) - General
10.1 RWY 25R ILS is equipped for CAT I landings. RWY 07R, RWY 25L and RWY 07C ILS are equipped for CAT II landings. RWY 07L and RWY 25C ILS are equipped for CAT III landings. Operators must obtain approval prior to conducting CAT II/III operations, (see AD 1.1 paragraph 7). Pilots wishing to make an ILS CAT II/III approach shall notify Approach Control on initial contact.
10.2 The standard instrument approach at Hong Kong International Airport is the ILS approach procedure.
10.3 No marker beacons are provided. DME equivalents for Outer Marker Fix (OMF) and Middle Marker Fix (MMF) with glidepath reference altitudes are established.
10.4 Due to the proximity of the FIR boundary to the west, pilots carrying out RWY 07L, RWY 07C or RWY 07R ILS approach are advised to maintain a careful cross-check of aircraft position after passing the initial approach fix LIMES by the use of appropriate navigational aids to ensure the aircraft remains on the prescribed track. In the event of any weather avoidance manoeuvre, permission must be obtained from ATC prior to making any turn away from the prescribed track.
10.5 The ILS approach procedures include specific speed restrictions. These speed restrictions are applicable to aircraft that are vectored to join the initial or intermediate approach as well as aircraft commencing the approach from the Initial Approach Fix. Pilots unable to comply with these speed restrictions shall inform Approach Control on first contact so that additional inter-arrival spacing can be provided. Pilots shall also advise Approach Control on first contact if the planned final approach speed is below 125 KIAS. The final approach speed is defined as the Reference Landing Speed (Vref) plus corrections.
10.6 Pilots are warned that during ILS CAT I operations RWY 07R and RWY 25L GP signals may be liable to interference from aircraft taxiing in the vicinity of the GP aerial. Pilots should therefore closely monitor their ILS approach profile and rate of descent.
10.7 Due to terrain and obstacles some of the ILS LOC and GP signals at Hong Kong International Airport do not have the standard ICAO protected areas. Pilots shall refer to flight procedure charts for service volume restrictions of LOC and GP. Using ILS signals outside of the coverage areas stated on flight procedure charts may lead to false capture or reverse sense indications. 
10.8 If ground based navigational aids or GNSS are not available, ATC will provide an alternative clearance or give radar assistance.
11  RWY 25R ILS Approach
11.1 RWY 25R ILS approach consists of RNAV initial approach transition and ILS final approach transition. The ILS approach should be conducted via the RNAV transition only.
11.2 When flying an RNAV transition to RWY 25R ILS final approach, pilots are strongly cautioned to adhere to all published altitude restrictions. To safely overfly the critical terrain along the flight path, engagement of the ILS modes (i.e. LOC and Glideslope) before crossing waypoint TOPUN is not permitted for compliance with obstacle clearance requirements. Pilots planning to conduct the ILS approach for RWY 25R shall familiarize themselves with the operating requirements as prescribed in the updated AIC of “Operation Requirements for RWY 25R ILS Approach of Hong Kong International Airport”.
11.3 See AD 2-VHHH-IAC-06A and AD 2-VHHH-IAC-06B for procedure details.
12  RNP AR APCH
12.1 RNP AR APCH RWY 07 via north of HKIA
12.1.1 RNP Y RWY 07R (AR) is available to provide alternative approach path for arriving aircraft to approach from the north of HKIA on a left hand circuit (North Circuit).
12.1.2 The procedure is provided to cater for circumstances when weather precludes the conduct of approach from the south. Therefore, requests for this procedure in other situations would not normally be entertained.
12.1.3 Should the weather situation mentioned in para. 12.1.2 arise, pilots of authorized airline operators, who are qualified and wish to fly the RNP AR APCH procedure, shall make a request to Hong Kong Air Traffic control (ATC) unit. Subject to prevailing traffic situation, ATC may consider granting the approval of such request.
12.1.4 Special Authorization from Hong Kong CAD is required to conduct RNP AR APCH in Hong Kong.
12.2 RNP AR APCH Operational Approval
12.2.1 Refer to the relevant AIC regarding application to conduct RNP AR APCH procedures at HKIA by foreign aircraft operators.
12.3 Speed Control
12.3.1 Pilots unable to comply with the speed restrictions specified in RNP AR APCH procedures shall inform Approach Control on first contact so that additional inter-arrival spacing can be provided. Pilots shall also advise Approach Control on first contact if the planned final approach speed is below 125 KIAS. The final approach speed is defined as the Reference Landing Speed (Vref) plus corrections.
13  Procedures for Local Flights in Hong Kong Aerodrome Traffic Zone (ATZ) and Control Zone (CTR) Zones
13.1 GENERAL
13.1.1 Local flights operating in the Aerodrome Traffic Zone (ATZ) are under the control of Hong Kong Aerodrome Control. The ATZ is split into two sectors – ATZ North and ATZ South sectors. The Dividing line is along the centreline of the centre runway. ATZ North is normally under the control of AMC North, operating on frequency 118.7 MHZ, call sign ‘Hong Kong Tower; ATZ South is normally under the control of AMC South, operating on frequency 118.4 MHZ, call sign ‘Hong Kong Tower’.
13.1.2 Non-IFR flights within the CTR Zones (see chart page AD 2-VHHH-CTR-1), are under the control of Hong Kong Zone Control operating on frequency 120.6 MHZ primary and 122.075 MHZ secondary, call sign ‘Hong Kong Zone’.
13.1.3 Flights within the CTR above 2 000 ft AMSL are under the control of Hong Kong Approach Control on frequency 119.1 MHZ or Departure Control on frequency 123.8 MHZ/122.0 MHZ. The appropriate frequency will be advised by ATC.
13.1.4 To enhance flight safety, it is recommended that all local operators display landing lights whilst entering, leaving or operating within the ATZ or CTR Zones.
13.2 VERTICAL LIMITS AND ALTITUDE RESTRICTIONS
13.2.1 The vertical limits are:
  1. ATZ surface up to 2 000 ft AAL;
  2. CTR Zones surface up to 2 000 ft AMSL (subject to paras. 13.2.2 and 13.2.3 below).
13.2.2 In the following CTR Zones ATC will apply an altitude restriction dependent on the runway in use at Hong Kong International Airport:
CTR Zone RWY in Use Altitude Restriction
South Outer Zone RWY 07 500 ft
Delta Zone As instructed by ATC
Island Zone routes:
Green Island - Ma Wan Corridor
Green Island - Silvermine
Green Island - Cheung Chau
Green Island - Lamma
Green Island - west of Star Ferry
East of Star Ferry

1 000 ft
800 ft
1 000 ft
1 000 ft
1 000 ft
1 500 ft
South Outer Zone RWY 25 1 200 ft
Delta Zone As instructed by ATC
13.2.3 In addition, flights requesting to operate in Ma Wan Zone, Tuen Mun Zone north of Line B above 1 000 ft AMSL and Lantau Zone above 2 000 ft AMSL, including operations at landing sites above these levels, are subject to specific approval from Hong Kong Zone. The altitude restrictions and clearance limits will be instructed by ATC.
13.3 ATZ AND CTR ZONES ENTRY AND EXIT ROUTES
13.3.1 Subject to ATC approval, pilots shall normally comply with the following standard exit and entry routes and altitudes within the ATZ and CTR Zones (see chart page AD 2-VHHH-CTR-2):
Radio Call Sign Route Direction Routeing
East Pass In/Out Entering/Leaving Island Zone from/to UCARA Port Shelter
Single engine aircraft not permitted
Fan Lau
(See Note 1)
North/South
East/West
Transiting to/from West Lantau Corridor and Island Zone and
Transiting to/from Island Zone and Delta Zone
Gold Coast Corridor
(See Note 2 and 7)
East/West
(one direction at a time)
Transiting Ma Wan Zone between Pearl Island and Brothers Point
Upper limit 500 ft AMSL Width 0.5 NM. Helicopters only
Lei Yue Mun In/Out Entering/Leaving Island Zone from/to Waglan Zone
Inbound to CTR 1 500 ft AMSL
Outbound from CTR not above 1 000 ft AMSL
(If weather precludes use of 1 500 ft AMSL inbound, operations shall be restricted to one direction at a time)
Ma Wan Corridor
(See Note 2 and 3)
In/Out Transiting from/to Ma Wan Zone and Island Zone
Upper limit 1000 ft AMSL
Pak Mong In/Out Entering/Leaving ATZ for Ma Wan Zone
Pillar Point In/Out Entering/Leaving ATZ for Tuen Mun Zone
Sha Chau In/Out Entering/Leaving ATZ for Tuen Mun Zone
Sham Shek In/Out
(one direction at a time)
Entering/Leaving ATZ for West Lantau Corridor
Sha Tin Pass In/Out Entering/Leaving Island Zone from/to UCARA New Town
Single engine aircraft not permitted
Silvermine In/Out Entering/Leaving ATZ and Ma Wan Zone for Lantau Zone
Helicopters only
South Pass In/Out Transiting Island Zone between Hong Kong South and Victoria Harbour
Fixed wing aircraft and single engine helicopters not permitted
Toll Plaza Route
(see Note 2, 4 and 5)
East/West
(one direction at a time)
Transiting from/to North Lantau Expressway and Kap Shui Mun.
Upper limit 800 ft AMSL for twin engine aircraft,
1 000 ft AMSL for single engine aircraft
Toll Plaza Crossing
(See Note 2)
North/South Between Yam O and Brothers Point
Upper limit 500 ft AMSL
Tung Chung Pass In/Out Entering/Leaving ATZ for Lantau Zone
Helicopters only
Inbound to ATZ 2 000 ft AMSL
Outbound from ATZ not above 1 500 ft AMSL
(If weather precludes use of 2 000 ft AMSL inbound, operations shall be restricted to one direction at a time)
West Lantau Corridor
(See Note 6)
North/South
(one direction at a time)
Transiting from/to Yi O and Fan Lau
Width 1 NM between Fan Lau and Yi O, 0.5 NM between Yi O and Sham Shek
Upper Limit 500 ft AMSL
  1. Pilots should note traffic information on non-IFR helicopters operating between Macao and Hong Kong routeing south of Lantau Island.
  2. Operators should limit their requests for use of these routes to essential operations only due to the close proximity of the Hong Kong International Airport approach/departure routes. The use of this route will be subject to ATC clearance.
  3. Silvermine is the primary route for helicopters to transit between ATZ, Ma Wan Zone and Lantau Zone.
  4. Helicopters with underslung load are not permitted.
  5. Traffic at 1 000 ft AMSL is not separated from RWY 25 arrivals or RWY 07 departures. Aircraft from Island Zone awaiting ATC clearance to transit the Toll Plaza route may hold to the west of Tsing Yi Island not above 500 ft AMSL, remaining clear of VHR12.
  6. Radio coverage on the western coast of Lantau may be intermittent, pilots should note relevant traffic information prior to entering the West Lantau Corridor.
  7. Traffic using this route is not separated from RWY 25 arrivals or RWY 07 departures. The use of this route is subject to specific approval from Hong Kong Zone.
14  Helicopter Departure and Arrival Procedures
14.1 DEPARTURE FROM GFS/BAC TO PAK MONG OR SILVERMINE
14.1.1  Kilo East Departure Subject to ATC approval and when traffic permits, lift off from TWY K in an easterly direction, then turn south between TXL Q3 and the Fire Station to follow the airport coastline until abeam the western roundabout on Chun Wan Road (see chart AD 2-VHHH-VFR-3, Route A).
14.1.2  For departure in other directions, turn south as soon as practicable after lift off and track along the airport coastline until abeam the western roundabout on Chun Wan Road.
14.1.3 From abeam the western roundabout, helicopters should keep 1 000 m south of the runway extended centreline, may track direct to Silvermine or Pak Mong at not above 1 500 ft AMSL (see chart AD 2-VHHH-VFR-3, Route B).
14.1.4 During Special VFR operations pilots are required to report passing AFFC (radio c/s ‘Freight Centre’) to Hong Kong Tower when departing from the airport.
14.1.5 Helicopters departing from sites at the airport that require to cross the south runway, e.g. HAECO maintenance area, shall initially route as directed by ATC. 
14.2 ARRIVALS FROM PAK MONG OR SILVERMINE TO GFS/BAC
14.2.1 Follow the reciprocal of paras. 14.1.3 above to AFFC at not above 1 500 ft AMSL. From AFFC follow ATC instructions to commence an approach. ATC approval must be obtained before overflying or landing on TWY K.
14.2.2 Helicopters operating to sites on the airport that require to cross the south runway, e.g. Temporary Parking Apron, shall initially comply with para 14.2.1 above then the final approach route will be as directed by ATC.
14.2.3 If holding is required, follow ATC instructions and comply with para 14.4 below.
14.3 HELICOPTER LANDING LOCATIONS
14.3.1 Two locations on the airport are designated as landing/lift off locations for visiting helicopters. The locations are on taxiways and helicopter ground markings are NOT provided (see chart AD 2-VHHH-HLL).
14.3.2 JUNCTION OF TWY H AND TWY H2
14.3.2.1 For use by helicopters parking at Maintenance Apron. The final approach and initial departure tracks are over TWY H in the direction of the runway-in-use. Hover taxi to or from the parking apron as directed by ATC.
14.3.3 JUNCTION OF TWY K AND TXL Q3
14.3.3.1 For use by helicopters parking at the Business Aviation Centre (BAC) Apron. The final approach and initial departure tracks are over TWY K in the direction of the runway-in-use. Hover taxi via TXL Q3 to or from the BAC Apron.
14.3.4 Direct approaches to the parking location are NOT permitted. Helicopters shall NOT overfly parked or taxiing aircraft and airport buildings when making an approach or departure at the airport.
14.3.5 Helicopters are not permitted to land or lift off when there is movement on RWY 07R/25L. Notwithstanding, helicopter arrivals and departures may still be subject to wake turbulence from aircraft operations on RWY 07R/25L, particularly during certain cross-wind conditions. Pilots should plan or adjust their flight path to minimise the possible effects of wake turbulence.
14.3.6 During landing and lift off pilots shall maintain a good lookout for vehicles operating on the taxiways.
14.4 HELICOPTER HOLDING PROCEDURES
14.4.1 The following holding procedures shall be used by helicopters awaiting clearance for landing at the airport.
Location VFR/SVFR Altitude AMSL Remarks
Mount Rooster VFR and SVFR Not above 500 ft Over water west of Yi O.
Tai O VFR and SVFR Not above 1 000 ft Over water west of Tai O.
Sham Shek VFR Not above 1 000 ft
Pak Mong VFR and SVFR Not above 1 000 ft
Tung Chung Bay VFR 800 ft - 1 000 ft  
Freight Centre VFR and SVFR Not below 800 ft Bounded by roundabouts to the NE and W of AFFC building and Lantau coast.
Remain 1 000 m south of South Runway and have full length of runway in sight at all times.
Cathay City VFR and SVFR Not above 800 ft Secondary hold when weather precludes use of Freight Centre hold.
Remain 1 000 m south of south runway.
Hold over water between Cathay City and Tung Chung Ferry Pier.
15  Helicopter Runway Crossing Procedures
15.1 ROUTES
15.1.1 Helicopters shall cross the runways via one of the two Runway Crossing Corridors - Runway 25 Crossing Corridor at the eastern boundary of the airport and Runway 07 Crossing Corridor at the western boundary of the airport (see chart AD 2-VHHH-VFR-2). Helicopters are not normally permitted to cross over the airport.
15.1.2 Runway 25 Crossing Corridor is between Holding Point ECHO and Abeam Cathay City, passing over RWY 25L/25C/25R approach lights and to the east of Sky City.
15.1.3 Runway 07 Crossing Corridor is between Holding Point WHISKEY and Sha Lo Wan, passing over RWY 07L/07C/07R approach lights and to the west of HAECO hangar.
15.1.4 The recommended altitude for the Runway Crossing Corridors is 800 ft - 1 000 ft AMSL for wake turbulence avoidance. The Crossing Corridors are wide enough to permit helicopters approaching or departing the airport to manoeuvre and cross above the glidepath profile of landing traffic.
15.1.5 ATC will normally issue a conditional crossing clearance with specific instructions to cross behind landing traffic. Pilots should be aware that the spacing between arrivals varies subject to wake turbulence separation minima. Once the relevant traffic has been visually identified, pilots should adjust their speed and track to ensure the crossing is completed with the minimum of delay after the landing aircraft has passed.
15.1.6 Pilots unable to comply with these procedures, e.g. when operating with underslung loads, should provide adequate prior notification to ATC to facilitate alternative plans.
15.1.7 VFR holding areas, West Sea Berth and Expo, are established between the North and South Runways at the extended runway centreline of RWY 07C and RWY 25C respectively to facilitate helicopter crossing all three runways at a suitable arrival gap.
15.2 HELICOPTER HOLDING PROCEDURES FOR RUNWAY CROSSING
15.2.1 The following holding procedures shall be used by helicopters awaiting a runway crossing:
Location VFR/SVFR Altitude AMSL Remarks
WHISKEY VFR Maximum 1 000 ft Remain at least 1 000 m north of north runway
ECHO VFR Maximum 1 000 ft Remain at least 1 000 m north of north runway
West Sea Berth
(See Note 1 and 2)
VFR 800 ft – 1 000 ft Helicopter holding area dimensions:
600 m x 1 800 m
Remain at least 1 000 m from the extended centrelines of the north and south runways
Expo
(See Note 1 and 2)
VFR 800 ft – 1 000 ft Helicopter holding area dimensions:
600 m x 1 800 m
Remain at least 1 000 m from the extended centrelines of the north and south runways
Sha Lo Wan VFR Not above 1 000 ft Remain at least 1 000 m south of south runway
Cathay City VFR Not above 800 ft Remain at least 1 000 m south of south runway
SVFR Not above 500 ft
Tai O VFR and SVFR Not above 1 000 ft
Pillar Point VFR and SVFR Not above 1 000 ft
Sha Chau VFR and SVFR 500 ft - 1 000 ft  

Note 1: West Sea Berth and Expo holding areas are mainly for essential helicopter operations. Helicopter with underslung load is permitted to use these holding areas.

Note 2: Holding at West Sea Berth and Expo shall be suspended when the Centre Runway (RWY 07C/25C) is operated as an arrival runway.

15.2.2 Helicopter holding patterns are right hand orbits with a speed restriction of not more than 70 KIAS.
15.2.3 Helicopters operating SVFR may be subject to extensive delay in waiting to cross the runways. Therefore, runway crossings should be limited to flights of an urgent nature only. Other flights should consider re-routeing and crossing the extended runway centre-line via Yam O - Brothers Point route. (When planning a SVFR flight operators should make allowances for possible holding delays and the alternative routeing.)
16  Rejoining Procedures for Fixed Wing Aircraft
16.1 Three visual holding areas are established over prominent geographical features in the CTR to assist in the sequencing of VFR flights with other traffic. The holding areas are:
Location Altitude AMSL Runway in Use Routeing
Green Island
Left hand hold
Maximum 2 000 ft RWY 25 For flights from the south
Soko Island
Left hand hold
Maximum 2 000 ft RWY 07 For flights from the south
Lung Kwu Chau/ Sha Chau
Left hand hold
Maximum 1 500 ft RWY 07 For flights from the north
Maximum 1 000 ft RWY 25
17  Procedures for Local Flights in Uncontrolled Airspace Reporting Areas (UCARAs)
17.1 GENERAL
17.1.1 Special areas have been defined to permit aircraft operations to take place under VFR. The associated procedures have been developed to allow such flying to take place without interference to aircraft operating in accordance with IFR and/or in the Hong Kong Aerodrome Traffic Zone and Control Zone. The six areas are designated as Uncontrolled Airspace Reporting Areas (UCARAs): Mirs Bay, North Border, New Town, Ninepins, Port Shelter and Tolo.
17.1.2 UCARA airspace is classified as Category G with an additional requirement for two-way radio communication.
17.2 LATERAL LIMITS
17.2.1 The lateral boundaries of the UCARAs are indicated on AD 2-VHHH-CTR-1.
17.3 VERTICAL LIMITS
17.3.1 The vertical limits of the UCARAs are:
Note: * Normally aircraft will be restricted to 1 000 ft AMSL or below. For operations above 1 000 ft, prior permission from Hong Kong ATC is required which will be subject to co-ordination with Zhuhai ATC.
17.4 FLIGHT NOTIFICATION
17.4.1 Flight notification shall be submitted to Hong Kong Aerodrome Control in accordance with Regulations for Local Flights in Hong Kong (see AD 2.20 para 1.1.4).
17.4.2 Aircraft or helicopters landing at Shek Kong aerodrome or any other site in UCARAs shall report their arrival to ‘Hong Kong Information’ immediately prior to landing. If no radio contact is made with ‘Hong Kong Information’ or if outside the notified hours of operation, pilots shall report to Hong Kong Aerodrome Control by telephone (tel no 2910 6822) as soon as possible after landing.
17.4.3 Pilots must note that if no landing report is received within 30 minutes of the estimated time of arrival, alerting action will be initiated by ATC.
17.5 COMMUNICATIONS
17.5.1 Pilots shall establish and maintain two-way communication with ‘Hong Kong Information’ on entering and when operating within UCARAs.
17.5.2 Pilots shall report their position and altitude as follows:
  1. When entering /leaving each UCARA;
  2. Every 15 minutes if no other communication have been made within that period.
17.5.3 When ‘Hong Kong Information’ is not available, pilots should broadcast their positions on frequency 121.0 MHZ at appropriate intervals and when crossing UCARA boundaries, for the information of other aircraft in the area.
17.5.4 Flights in North Border have to be coordinated with Zhuhai ATC. Therefore, pilots must advise Hong Kong Information at least 2 minutes prior to entering North Border when operating at 1 000 feet AMSL and below, or give at least 3 minutes notice if operating above 1 000 feet AMSL.
17.5.5 In order to enhance flight safety in the vicinity of the entry/exit routes to/from the Shek Kong Aerodrome Reporting Area (SKARA), pilots are to include in their initial transmission on leaving the SKARA, the name of the entry/exit route, as well as the UCARA they are entering.
17.6 RADIO COMMUNICATION FAILURE PROCEDURES
17.6.1 Fixed wing aircraft shall proceed to Shek Kong Aerodrome, carry out a standard joining procedure to the circuit keeping a good look-out whilst making all normal transmissions. Carry out a standard circuit to land, at all times exercising extreme caution with respect to other aircraft in the vicinity. After landing pilots are to taxi clear of the runway and shutdown. Pilots shall contact Hong Kong Aerodrome Control by telephone (tel. no. 2910 6822) as soon as possible after landing.
17.6.2 Helicopters shall land at a suitable helicopter landing site and pilots shall contact Hong Kong Aerodrome Control by telephone as soon as possible after landing.
18  Aerobatic Area
18.1 An Aerobatic Area is established within the northern portions of MIRS BAY and TOLO UCARAs and the TMA airspace immediately above them (see chart page AD 2-VHHH-CTR-1). The vertical limits of the Aerobatic Area are SFC - 3 500 ft AMSL.
18.2 The Aerobatic Area is available daily from 0900 - 1700 (local time), subject to VMC within the area and the aircraft having a serviceable transponder with Mode C. Aircraft shall remain below 3 000 ft AMSL and request clearance to climb to 3 500 ft AMSL from Hong Kong Information on frequency 121.0 MHZ. Pilots are reminded that they are responsible for maintaining their own separation from other traffic operating in the UCARAs. 
19  Flight Information Service
19.1 Hong Kong Flight Information Service provides a flight information service and an alerting service between 0900 local time and sunset, daily, to non-IFR flights operating within the UCARAs. Between sunset and 0859 local time, alerting service only is available. The radio call sign is ‘Hong Kong Information’ and the frequency is 121.0 MHZ primary and 122.075 MHZ secondary.
19.2 It is emphasised that the service offered by Hong Kong Flight Information Service is an information service only and collision avoidance is entirely the responsibility of the pilot-in-command. Traffic information will normally be provided to an aircraft only when it reports entering a UCARA sector or makes a periodic ‘ops normal’ report. Aircraft already operating within a UCARA are expected to maintain their own traffic watch between ‘ops normal’ reports by monitoring the FIS frequency for the transmissions of other aircraft.
19.3 Outside of the hours of operation of Hong Kong Flight Information Service pilots should make ‘blind’ transmissions on the Hong Kong Information frequency and maintain a particularly good look-out for any deterioration of weather conditions.
20  Procedures for Entry and Exit to/from Shek Kong Aerodrome Reporting Area (SKARA)
20.1 Prior permission must be obtained from the appropriate military authority for any flight intending to operate within the Shek Kong Aerodrome Reporting Area (SKARA). (Details of the flight procedures applicable within the SKARA will be provided by the military authority.)
20.2 Aircraft shall enter or exit the Shek Kong Aerodrome Reporting Area (SKARA) via the following routes
Radio Call Sign Route Coordinates
(WGS 84)
Coordinates
(UTM Grid)
Kadoorie Gap SKARA to/from UCARA New Town 22 26 22N 114 07 23E KK 039843
Fire Station Gap SKARA to/from UCARA New Town 22 28 14N 114 06 38E KK 027878
Mai Po SKARA to/from UCARA North Border 22 27 41N 114 03 09E JK 973868
Pagoda SKARA to/from CTR Tuen Mun Zone 22 27 48N 114 00 25E JK 920872
Kam Tin Gap SKARA to/from CTR Tuen Mun Zone 22 26 00N 114 02 57E JK 963838
20.3 The SKARA reporting point ‘PAGODA’ is very close to the North Border boundary, therefore pilots exiting or entering the SKARA at this location should ensure they do not enter the North Border area without prior coordination.

VHHH AD 2.23   ADDITIONAL INFORMATION

1  Low Level TCAS Alerts within Hong Kong CTR
1.1 IFR flights may experience TCAS alerts caused by transponder-equipped VFR or Special VFR flights operating on low-level routes in the vicinity of the airport.
1.2 Even though separation is provided, ATC will, under such circumstances, issue traffic information to the aircraft concerned as far as practicable so that pilots will be aware of the possible TCAS alerts.
2  Use of Mode S Transponder after Landing
2.1 Aircraft equipped with a ‘weight-on-wheel’ switch must continue to have its transponder operating (on ‘AUTO’ or ‘XPNDR’, and not ‘STDBY’ or ‘OFF’) until fully parked at a stand.
3  Aircraft Parking
3.1  Frontal Parking Stands
3.1.1 Frontal parking stands are those stands which are served by airbridges with direct access to the passenger terminal building. Frontal parking stands that can accommodate wide-bodied aircraft have continuous yellow nosewheel guidance lines to indicate the correct parking centreline.
3.1.2 Some frontal parking stands can also accommodate narrow-bodied aircraft at a separate parking stand location displaced 9 m to the right of the wide-body centre-line and indicated by a dashed yellow guidance line. The narrow-body parking stand is referred to by an ‘R’ suffix, e.g. S25R. The following parking stands can accommodate narrow-bodied aircraft:
3.2  Remote Parking Stands
3.2.1 All remote parking stands in the South and North aprons, except parking stands S109, N145, and R13 to R21, can accommodate wide-bodied or narrow-bodied aircraft and have a single centreline with continuous yellow nosewheel guidance lines. Parking stands S109, N145, and R13 to R21 can only accommodate narrow-bodied aircraft and have a single centreline with continuous yellow nosewheel guidance lines.
3.2.2 The remote parking stands on the West apron are configured to accommodate up to 5 wide-bodied or up to 7 narrow-bodied aircraft, or a combination of wide and narrow-bodied aircraft. The wide-body parking locations have continuous yellow nosewheel guidance lines to indicate the correct parking centreline.
3.2.3 The remote parking stands D301 to D310 on Midfield apron are configured to accommodate up to 10 wide-bodied or up to a maximum of 18 narrow-bodied aircraft, or a combination of wide and narrow-bodied aircraft. The wide-body parking locations have continuous yellow nosewheel guidance lines to indicate the correct parking centreline.
3.2.4 The narrow-body parking locations are displaced to the left and the right of the wide-body centre-line and are indicated by dashed yellow nosewheel guidance lines. These narrow-body parking stands are referred to by an ‘L’ or ‘R’ suffix, eg W121L and W123R. The following parking stands can accommodate narrow-bodied aircraft: W121L, W122 L, W122R, W123R, W124L, W125L and W125R.
3.2.5 Remote parking stand W126 is a self-manoeuvring stand (ie taxi out with no push-back) and can only accommodate aircraft up to Code C size (e.g. A320, B737).
4  Safegate Docking System
4.1 All frontal parking stands are equipped with a docking system to enable wide-bodied aircraft to park at the correct position on the parking stands without the assistance of a marshaller. 
4.2 Detailed information on the operation of the Safegate Docking System may be obtained from Aeronautical Information Circulars or the Airport Authority Hong Kong.
5  Lighting Provisions on Hong Kong-Zhuhai-Macao Bridge (HZMB), Hong Kong Link Road (HKLR) and Hong Kong Boundary Crossing Facilities (HKBCF) Nearby
5.1 To provide illumination, the lighting provisions on the HZMB, HKLR and HKBCF include lights outlining the boundary of two Artificial Islands, street and traffic sign lights, high mast lights, etc. The locations of the HZMB, HKLR and HKBCF are shown in Diagram: The HZMB and Artificial Islands, HKLR and HKBCF (AD 2-VHHH-HZMB-LGT), and the coordinates of the Artificial Islands (viz. A and B in the Diagram) are as follows:
5.2 Given their close proximity to the HKIA, pilots are reminded to remain vigilant to avoid any possible distractions and confusion by these lights when operating into the HKIA.
6  Procedures for Airlines to Adopt Reduced Engine Taxi Out (RETO) Operation in HKIA (for A320 Series only)
6.1 Due to potential jet blast hazards which may adversely affect the safety of ground personnel in apron, RETO operations are only permitted for particular aircraft type and engine type combination of Airbus A320 series in HKIA.
6.2 Airlines concerned shall submit the Standard Operating Procedure (SOP) of RETO operation and Quality Control Plan of SOP compliance for AAHK’s consideration. A written approval from AAHK shall be obtained before commencing RETO operation in HKIA.
6.3 The single engine operation thrust for taxi out maneuver must not exceed 40% N1.
6.4 Airlines that have been given approval for RETO operation in HKIA shall monitor and ensure full compliance with the SOP by their pilots to safeguard the safety of ground personnel operating on the ramp and in apron areas. Statistical analysis reports demonstrating full compliance of thrust applied not exceeding 40% N1 for each RETO operation shall be submitted to AAHK on a monthly basis.
6.5 Further information in connection with the RETO operation in HKIA may be obtained from:

Airport Authority Hong Kong
1 Cheong Yip Road
Hong Kong International Airport
Lantau
Hong Kong

7  Visual Segment Surface (VSS) Penetration
7.1 There is no penetration of VSS for all instrument approach procedures.
8  Maritime Facilities and Tall Vessels to the West of the Hong Kong International Airport
8.1 The following five maritime facilities are located to the west of the HKIA:
  1. Dayushan (Lantau) Anchorage No. 1
  2. Dayushan (Lantau) Anchorage No. 2
  3. Longgu West Fairway
  4. Tonggu Fairway
  5. Lingding Fairway
8.2 Refer to AD 2-VHHH-AOC-1, AD 2-VHHH-AOC-2, AD 2-VHHH-AOC-3 and AD 2-VHHH-AOC-4 for the locations of these maritime facilities.
8.3 Tall vessels of variable heights up to 170 metres air-draft may enter Dayushan (Lantau) Anchorage No.1 during contingency and relevant information will be promulgated by NOTAM.
8.4 Tall vessels operating along Longgu West Fairway (2.8 NM from RWY 07L/25R) or mooring in Dayushan (Lantau) Anchorage No. 2 (1.3 NM from RWY 07L/25R), depending on the locations and heights of the vessels, affect the instrument approach and departure procedures of RWY 07L/25R, and the departure procedures of RWY 25C. Relevant information of these vessel movements and flight procedures affected will be promulgated by NOTAM and advised by ATC. Restrictions on flight procedures are listed below:
Maritime Facilities /
Vessel Height (Air-draft see Note)
Affected Flight Procedures
Longgu West Fairway Dayushan (Lantau) Anchorage No. 2 RWY 07L APCH All RWY 25R SID ALL RWY 25C SID
Above 49 m and
up to 55 m
RNP: Suspended
ILS: Available
LOC: Available
(No Change) (No Change)
Above 55 m and
up to 63 m
RNP: Suspended
ILS: Available
LOC: Available
Increase minimum climb gradient to 3.8% (231 ft/NM) until passing 700 ft (No Change)
Above 63 m and
up to 66 m
RNP: Suspended
ILS: Suspended
LOC: Available
Increase minimum climb gradient to 4.3% (262 ft/NM) until passing 700 ft (No Change)
Above 110 m and
up to 170 m
RNP: Suspended
ILS: Suspended
LOC: Available
Increase minimum climb gradient to 5.0% (304 ft/NM) until passing 700 ft Increase minimum climb gradient to 3.6% (219 ft/NM) until passing 700 ft
Note: Air-draft of a vessel is assumed to be measured from 2.65 metres above mean sea level (AMSL). For example, 170 metres of air-draft is equivalent to 172.65 metres AMSL.

VHHH AD 2.24   CHARTS RELATED TO AN AERODROME

Aerodrome Chart (Aerodrome Layout) - ICAO AD 2-VHHH-ADC-1
Aerodrome Chart (Visual markings) - ICAO AD 2-VHHH-ADC-2
Aerodrome Chart (Lighting Plan) - ICAO AD 2-VHHH-ADC-3
Aircraft Parking/Docking Chart – ICAO AD 2-VHHH-ADC-4
Pavement Types and PCN Numbers AD 2-VHHH-ADC-5
Taxiways/Taxilanes for Code F Aircraft AD 2-VHHH-ADC-6
Aerodrome Obstacle Chart - ICAO Type A (RWY 07R/25L) AD 2-VHHH-AOC-1
Aerodrome Obstacle Chart - ICAO Type A (RWY 07C/25C) AD 2-VHHH-AOC-2
Aerodrome Obstacle Chart - ICAO Type A (RWY 07L/25R) AD 2-VHHH-AOC-3
Aerodrome Obstacle Chart - ICAO Type B AD 2-VHHH-AOC-4
Precision Approach Terrain Chart - ICAO (RWY 07R) AD 2-VHHH-PATC-1
Precision Approach Terrain Chart - ICAO (RWY 25L) AD 2-VHHH-PATC-2
Aerodrome Terrain and Obstacle Chart - ICAO (Electronic) AD 2-VHHH-ATOC-1
Area Chart - Departure Routes AD 2-VHHH-AC-DEP
RNAV(GNSS) ADLAD SID RWY 07C AD 2-VHHH-SID-ADLAD-T *
RNAV(GNSS) LARIT SID RWY 07C AD 2-VHHH-SID-LARIT-T *
RNAV(GNSS) DUMEP SID RWY 07C AD 2-VHHH-SID-DUMEP-T *
RNAV(GNSS) XEMEK SID RWY 07C AD 2-VHHH-SID-XEMEK-T *
RNAV(GNSS) SOSLU SID RWY 07C AD 2-VHHH-SID-SOSLU-T *
RNAV(GNSS) BEKOL SID RWY 07R AD 2-VHHH-SID-BEKOL-A *
RNAV(GNSS) BEKOL SID RWY 25L AD 2-VHHH-SID-BEKOL-B *
RNAV(GNSS) BEKOL SID RWY 07C AD 2-VHHH-SID-BEKOL-C *
RNAV(GNSS) BEKOL SID RWY 25C AD 2-VHHH-SID-BEKOL-D *
RNAV(GNSS) BEKOL SID RWY 07L AD 2-VHHH-SID-BEKOL-E *
RNAV(GNSS) BEKOL SID RWY 25R AD 2-VHHH-SID-BEKOL-F *
RNAV(GNSS) BEKOL SID RWY 07R (RF capability required) AD 2-VHHH-SID-BEKOL-X *
RNAV(GNSS) BEKOL SID RWY 07C (RF capability required) AD 2-VHHH-SID-BEKOL-Y *
RNAV(GNSS) BEKOL SID RWY 07L (RF capability required) AD 2-VHHH-SID-BEKOL-Z *
RNAV(GNSS) LEKEN SID RWY 07R AD 2-VHHH-SID-LEKEN-A *
RNAV(GNSS) LEKEN SID RWY 25L AD 2-VHHH-SID-LEKEN-B *
RNAV(GNSS) LEKEN SID RWY 07C AD 2-VHHH-SID-LEKEN-C *
RNAV(GNSS) LEKEN SID RWY 25C AD 2-VHHH-SID-LEKEN-D *
RNAV(GNSS) LEKEN SID RWY 07L AD 2-VHHH-SID-LEKEN-E *
RNAV(GNSS) LEKEN SID RWY 25R AD 2-VHHH-SID-LEKEN-F *
RNAV(GNSS) LEKEN SID RWY 07R (RF capability required) AD 2-VHHH-SID-LEKEN-X *
RNAV(GNSS) LEKEN SID RWY 07C (RF capability required) AD 2-VHHH-SID-LEKEN-Y *
RNAV(GNSS) LEKEN SID RWY 07L (RF capability required) AD 2-VHHH-SID-LEKEN-Z *
RNAV(GNSS) DALOL SID RWY 07R AD 2-VHHH-SID-DALOL-A *
RNAV(GNSS) DALOL SID RWY 25L AD 2-VHHH-SID-DALOL-B *
RNAV(GNSS) DALOL SID RWY 07C AD 2-VHHH-SID-DALOL-C *
RNAV(GNSS) DALOL SID RWY 25C AD 2-VHHH-SID-DALOL-D *
RNAV(GNSS) DALOL SID RWY 07L AD 2-VHHH-SID-DALOL-E *
RNAV(GNSS) DALOL SID RWY 25R AD 2-VHHH-SID-DALOL-F *
RNAV(GNSS) DALOL SID RWY 07R (RF capability required) AD 2-VHHH-SID-DALOL-X *
RNAV(GNSS) DALOL SID RWY 07C (RF capability required) AD 2-VHHH-SID-DALOL-Y *
RNAV(GNSS) DALOL SID RWY 07L (RF capability required) AD 2-VHHH-SID-DALOL-Z *
RNAV(GNSS) PECAN SID RWY 07R AD 2-VHHH-SID-PECAN-A *
RNAV(GNSS) PECAN SID RWY 25L AD 2-VHHH-SID-PECAN-B *
RNAV(GNSS) PECAN SID RWY 07C AD 2-VHHH-SID-PECAN-C *
RNAV(GNSS) PECAN SID RWY 25C AD 2-VHHH-SID-PECAN-D *
RNAV(GNSS) PECAN SID RWY 07L AD 2-VHHH-SID-PECAN-E *
RNAV(GNSS) PECAN SID RWY 25R AD 2-VHHH-SID-PECAN-F *
RNAV(GNSS) PECAN SID RWY 07R (RF capability required) AD 2-VHHH-SID-PECAN-X *
RNAV(GNSS) PECAN SID RWY 07C (RF capability required) AD 2-VHHH-SID-PECAN-Y *
RNAV(GNSS) PECAN SID RWY 07L (RF capability required) AD 2-VHHH-SID-PECAN-Z *
RAMEN SID RWY 07R AD 2-VHHH-SID-RAMEN-A *
RAMEN SID RWY 07C AD 2-VHHH-SID-RAMEN-C *
RAMEN SID RWY 07L AD 2-VHHH-SID-RAMEN-E *
RUMSY SID RWY 25L AD 2-VHHH-SID-RUMSY-B *
RUMSY SID RWY 25C AD 2-VHHH-SID-RUMSY-D *
RUMSY SID RWY 25R AD 2-VHHH-SID-RUMSY-F *
Area Chart – Arrival Routes and Terminal Holding Patterns AD 2-VHHH-AC-ARR
RNAV(GNSS) ABBEY 4A / 3B STAR AD 2-VHHH-STAR-ABBEY *
RNAV(GNSS) BETTY 3A / 3B STAR AD 2-VHHH-STAR-BETTY *
RNAV(GNSS) CANTO 3A STAR RWY 07L/C/R AD 2-VHHH-STAR-CANTO-A *
RNAV(GNSS) CANTO 3B STAR RWY 25L/C/R AD 2-VHHH-STAR-CANTO-B *
RNAV(GNSS) SIERA 7A / 7C STAR RWY 07L/C/R AD 2-VHHH-STAR-SIERA-AC *
RNAV(GNSS) SIERA 7B / 7D STAR RWY 25L/C/R AD 2-VHHH-STAR-SIERA-BD *
RNAV(GNSS) ABBEY 2G / BETTY 2G / CANTO 2G / SIERA 2G STAR RWY 25L/C/R AD 2-VHHH-STAR-G *
ATC Surveillance Minimum Altitude Chart AD 2-VHHH-SMAC-1
Instrument Approach Chart - ICAO - ILS - RWY 07R AD 2-VHHH-IAC-01A *
Instrument Approach Chart - ICAO - LOC - RWY 07R AD 2-VHHH-IAC-01C *
Instrument Approach Chart - ICAO - RNP Z - RWY 07R (AR) AD 2-VHHH-IAC-01E *
Instrument Approach Chart - ICAO - RNP Y - RWY 07R (AR) AD 2-VHHH-IAC-01G *
Instrument Approach Chart - ICAO - ILS - RWY 25L AD 2-VHHH-IAC-02A *
Instrument Approach Chart - ICAO - LOC - RWY 25L AD 2-VHHH-IAC-02C *
Instrument Approach Chart - ICAO - RNP Z - RWY 25L (AR) AD 2-VHHH-IAC-02E *
Instrument Approach Chart - ICAO - RNP Y - RWY 25L (AR) AD 2-VHHH-IAC-02G *
Instrument Approach Chart - ICAO - ILS or LOC - RWY 07C AD 2-VHHH-IAC-03A *
Instrument Approach Chart - ICAO - RNP RWY 07C (LNAV/VNAV only) AD 2-VHHH-IAC-03E *
Instrument Approach Chart - ICAO - ILS - RWY 25C AD 2-VHHH-IAC-04A *
Instrument Approach Chart - ICAO - LOC - RWY 25C AD 2-VHHH-IAC-04C *
Instrument Approach Chart - ICAO - RNP Z - RWY 25C (LNAV/VNAV only) AD 2-VHHH-IAC-04E *
Instrument Approach Chart - ICAO - RNP Y - RWY 25C (AR) AD 2-VHHH-IAC-04G *
Instrument Approach Chart - ICAO - ILS or LOC - RWY 07L AD 2-VHHH-IAC-05A *
Instrument Approach Chart - ICAO - RNP RWY 07L (LNAV/VNAV only) AD 2-VHHH-IAC-05E *
Instrument Approach Chart - ICAO - ILS - RWY 25R AD 2-VHHH-IAC-06A *
Approach Transition Chart - RNAV TRANSITION TO ILS - RWY 25R AD 2-VHHH-IAC-06B *
Instrument Approach Chart - ICAO - LOC - RWY 25R AD 2-VHHH-IAC-06C *
Instrument Approach Chart - ICAO - RNP Z - RWY 25R (LNAV/VNAV only) AD 2-VHHH-IAC-06E *
Instrument Approach Chart - ICAO - RNP Y - RWY 25R (AR) AD 2-VHHH-IAC-06G *
Aircraft Pushback Red / Green Procedures AD 2-VHHH-PBP-1
Aircraft Pushback Blue / Green Procedures AD 2-VHHH-PBP-2
Aircraft Pushback Procedures (Blue/Red) for T1 Midfield Apron AD 2-VHHH-PBP-3
Aircraft Pushback Procedure (Blue/Red) for Cargo Apron AD 2-VHHH-PBP-4
Aircraft Pushback Procedure (Blue/Red) for West Cargo Apron, Temporary Stands, Maintenance Apron and Long Term Parking Stands AD 2-VHHH-PBP-5
Subdivisions of the Control Zone (CTR Zones) and Uncontrolled Airspace Reporting Areas (UCARAs) AD 2-VHHH-CTR-1
Entry / Exit Routes from ATZ, CTR Zones and SKARA AD 2-VHHH-CTR-2
Fixed Wing VFR Holding Points AD 2-VHHH-VFR-1
Helicopter VFR Holding Areas AD 2-VHHH-VFR-2
Helicopter Holding Areas and Transit Routes in Tung Chung Area AD 2-VHHH-VFR-3
Helicopter Landing Locations in HKIA AD 2-VHHH-HLL
The HZMB and Artificial Islands, HKLR and HKBCF AD 2-VHHH-HZMB-LGT
Aeronautical Ground Lights AD 2-VHHH-AERO-GND-LGT

* the chart contains a text page