EBLG — LIÈGE / Liège

EBLG AD 2.1  Aerodrome Location Indicator and Name

EBLG — LIÈGE / Liège

EBLG AD 2.2  Aerodrome Geographical and Administrative Data

1ARP coordinates503811N 0052634E
Site of ARP at aerodrome261° MAG / 785 M from TWR
2Direction and distance from (city)5 NM W of Liège
3Elevation / reference temperature

651 FT / 22°C

4Geoid undulation at AD ELEV PSN

153 FT

5Magnetic variation / annual change

2°E (2020) / INFO not AVBL

6Name of AD operatorAirport Authority:
Service Public de Wallonie

Airport Management:
Liège Airport SA

Address

Airport Authority:
Service Public de Wallonie Direction de l'aéroport de Liège Mr Anselme (Airport Commander) Rue de l'aéroport Building 44 4460 Grâce-Hollogne BELGIUM

Airport Management:
Liège Airport SA Rue de l'aéroport Building 50 4460 Grâce-Hollogne BELGIUM

TEL

Airport Authority:
Airport Authority: +32 (0) 4 234 84 07 (office hours)
Airport Inspection: +32 (0) 4 234 84 29 (H24)

Airport Management:
APOC - Airport Operations Center (H24)
Duty ManagerDuty coordinator: +32 (0) 4 234 87 87+32 (0) 4 234 87 35
Flight planners: +32 (0) 4 234 87 05

FAX

NIL

Email

Airport Authority:
Airport inspection: inspection-eblg@spw.wallonie.be

Airport Management:
Duty ManagerDuty coordinator: opssupervisor@liegeairport.comAPOC@liegeairport.com
Flight planners: flights@liegeairport.com

AFSAirport Authority: EBLGYDYX
Websitewww.liegeairport.com/flexport/en
7Types of traffic permitted (IFR/VFR)

IFR / VFR

8Remarks

NIL

EBLG AD 2.3  Operational Hours

1AD OperatorH24
2Customs and immigrationH24
3Health and sanitationH24
4AIS Briefing OfficeH24
5ATS Reporting Office (ARO)NIL
6MET Briefing OfficeH24
7ATSH24
8FuellingH24
9HandlingH24
10SecurityH24
11De-icingH24
12RemarksNIL

EBLG AD 2.4  Handling Services and Facilities

1Cargo-handling facilitiesModern handling facilities
Nearest railway siding: Cargo Village (1 KM)
2Fuel typesAVGAS 100 LL and JET A1
Oil typesContact handler
3Fuelling facilities and capacityAVGAS 100 LL (sold via Liège Airport):
  • 1 tank 38 M³
  • 1 truck 5 000 l
JET A1:
  • 3 trucks 85 000 L, 3 000 L/MIN
  • 3 trucks 60 000 L, 3 000 L/MIN
  • 2 trucks 40 000 L, 3 000 L/MIN
  • 1 truck 18 000 L, 3 000 L/MIN (dedicated to Apron P0)
  • 3 Hydrant Cars, 3 000 L/MIN

BP, Q8, TF, Vitol, WFS and TUI fuel cards accepted via TF, Q8 and WFS.

Credit cards accepted via TF.

4De-icing facilitiesAVBL
5Hangar space for visiting aircraftNIL
6Repair facilities for visiting aircraftSmall repairs
7Remarks

CARGO FLIGHTS

AVIAPARTNER LIEGE

TEL: +32 (0) 4 234 84 35

TEL: +32 (0) 4 225 51 85

TEL: +32 (0) 475 96 18 59

Email: lgg.ops@aviapartner.aero

SITA: LGGLHXH

FREQ: 131.455

CHALLENGE HANDLING

TEL: +32 (0) 4 234 73 98

TEL: +32 (0) 4 234 73 76

Email: lachsops@challenge-group.com

SITA: LGGAP7X / LGGOW7X

FREQ: 131.975 MHZ

BELGIUM AIRPORT SERVICES

TEL: +32 (0) 4 235 89 44

Email: lggduty@baservices.aero

SWISSPORT

TEL: +32 (0) 4 224 61 00

TEL: +32 (0) 4 224 61 01

TEL: +32 (0) 472 05 00 55

Email: lggcs.dutymanagers@swissport.com

SITA: LGGCS8X

WFS

TEL: +32 (0) 4 235 82 30

TEL: +32 (0) 4 235 82 31

TEL: +32 (0) 479 79 19 15

Email: duty.lgg@wfs.aero

SITA: CDGHQXH

FEDEX

TEL: +32 (0) 473 30 91 71

Email: LGGRampDayManagers@corp.ds.fedex.com

SITA: LGGOW3V

AERO SERVICES

TEL: +32 (0) 473 88 56 00

Email: coordinations@aeroservices.be

FENAIR

TEL: +32 (0) 4 854 54 05

Email: musty@fenair.eu

PASSENGER FLIGHTS

AVIAPARTNER LIEGE

TEL: +32 (0) 4 234 85 35

Email: lggpax@aviapartner.aero

SITA: LGGAPXH

FREQ: 131.455

GENERAL & BUSINESS AVIATION FLIGHTS

ASL GROUP

TEL: +32 (0) 4 334 06 90

Email: handling@aslgroup.eu

AVIAPARTNER EXECUTIVE

TEL: +32 (0) 4 234 85 35

Email: lgg.executive@aviapartner.aero

SITA: LGGAPXH

FREQ: 131.455

Handling mandatory for aircraft with MTOW over 3 T except for home-based aircraft.

EBLG APOC flight office is responsible for the management of aircraft parking stands. Parking stands are assigned to flights based on availability, aircraft characteristics, parking stand compatibility and ground handler chosen by the customer.

EBLG AD 2.5  Passenger Facilities

1HotelsNear aerodrome and in the city.
2RestaurantsAt aerodrome and in the city
3TransportationTaxis, buses and car hire.
4Medical facilitiesFirst aid treatment, recovery room and ambulances
Hospitals in Liège (10 KM)
5BankNIL
Post officeIn the city
6Tourist officeAt aerodrome / Tourist office in the city
7RemarksNIL

EBLG AD 2.6  Rescue and Fire Fighting Services

1Aerodrome category for fire fightingCAT 10
2Rescue equipmentWater supply:
300 M³ on North apron;
200 M³ on South apron.
RFFS vehicles:
VM01-VM02-VM03-VM04: massive attack vehicles;
PS09: mobile command unit;
Rescue 123: logistics;
Ambulance.
3Capability for removal of disabled aircraftNo dedicated removal equipment on site, contact authority.
4RemarksNIL

EBLG AD 2.7  Runway Surface Condition Assessment and Reporting, and Snow Plan

1Types of clearing equipment

Manoeuvring area (runways and taxiways):

  • 5 runway snow ploughs Schmidt (6 M blade)
  • 2 runway snow ploughs Boschung (8 M blade)
  • 1 snow blower Boschung (3 000 T/HR)
  • 1 snow blower Schmidt (5 000 T/HR)
  • 2 de-icers for taxiway/runway (liquid and solid)
  • 1 de-icer for taxiway/runway (full liquid)

Traffic area (aprons and service roads):

  • 2 snow ploughs with 2.5 M blade + liquid de-icing spreader
  • 1 tractor with blade + liquid de-icing spreader
  • up to 4 tractors with blade for stand positions (sub-contractors)
2Clearance priorities
  1. RWY 04R/22L and appropriate TWYs
  2. Apron
  3. RWY 04L/22R and other TWYs
  4. Remaining part of the movement area
3Use of material for movement area surface treatment
  • KFOR (potassium formate fluids)
  • NAFO (sodium formate solids)
4Specially prepared winter runwaysNot applicable
5Remarks

Transmission of information by SNOWTAM, ATIS and RCR based on RCAM (evaluated by airport inspection and communicated to ATC).

Designated authority to co-ordinate information about the current state of progress of snow clearance operations and the conditions of the movement area is the Airport Authority (Service Publique de Wallonie):

TEL: +32 (0) 4 234 84 29

Email: inspection-eblg@spw.wallonie.be (Airport Inspection)

FAX: +32 (0) 4 234 84 20

Braking action measured by Mu-meter or SARSYS Friction Tester on compacted snow and ice only.

EBLG AD 2.8  Aprons, Taxiways and Check Locations/Positions Data

1Apron designation, surface and strengthApron north: CONC / ASPH, PCN 89/R/B/W/T (stands 110 to 128)
Apron north: CONC / ASPH, PCN 81/R/B/W/T (stands 130 to 140)
P1, P2 and P3: CONC / ASPH, PCN 80/R/B/W/T
De-icing zone: CONC / ASPH, PCN 89/R/B/W/T
Apron P0: CONC / ASPH, PCN 55/F/A/W/T
2Taxiway designation, width, surface and strengthSee chart AD2 EBLG-GMC.02
3ACL and elevationApron P1 (596 FT)
Apron P2 (602 FT)
Apron P3 (608 FT)
Apron NORTH (604 FT)
Apron P0 (606 FT)
4VOR check pointsNIL
5INS check pointsSee chart AD2 EBLG-GMC.01
6Remarks

Compass deviation exceeding 10° may occur on apron P1, P2 and P3.

Back track and 180° turn not allowed on RWY 04R/22L between S5 to S6.

EBLG AD 2.9  Surface Movement Guidance and Control System and Markings

1Aircraft stand identification signsAVBL
Taxiway guide linesAVBL
Visual docking/parking guidance system at aircraft standsParking guidance lines are available at all stands.
If marking on stand is not available, an aircraft marshaller is used.
Advanced Visual Docking Guidance System is available on apron North (see EBLG AD 2.20 § 3).
2Runway markings and ligtingMarkings:
RWY 22L/R and 04R: designation, threshold, touchdown zone, centre line, side stripe markings and aiming point.
RWY 04L: designation, threshold, centre line, side stripe markings and aiming point.

Lights:
See EBLG AD 2.14 Approach and Runway Lighting.

Taxiway markings and lightingMarkings:
Centre line and holding positions at the TWY/RWY intersections.
Holding positions (CAT I and CAT II/III operations).
Intermediate holding positions are available on TWY A and Z6.

Lights:
See EBLG AD 2.15 Other Lighting and Secondary Power Supply.

3Stop barsSee chart AD2 EBLG GMC.01 and AD2 EBLG ADC.02.
Runway guard lightsAt TWY S2, S3, S4, S5, S6, C0, C1, C2, C3, C4, N0, N2 and N4, all runway holding positions CAT I are equipped with runway guard lights.
See chart AD2 EBLG GMC.03a and AD2 EBLG GMC.03b.
4Other runway protection measures

Turn pad RWY 04R available 185 M before THR RWY 04R, lighted and marked.

Turn pad RWY 22L available on TWY S5, except by night and low visibility operations (only marked).

Turn pad RWY 04L available between TWY C0 and TWY N0 - Based on circle of 30M radius, except by night and low visibility operations (only marked).

Turn pad RWY 22R available between TWY C4 and TWY N4 - Based on circle of 30M radius, except by night and low visibility operations (only marked).

5Remarks

South apron, marshaller on stand.

Follow-me car services only on pilot’s request.

RWY 04L/22R is a contingency runway, available for operational needs in VMC and CAT I, but also available as taxiway (designation: TWY B) - double lighting according to use.

All TWY centre line lights LED.

EBLG AD 2.10  Aerodrome Obstacles

Close-in Obstacles
IDLatitudeLongitudeALT (M)ALT (FT)Remarks
EBLG_0963503908.4N0052817.6E211.7695RWY 04L/R Close-in
EBLG_0553503906.1N0052812.4E201.7662RWY 04L/R Close-in
EBLG_0962503907.9N0052811.2E201.2662RWY 04L/R Close-in
EBLG_0956503911.4N0052759.7E195.4641RWY 04L/R Close-in
EBLG_0124503904.7N0052812.4E196.2644RWY 04L/R Close-in
EBLG_0551503905.3N0052813.9E193.2634RWY 04L/R Close-in
EBLG_0552503905.8N0052813.7E192.5632RWY 04L/R Close-in
EBLG_0006503734.2N0052545.5E205.3674RWY 22L/R Close-in
EBLG_0999503739.4N0052532.6E206.4678RWY 22L/R Close-in
EBLG_0005503733.6N0052543.7E204.3671RWY 22L/R Close-in
EBLG_0027503729.7N0052541.2E209.1687RWY 22L/R Close-in
EBLG_0975503725.7N0052537.8E208.5685RWY 22L/R Close-in
EBLG_0974503724.1N0052535.2E210.5691RWY 22L/R Close-in
EBLG_0100503734.6N0052528.8E204.4671RWY 22L/R Close-in
EBLG_0028503728.2N0052537.6E208.5685RWY 22L/R Close-in
EBLG_1000503734.3N0052522.6E205.2674RWY 22L/R Close-in
EBLG_0973503725.1N0052533.8E205.3674RWY 22L/R Close-in
Visual Segment Surface (VSS) Penetration
IDTypeLatitudeLongitudeELEV (M)Minima Affected
EBLG_0999Vegetation503739.4N0052532.6E206.4LNAV RWY 04L/R, LNAV/VNAV RWY 04L/R
EBLG_0974Vegetation503724.1N0052535.2E210.5LNAV RWY 04R, LNAV/VNAV RWY 04R
EBLG_0963Vegetation503908.4N0052817.6E211.7LNAV RWY 22L, LNAV/VNAV RWY 22L
EBLG_0116Vegetation503859.0N0052730.0E187.0LNAV RWY 22R, LNAV/VNAV RWY 22R

Note 1: No Area 2 or Area 3 obstacle data sets are currently provided for EBLG.

Note 2: Details on EBLG aerodrome obstacles can be found on the aerodrome obstacle charts (see EBLG AD 2.24).

Note 3: Pilots shall draw attention to the presence of GP shelters located on RWY strip at 503839.5N 0052654.2E, 503846.9N 0052721.3E and 503755.0N 0052558.3E. Marking and lighting AVBL.

EBLG AD 2.11  Meteorological Information Provided

1Associated MET OfficeEBLG MET
2Hours of serviceH24
MET Office outside hoursNIL
3Office responsible for TAF preparationEBBR
Periods of validity30 HR
Interval of issuance6 HR
4Trend forecastAVBL
Interval of issuance30 MIN
5Briefing / consultation providedPersonal consultation, TEL
6Flight documentationCharts, abbreviated plain language text
Languages usedEn
7Charts and other information available for briefing or consultationSurface charts, altitude charts, prognostic altitude charts, prognostic chart of significant weather, tropopause and maximum wind chart
8Supplementary equipment available for providing informationSelf-briefing terminal, FAX, real-time weather display
9ATS units provided with informationLiège TWR and Liège APP
10Additional information

International aviation:

TEL: +32 (0) 4 234 85 78

FAX: +32 (0) 2 206 28 29 (EBBR)

VFR flights, gliding, ballooning:

TEL: 0902 / 88 173 (CONSULTEL)

Note: Communications automatically recorded on tape.

EBLG AD 2.12  Runway Physical Characteristics

RWY designatorTrue BRGDimensions of RWY (m)Strength (PCN) and surface of RWY and SWYTHR COORDTHR ELEV and highest ELEV of TDZ of precision APCH RWY
RWY end COORD
THR geoid undulation
1 23456
04R045.16°3 690 x 45PCN 88/F/B/W/T
ASPH
503743.10N
0052548.82E
THR 644 FT
TDZ 644 FT
503901.80N
0052753.53E
(calculated)
153 FT
22L225.16°3 690 x 45PCN 88/F/B/W/T
ASPH
503852.63N
0052739.08E
THR 595 FT
TDZ 595 FT
503737.74N 0052540.32E
153 FT
04L045.16°2 340 x 45PCN 101/F/A/W/T
ASPH
503752.59N
0052548.50E
THR 629 FT
503845.91N
0052713.03E
153 FT
22R225.16°2 340 x 45PCN 101/F/A/W/T
ASPH
503845.91N
0052713.03E
THR 577 FT
TDZ 577 FT
503752.59N
0052548.50E
153 FT
RWY designatorSlope of
RWY and SWY
SWY dimensions (M)CWY dimensions (M)Strip dimensions (M)Dimensions of RESA
789101112
04R-0.94% (2 387 M) +0.47% (900 M)NILNIL3 810 x 30090 x 90
22L-0.47% (900 M) +0.94% (2 387 M)NILNIL3 810 x 30090 x 90
04L-1.03% (1 900 M) +0.86% (440 M)NILNIL2 460 x 300150 x 195
22R-0.86% (440 M) +1.03% (1 900 M)NILNIL2 460 x 300150 x 240
RWY designatorLocation and description of arresting systemOFZRMK
13141516
04RNILYesSee Note 1 and 3
22LNILYesSee Note 1 and 3
04LNILNILSee Note 2 and 3
22RNILINFO not AVBLSee Note 2 and 3

Note 1: Displaced THR 04R: 237 M and displaced THR 22L: 403 M.

Note 2: Between TWY C2 and TWY C3 there is a portion of 300 M with a longitudinal slope of 2%

Note 3: Two runways have a uniform transverse slope to the north.

EBLG AD 2.13  Declared Distances

RWY designatorTORA (M)TODA (M)ASDA (M)LDA (M)RMK
1 23456
04R3 6903 6903 6903453NIL
22L3 6903 6903 6903 287NIL
04L2 3402 3402 3402 340NIL
22R2 3402 3402 3402 340NIL
RWYFromTORA (M)
04RC03 303
C12 573
C22 553
S22 478
S31 598
22LC42 550
C31 800
S53 287
S42 550
S31 800
04LC21640
N21640

EBLG AD 2.14  Approach and Runway Lighting

RWY 04R
Approach lighting systemType:PALS CAT II/IIIVASISType:PAPI (left and right / 3°)
Length:900 MMEHT:69 FT
Intensity:LIH
Runway threshold lightsColour:greenTouchdown zone lights900 M
Wing bars:present
Runway end lightsColour:redStopway lightsNIL
Wing bars:NIL
Runway centre line lightsLength:3 453 Mwhite:from 237 to 2 790 M
Spacing:15 Mred / white:from 2 790 to 3 390 M
Intensity:LIHred:from 3 390 to 3 690 M
Runway edge lightsLength:3 690 Mred:from 0 to 237 M
Spacing:60 Mwhite:from 237 to 3 090 M
Intensity:LIHyellow:from 3 090 to 3 690 M
Remarks

All RWY lights till stopbars included LED except threshold.
No LED used for approach lighting system.
Flashing lights LED.
No LED used for PAPI.

RWY 22L
Approach lighting systemType:PALS CAT II/IIIVASISType:PAPI (left and right / 3°)
Length:900 MMEHT:64 FT
Intensity:LIH
Runway threshold lightsColour:greenTouchdown zone lights900 M
Wing bars:present
Runway end lightsColour:redStopway lightsNIL
Wing bars:NIL
Runway centre line lightsLength:3 287 Mwhite:from 403 to 2 790 M
Spacing:15 Mred / white:from 2 790 to 3 390 M
Intensity:LIHred:from 3 390 to 3 690 M
Runway edge lightsLength:3 690 Mred:from 0 to 403 M
Spacing:60 Mwhite:from 403 to 3 090 M
Intensity:LIHyellow:from 3 090 to 3 690 M
Remarks

All RWY lights till stopbars included LED except threshold.
No LED used for approach lighting system.
Flashing lights LED.
No LED used for PAPI.

RWY 04L
Approach lighting systemVASISType:PAPI (left / 3°)
NILMEHT:75 FT
Runway threshold lightsColour:greenTouchdown zone lightsNIL
Wing bars:NIL
Runway end lightsColour:redStopway lightsNIL
Wing bars:NIL
Runway centre line lights
NIL (1)
Runway edge lightsLength:2 340 Mwhite:from 0 to 1 740 M
Spacing:30 Myellow:from 1 740 to 2 340 M
Intensity:LIH
Remarks(1) Green centre line (length 2 340 M, spacing 15 M) when runway is used as TWY B.
All RWY lights till stopbars included LED except threshold.
No LED used for PAPI.
RWY 22R
Approach lighting systemType:PALS CAT IVASISType:PAPI (left / 3°)
Length:900 MMEHT:65 FT
Intensity:LIH
Runway threshold lightsColour:greenTouchdown zone lightsNIL
Wing bars:NIL
Runway end lightsColour:redStopway lightsNIL
Wing bars:NIL
Runway centre line lights
NIL (1)
Runway edge lightsLength:2 340 Mwhite:from 0 to 1 740 M
Spacing:30 Myellow:from 1 740 to 2 340 M
Intensity:LIH
Remarks(1) Green centre line (length 2 340 M, spacing 15 M) when runway is used as TWY B.
All RWY lights till stopbars included LED except threshold.
No LED used for approach lighting system.
No LED used for PAPI.

EBLG AD 2.15  Other Lighting and Secondary Power Supply

1ABN / IBN location, characteristics and hours of operationNIL
2LDI location and lightingBetween TWY S3 and S4 (lighted)
WDI location and lightingNext to the LDI (lighted) and between TWY N1 and N2 (lighted)
3Taxiway edge lightingSee chart AD2 EBLG-GMC.02
Taxiway centre line lightingSee chart AD2 EBLG-GMC.02
4Secondary power supplyTo all lighting at aerodrome
Switch-over time

0 SEC: RWY 04R/22L (ALS, THR, RCLL, TDZ, stop bars, WDI and LDI), RWY 04L/22R (ALS, stop bars, WDI and LDI)

10 SEC: THR 04L/22R, REDL, taxiway edge and centre line lights, signs and runway guard lights

5RemarksNIL

EBLG AD 2.16  Helicopter Landing Area

1Coordinates TLOF or THR of FATO503833.49N 0052653.34E
Geoid undulationINFO not AVBL
2TLOF and/or FATO elevation173 M/566 FT
3TLOF and FATO area dimensions

Rectangle 40  x 40 M

SurfaceASPH
StrengthPCN 101/F/A/W/T
MarkingStandard markings
4True BRG of FATO045°/225°
5Declared distance availableFATO / TLOF is situated on RWY 22R/04L
6APCH and FATO lightingNIL
7RemarksHelicopter operating area named T. Available only for helicopters operating for Heli and Co. Maximum allowed D-value 12.94 M.
Helicopters shall proceed to and from Heli and Co via air TWY R.
VFR (day only).
2 stands available (1 and 3).
RWY holding position is situated on stand, marking available.

EBLG AD 2.17  ATS Airspace

1DesignationLiège CTR
Lateral limits504512N 0052633E - an arc of circle, 5 NM radius, centred on 504137N 0053205E and traced clockwise to 503802N 0053736E - 503113N 0052641E - an arc of circle, 5 NM radius, centred on 503447N 0052110E and traced clockwise to 503821N 0051538E - 504512N 0052633E.
2Vertical limits2 500 FT AMSL
3Airspace classificationD
4ATS unit call signLiège Tower
Language(s)En
5Transition altitude4 500 FT AMSL
6Hours of activationH24
7RemarksUAS can be encountered in UAS geographical zones EBLG VLL0, VLL1 and VLL2 (for specifications, see ENR 5.1, § 4). Systematic tracking of UAS by ATC cannot be ensured.

EBLG AD 2.18  ATS Communication Facilities

Service designationCall signFrequency/ChannelHours of operationRemarks
12345
APPLiège Approach119.280H24Primary frequency
8.33 KHZ CH
121.500 MHZ
243.000 MHZ
H24Emergency frequency
TWRLiège Tower118.130 H24Primary frequency
8.33 KHZ CH
130.625 MHZH24Secondary frequency
121.500 MHZ
243.000 MHZ
H24Emergency frequency
Liège Ground121.915H24Ground movement control and start-up clearance
8.33 KHZ CH
ATISLiège Information (1)126.255H248.33 KHZ CH
VDFLiège Homer119.280
118.130
H248.33 KHZ CH
130.625 MHZ
128.200 MHZ
121.500 MHZ
H24NIL
(1) D-ATIS AVBL (see GEN 3.4, § 3.4.2)

EBLG AD 2.19  Radio Navigation and Landing Aids

Type of aid
MAG VAR
IDFREQHours of
operation
Position of
transmitting
antenna
DME
antenna
elevation
RMK
1234567
NDBONL290 KHZH24504203.9N
0053257.0E
Coverage: 25 NM
Collocated with OM ILS 22L
DME LIECH 85YH24504203.21N
0053257.96E
700 FTCoverage: 40 NM/FL 250
ILS 04R (CAT III)
LOCIHH108.750 MHZH24503905.8N
0052759.9E
045° GEO / 1.96 NM from THR 04R
No back beam available
LOC only reliable within 35° either side of course line
See Note 1
GP330.350 MHZH24503754.3N
0052558.0E
Slope 3°
RDH 58 FT
See Note 2
DMEIHHCH 24YH24503754.3N
0052558.1E
583 FTCollocated with GP
0 at 370 M from THR 04R
ILS 22L (CAT III)
LOCILG109.350 MHZH24503733.6N
0052533.8E
225° GEO / 1.87 NM from THR 22L
No back beam available
LOC only reliable within 35° either side of course line
GP331.850 MHZH24503847.1N
0052721.6E
Slope 3°
RDH 56 FT
DMEILGCH 30YH24503846.9N
0052721.8E
642 FTCollocated with GP
0 at 370 M from THR 22L
OMdash / dash75 MHZH24504204N
0053257E
4.64 NM from THR 22L or use ILG DME Fix
MMdot / dash75 MHZH24503920N
0052823E
0.65 NM from THR 22L
ILS 22R (CAT I)
LOCIBI109.350 MHZH24503742.7N
0052532.8E
225° GEO / 1.50 NM from THR 22R
No back beam available
LOC only reliable within 35° either side of course line
GP331.850 MHZH24503839.9N
0052654.7E
Slope 3°
RDH 54 FT
Operations restricted to 5º left and right from course line
Full fly down indications may not be maintained when high above GP
DMEIBICH 30YH24503839.5N
0052654.4E
583 FTCollocated with GP
0 at 400 M from THR 22R

Note 1: Aircraft vacating via TWY S6 will induce ILS04R (LOC) distortion exceeding tolerance.

Note 2: Aircraft with a wingspan exceeding 43.9 M, lining up on RWY 04R from TWY C0 holding point will induce GP distortion exceeding CAT I tolerance when passing in front of the GP04R antenna. Line up from TWY C0 will only be done in respect of any inbound traffic for the ILS 04R.

EBLG AD 2.20  Local Aerodrome Regulations

1   GENERAL
1.1   Use of SSR

In order to improve safety, the carriage of a serviceable Mode S transponder with basic functionality is mandatory for all aircraft operating within Liège TMA/CTR. An exemption to this rule may be granted, provided that the request is made before the flight by telephone to the Liège ATS authority.

1.2   Security

Security rules for aircraft not handled and with origin different than EBLG:

  • When full stop landing, transit parking mandatory in GAT area with engine(s) shut down.
  • Airport security shuttle mandatory for flat fee of 60 EUR, excluding VAT. All people on board must stay in aircraft until arrival of airport security staff.
  • People leaving the airport will immediately be taken by airport security to the airside/landside boundary located at the passenger terminal. Airport security will perform a hand search of crew members staying in the aircraft as well as a hand search of their personal effects.
1.3   Ground Surveillance - Use of Mode S Transponders

EBLG is equipped with an advanced ground surveillance system using Mode S. Operators intending to use the airport should ensure that Mode S transponders are able to operate when their aircraft are on the ground.

Pilots shall select XPDR or the equivalent according to specific installation, AUTO if available, not OFF or STBY, and the assigned Mode A code:

  • from the request for push-back or taxi, whichever is earlier;
  • after landing, continuously until the aircraft is fully parked on stand. When parked, Mode A code 2000 shall be set before selecting OFF or STBY.

The aircraft identification (i.e. call sign used in flight) shall be entered as from the request for push-back or taxi, whichever is earlier (through the FMS or the transponder control panel). Pilots shall use the ICAO format for aircraft identification, as entered in item 7 of the flight plan form (e.g. “DAT123”).

To ensure that the performance of systems based on SSR frequencies (incl airborne ACAS units and SSR radars) is not compromised, ACAS shall not be selected before receiving clearance to line up. It should be deselected after vacating the runway.

Aircraft taxiing without flight plan, shall select Mode A code 2000.

2   TAXI REGULATIONS
2.1   General

Pilots are advised to consult chart AD2 EBLG-GMC.05, depicting the hot spots on the manoeuvring area.

”Follow-me” car services only available on pilot’s request.

2.2   Use of Stopbars

During LVP, stopbars at entry points of active RWY are operated permanently.

Aircraft and vehicles shall never cross a lit stopbar.

When a lit stopbar cannot be cycled, the RWY entry point will be taken out of service and aircraft and vehicles will be rerouted.

3   APRON REGULATIONS
3.1   General

Stands 110 to 140 are mandatory nose-in positions.

A124:

  • Only stands 110, 112, 130 and 132 are available.

B747-8:

  • Only stands 110, 112, 130, 132, 134, 136, 138 and 140 are available;
  • Stands 114, 116 and 118 are available also for B747-8, but in these cases adjacent stands are limited to code D.

Apron P0 available only for aircraft wingspan MAX 30 M and landing gear MAX 6 M.

Parking stands 110 to 140 are equipped with a docking guidance system.

The clearance distance is reduced to 4.5 M on aircraft stand 120.

General and business aviation flights are located either in the CPSRA or on apron P0. Once the aircraft has arrived on its parking stand, ground handling activities start if required.

3.2   Docking Guidance

When the pilot receives from the guidance system a wrong type of aircraft, a wrong flight number, an ERR message, an ESTOP emergency stop message or if the display becomes unreadable, the aircraft must be stopped immediately, contact GND and ask for a marshaller and hold position.

System messages on parking stands 110 to 140
WAIT (in red)Self test after starting of the system or when losing track of aircraft 15 M before stop-position.
“Aircraft type” + “rolling arrows”DGS ready for docking. Aircraft not yet detected.
“Aircraft type” + “yellow centre line”Aircraft detected and tracked.
The yellow centreline shrinks as the aircraft nears its configured stop-position.
“Aircraft type” + “distance”Distance from stop position in meters.
Arrow >Correction to the right required.
A flashing red and/or yellow arrow indicates the direction to turn for the azimuth guidance.
The yellow arrow indicates the aircraft position in relation to the centerline.
Arrow <Correction to the left required.
A flashing red and/or yellow arrow indicates the direction to turn for the azimuth guidance.
The yellow arrow indicates the aircraft position in relation to the centerline.
STOP (in red)Stop now, docking position has been reached or emergency stop.
OKDocking successful.
STOP + TOO FARAircraft has gone past the stop position.
“Aircraft type” + SLOWApproach on too high speed, reduce approach speed.
WAIT + VIEW BLOCKMessage coming when the closest view is hindered. (Laser problem, dust on the glass,...).
Closing rate display comes again when the problem is resolved.
STOP + SBUInternal error (safety backup). Stop aircraft and contact ATC.
ERRConfiguration error.Stop aircraft and contact ATC.
STOP (in red) + ID FAILWrong type of aircraft detected. Stop aircraft and contact ATC.
ACFT Type: ICAO / IATA on altn mode
FLT Nr: ICAO / IATA on altn mode
ETA / ETD: “xx:xx”z
-XX min
Aircraft type in ICAO code and IATA code with alternative mode.
Flight number in ICAO code and IATA code with alternative mode.
Estimated Time of Arrival or Estimated Time of Departure in Zulu Time.
Countdown to ETA / ETD in minutes.
4   RUNWAY REGULATIONS

The simultaneous use of the 2 runways (04L/22R and 04R/22L) is not allowed.

Traffic permitting, the following criteria for the selection of the runway-in-use are applied: the crosswind component, including gusts, does not exceed 15 KT or the tailwind component, including gusts, does not exceed 5 KT.

If the pilot-in-command considers the runway-in-use not usable for reasons of safety or performance, he shall request permission to use another runway. ATC will accept such request, provided that traffic and air safety conditions permit.

5   SPECIFIC TRAFFIC REGULATIONS
5.1   Aircraft Without Radio

Take-off and landing of aircraft without radio is prohibited

5.2   Glider Flights

Take-off and landing of glider flights is prohibited.

5.3   ULM Flights

Take-off and landing of ULM flights is prohibited.

5.4   Parachuting

Parachuting overhead the aerodrome is prohibited.

5.5   Training and Test Flights

Training flights are always subject to PPR. Requests shall be made by telephone to ATC via the number: +32 (0) 4 234 84 92.

Training flights may only be operated by jet and propeller aircraft of more than 6 000 KG from MON to FRI between 0800 and 1800 (0700 and 1700), except on HOL and during the official school holiday periods of the Belgian French-speaking Community, provided they have already been operated in the territory of the Walloon Region before 08 NOV 2000 or provided the operator develops commercial activities in that area.

EBLG AD 2.21  Noise Abatement Procedures

1   GENERAL
1.1   Noise Restrictions

Aircraft operating at EBLG must be noise certificated according to ICAO Annex 16.

Recertificated civil subsonic jet aircraft are prohibited from 2200 to 0600 (2100 to 0500). The Airport Authority is entitled to require any aircraft operator to provide any document or technical information related to the aircraft operated and to prohibit any aircraft from take-off if the required documents have not been forwarded.

Following flights are exempted from this restriction:

  • Flights carrying members of the Belgian Royal Family, the Belgian government, the Regional and Community governments and foreign Royal Families and Heads of State or leaders of foreign governments, presidents and commissioners of the European Union, on official mission;
  • Missions in case of disasters or for the purpose of medical assistance;
  • Military missions;
  • Take-off and landing performed in exceptional conditions (flights on which there is immediate danger to the life or health of persons as well as animals, flights diverted for meteorological reasons, etc.);
  • Delayed flights, provided the delay is due to circumstances beyond the operator’s control.

Exceptionally and on explicit justified request, the Minister of Transport of the Walloon Region may authorize take-off or landing of a non-compliant aircraft.

1.2   Use of Reverse Thrust

The use of reverse thrust should be kept to a minimum compatible with the safety of the aircraft.

2   GROUND PROCEDURES
2.1   Engine Tests

Full power engine tests are prohibited from 2000 to 0800 (1900 to 0700).

3   ARRIVAL PROCEDURES
3.1   Continuous Descent Operations (CDO)

When the traffic situation permits, ATC will facilitate continuous descent for all RWY, based on radar vectoring or RNP approach.

Facilitation of CDO will be provided at ATC discretion only.

When a CDO can be approved by ATC, as soon as practicable after first call on the APP frequency, ATC will provide distance from touchdown and an approval to descend at pilot’s discretion. The phraseology “when ready, descend” shall be used.

CDO will not be facilitated in adverse weather conditions that may affect the approach (wind shear, thunderstorms, etc.).

Subject to ATC instructions, inbound aircraft shall adopt a continuous descent profile - to the greatest possible extent compatible with safe operation of the aircraft - by employing minimum engine thrust, ideally in a low drag configuration, prior to the FAF/FAP.

Note: All noise abatement procedures for arrivals as well as the speed limitations as specified in the AIP Belgium & Luxembourg remain applicable when performing CDO.

3.2   Visual Approaches

For noise abatement, aircraft CAT Medium or Heavy executing visual approaches for landing or training purposes shall not intercept final approach leg closer than 8 NM from THR except when being radar vectored by ATC onto the final approach leg for a visual approach. For those training flights performing visual approaches in the aerodrome circuit, a minimum altitude of 2500 FT AMSL shall apply in order to remain inside controlled airspace.

4   DEPARTURE PROCEDURES
4.1   General

The SID (see § 3.2.1) constitute noise abatement procedures. Therefore, it is emphasized that pilots, except when being radar vectored, shall adhere to the allocated route as closely as performance criteria permit. If unable to comply with these procedures, they shall advise ATC immediately.

4.2   Climb Gradient

In order to minimize noise disturbance, aircraft shall maintain a net climb gradient of not less than 5.8% until FL 050.

4.3   Noise Abatement Take-Off and Climb Procedures

The following operational noise abatement take-off procedures must be applied for outbound flights:

For turbo-jet aircraft:

  • From take-off to 2 100 FT QNH:
    • take-off power;
    • take-off flaps;
    • climb to V2 + 10 to 20 KT or as limited by body angle;
  • At 2 100 FT QNH:
    • reduce thrust to not less than climb thrust;
  • From 2 100 FT QNH to 3 600 FT QNH:
    • climb at V2 + 10 to 20 KT;
  • At 3 600 FT QNH:
    • accelerate smoothly to en-route climb speed with flaps retraction.

For propeller aircraft:

  • From take-off to 1 600 FT QNH:
    • take-off power;
    • climb at maximum gradient compatible with safety;
    • speed not less than single engine climb speed, nor higher than best rate of climb speed.
  • At 1 600 FT QNH:
    • reduce power to the maximum normal operating power (if this power has been used for showing compliance with the noise certification requirements) or to the maximum climb power;
  • From 1 600 FT QNH to 3 600 FT QNH:
    • climb at the maximum gradients with reduced power, maintaining constant speed;
  • At 3 600 FT QNH:
    • accelerate smoothly to en-route climb speed.

EBLG AD 2.22   Flight Procedures

1   GENERAL
1.1   Aerodrome Minima

Except when authorized by the CAA or in case of emergency, a pilot-in-command shall not take off below the following minima:

  • RWY 04R/22L: 125 M RVR;
  • RWY 04L/22R: 400 M RVR.
2   IFR FLIGHTS (INBOUND)
2.1   General
2.1.1   Radar vectoring

Inbound traffic is radar vectored by Liège APP or Liège TWR, on FREQ 119.280 (8.33 KHZ CH) or 118.130 (8.33 KHZ CH) respectively, until the interception of ILS or until the IAF.

2.1.2   Speed Limitations

In the interest of accurate spacing and in order to maintain a smooth and orderly traffic flow, following speed limitations apply:

  • Aircraft being vectored shall reduce speed to 250 KIAS when below FL 100;
  • The holding patterns within Brussels FIR are protected up to 14 000 FT inclusive and shall be entered at or below 170 KIAS by aircraft CAT A/B and at 230 KIAS or below by aircraft CAT C/D;
  • Along the initial approach segments, unless otherwise instructed by ATC, 220 KIAS shall not be exceeded;
  • Along the intermediate and final approach segments 220 KIAS shall be maintained until established on the ILS (unless otherwise instructed by ATC);
  • The OM of RWY 22L or 4 DME from RWY 22R or RWY 04R shall be crossed at 170 KIAS;
  • ATC may request speed adjustments. Pilots are requested to comply with these speed adjustments as promptly as feasible within their own operational constraints. Aircraft unable to comply with the requested speed shall inform and state to ATC what speed shall be used. Application or non-application of the speed restrictions does not relieve the pilot of his responsibility for the observation of any noise abatement procedures;
  • Aircraft unable to maintain 160 KT until base leg for visual approach or 4 NM from THR for instrument approach will not be accepted between 2200 and 0400 (2100 and 0300) ATA, unless prior permission is obtained from ATC.
2.2   Holding Patterns
ALHUV
FixALHUV
Turn / inbound track (MAG)Left / 043°
Levels (MAX / MNM)FL 050 / 3 000 FT
RemarksNIL
GIREL
FixGIREL
Turn / inbound track (MAG)Left / 314°
Levels (MAX / MNM)FL 140 / FL 060
RemarksAt ATC discretion only
GOSLY
FixGSY DVOR/DME
Turn / inbound track (MAG)Right / 093°
Levels (MAX / MNM)FL 100 / FL 070
RemarksAt ATC discretion only
2.2.1   Waypoints
IDLATITUDELONGITUDE
ALHUV503914.4N0052813.5E
GIREL501514.0N0053229.0E
GSY502714.1N0042629.0E
2.2.2   Path Terminators

Note: The following database entries are suggestions only and should be checked by a professional database coder before entry into an active database.

ALHUV Holding
IDP/TF/OCourse (°T)Turn Dir.ALT (FT)TimeSpeed limit (KTS)NAV SpecRemarks
ALHUVHMY045.0L+30001 MIN-230RNAV1
GIREL Holding
IDP/TF/OCourse (°T)Turn Dir.ALT (FT)TimeSpeed limit (KTS)NAV SpecRemarks
GIREL HMY316.0L+FL 0601 MIN-250RNAV1ATC DISCRETION ONLY
GOSLY Holding
IDP/TF/OCourse (°T)Turn Dir.ALT (FT)TimeSpeed limit (KTS)NAV SpecRemarks
GSYHMY094.6R+FL 0701 MIN-250RNAV1ATC DISCRETION ONLY
2.3   Approach Procedures
2.3.1   RNP RWY 22L
2.3.1.1   Waypoints
IDLATITUDELONGITUDE
RERTI505036.4N0053049.9E
GIKLI504207.2N0054402.2E
IF22LLIBVA504541.5N0053829.6E
FAF22LL22LF504258.5N0053409.8E
MAPT22LRW22L503852.68N0052739.15E
MATF22LL22LT503419.0N0052026.0E
MAHFALHUV503914.4N0052813.5E
2.3.1.2   Path Terminators

Note: The following database entries are suggestions only and should be checked by a professional database coder before entry into an active database.

Via GIKLI
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KTS)VPA(°)/TCH (FT)NAV SpecRemarks
1GIKLIIFN+3000RNAV1IAF
2LIBVATFN315.5L+25005.0-200RNAV1IF
3L22LFTFN225.4@25003.9RNP APCHFAF
4RW22LTFY225.35.8-3.00°/56RNP APCHMAPT
5L22LTDFY-215RNAV1MATF
6ALHUVDFNR@3000-215RNAV1MAHF
7ALHUVHMY045.0L+30001 MIN-230RNAV1
Via RERTI
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KTS)VPA(°)/TCH FT)NAV SpecRemarks
1RERTIIFN+3000RNAV1IAF
2LIBVATFN135.3R+25006.9-200RNAV1IF
3L22LFTFN225.4@25003.9RNP APCHFAF
4RW22LTFY225.35.8-3.00°/56RNP APCHMAPT
5L22LTDFY-215RNAV1MATF
6ALHUVDFNR@3000-215RNAV1MAHF
7ALHUVHMY045.0L+30001 MIN-230RNAV1
2.3.2   RWY 22L RNAV1 to ILS
2.3.2.1   Waypoints
IDLATITUDELONGITUDE
RERTI505036.4N0053049.9E
GIKLI504207.2N0054402.2E
IF22LLIBVA504541.5N0053829.6E
MATF22LL22LT503419.0N0052026.0E
MAHFALHUV503914.4N0052813.5E
2.3.2.2   Path Terminators

Note: The following database entries are suggestions only and should be checked by a professional database coder before entry into an active database.

Via GIKLI
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KTS)VPA(°)/TCH (FT)NAV SpecRemarks
1GIKLIIFN+3000RNAV1IAF
2LIBVATFN315.5L+25005.0-200RNAV1IF
3FAF/FAPILS/LOC APPROACH
4
5L22LTDFY-215RNAV1MATF
6ALHUVDFNR@3000-215RNAV1MAHF
7ALHUVHMY045.0L+30001 MIN-230RNAV1
Via RERTI
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KTS)VPA(°)/TCH FT)NAV SpecRemarks
1RERTIIFN+3000RNAV1IAF
2LIBVATFN135.3R+25006.9-200RNAV1IF
3FAF/FAPILS/LOC APPROACH
4
5L22LTDFY-215RNAV1MATF
6ALHUVDFNR@3000-215RNAV1MAHF
7ALHUVHMY045.0L+30001 MIN-230RNAV1
2.3.3   RNP RWY 22R
2.3.3.1   Waypoints
IDLATITUDELONGITUDE
RERTI505036.4N0053049.9E
GIKLI504207.2N0054402.2E
IF22RLAVTO504546.6N0053821.7E
FAF22RL22RF504253.9N0053347.1E
MAPT22RRW22R503845.74N0052712.75E
MATF22RL22RT503423.5N0052018.5E
MAHFALHUV503914.4N0052813.5E
2.3.3.2   Path Terminators

Note: The following database entries are suggestions only and should be checked by a professional database coder before entry into an active database.

Via GIKLI
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KTS)VPA’°)/TCH(FT)NAV SpecRemarks
1GIKLIIFN+3000RNAV1IAF
2LAVTOTFN315.5L+25005.1-200RNAV1IF
3L22RFTFN225.3@25004.1RNP APCHFAF
4RW22RTFY225.35.9-3.00°/54RNP APCHMAPT
5L22RTDFY-215RNAV1MATF
6ALHUVDFNR@3000-215RNAV1MAHF
7ALHUVHMY045.0L+30001 MIN-230RNAV1
Via RERTI
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KTS)VPA(°)/TCH(FT)NAV SpecRemarks
1RERTIIFN+3000RNAV1IAF
2LAVTOTFN135.3R+25006.8-200RNAV1IF
3L22RFTFN225.3@25004.1RNP APCHFAF
4RW22RTFY225.35.9-3.00°/54RNP APCHMAPT
5L22RTDFY-215RNAV1MATF
6ALHUVDFNR@3000-215RNAV1MAHF
7ALHUVHMY045.0L+30001 MIN-230RNAV1
2.3.4   RWY 22R RNAV1 to ILS
2.3.4.1   Waypoints
IDLATITUDELONGITUDE
RERTI505036.4N0053049.9E
GIKLI504207.2N0054402.2E
IF22RLAVTO504546.6N0053821.7E
MATF22RL22RT503423.5N0052018.5E
MAHFALHUV503914.4N0052813.5E
2.3.4.2   Path Terminators

Note: The following database entries are suggestions only and should be checked by a professional database coder before entry into an active database.

Via GIKLI
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KTS)VPA’°)/TCH(FT)NAV SpecRemarks
1GIKLIIFN+3000RNAV1IAF
2LAVTOTFN315.5L+25005.1-200RNAV1IF
3FAF/FAPILS/LOC APPROACH
4
5L22RTDFY-215RNAV1MATF
6ALHUVDFNR@3000-215RNAV1MAHF
7ALHUVHMY045.0L+30001 MIN-230RNAV1
Via RERTI
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KTS)VPA(°)/TCH(FT)NAV SpecRemarks
1RERTIIFN+3000RNAV1IAF
2LAVTOTFN135.3R+25006.8-200RNAV1IF
3FAF/FAPILS/LOC APPROACH
4
5L22RTDFY-215RNAV1MATF
6ALHUVDFNR@3000-215RNAV1MAHF
7ALHUVHMY045.0L+30001 MIN-230RNAV1
2.3.5   RNP RWY 04L
2.3.5.1   Waypoints
IDLATITUDELONGITUDE
OSTAT503311.7N0050529.3E
EVSEN502450.7N0051831.7E
IF04LMAPUP502904.7N0051156.0E
FAF04LL04LF503244.7N0051741.6E
MAPT04LRW04L503752.60N0052548.51E
MATF04LL04LT504311.2N0053414.7E
MAHFALHUV503914.4N0052813.5E
2.3.5.2   Path Terminators

Note: The following database entries are suggestions only and should be checked by a professional database coder before entry into an active database.

Via OSTAT
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KTS)VPA(°)/TCH
ft
NAV Spec Remarks
1OSTATIFN+3000RNAV1IAF
2MAPUPTFN135.0+30005.8RNAV1IF
3L04LFTFN045.0@30005.2RNP APCHFAF
4RW04LTFY045.17.3-3.00°/50RNP APCHMAPT
5L04LTDFY-215RNAV1MATF
6ALHUVDFNL@3000-215RNAV1MAHF
7ALHUVHMY045.0L+30001 MIN-230RNAV1

Note: ATC discretion only.

Via EVSEN
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KTS)VPA(°)/TCH
ft
NAV SpecRemarks
1EVSENIFN+3000RNAV1IAF
2MAPUPTFN315.2+30006.0RNAV1IF
3L04LFTFN045.0@30005.2RNP APCHFAF
4RW04LTFY045.17.3-3.00°/50RNP APCHMAPT
5L04LTDFY-215RNAV1MATF
6ALHUVDFNL@3000-215RNAV1MAHF
7ALHUVHMY045.0L+30001 MIN-230RNAV1
2.3.6   RNP RWY 04R
2.3.6.1   Waypoints
IDLATITUDELONGITUDE
OSTAT503311.7N0050529.3E
EVSEN502450.7N0051831.7E
IF04RTUTSO502859.8N0051203.6E
FAF04RL04RF503237.1N0051745.5E
MAPT04RRW04R503743.09N0052548.83E
MATF04RL04RT504306.3N0053422.4E
MAHFALHUV503914.4N0052813.5E
2.3.6.2   Path Terminators

Note: The following database entries are suggestions only and should be checked by a professional database coder before entry into an active database.

Via OSTAT
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KTS)VPA(°)/TCH
ft
NAV SpecRemarks
1OSTATIFN+3000RNAV1IAF
2TUTSOTFN135.0+30005.9RNAV1IF
3L04RFTFN045.0@30005.1RNP APCHFAF
4RW04RTFY045.17.2-3.00/58RNP APCHMAPT
5L04RTDFY-215RNAV1MATF
6ALHUVDFNL@3000-215RNAV1MAHF
7ALHUVHMY045.0L+30001 MIN-230RNAV1

Note: ATC discretion only.

Via EVSEN
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KTS)VPA(°)/TCH
ft
NAV SpecRemarks
1EVSENIFN+3000RNAV1IAF
2TUTSOTFN315.2+30005.9RNAV1IF
3L04RFTFN045.0@30005.1RNP APCHFAF
4RW04RTFY045.17.2-3.00/58RNP APCHMAPT
5L04RTDFY-215RNAV1MATF
6ALHUVDFNL@3000-215RNAV1MAHF
7ALHUVHMY045.0L+30001 MIN-230RNAV1
2.3.7   RWY 04R RNAV1 to ILS
2.3.7.1   Waypoints
IDLATITUDELONGITUDE
OSTAT503311.7N0050529.3E
EVSEN502450.7N0051831.7E
IF04RTUTSO502859.8N0051203.6E
MATF04RL04RT504306.3N0053422.4E
MAHFALHUV503914.4N0052813.5E
ABLAZ503338.2N0052553.1E
KAQZI503225.7N0051727.4E
PIZVE503020.9N0052043.7E
2.3.7.2   Path Terminators

Note: The following database entries are suggestions only and should be checked by a professional database coder before entry into an active database.

Via OSTAT
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KTS)VPA(°)/TCH
ft
NAV SpecRemarks
1OSTATIFN+3000RNAV1IAF
2TUTSOTFN135.0+30005.9RNAV1IF
3FAF/FAPILS/LOC APPROACH
4
5L04RTDFY-215RNAV1MATF
6ALHUVDFNL@3000-215RNAV1MAHF
7ALHUVHMY045.0L+30001 MIN-230RNAV1

Note: ATC discretion only.

Via EVSEN
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KTS)VPA(°)/TCH
ft
NAV SpecRemarks
1EVSENIFN+3000RNAV1IAF
2TUTSOTFN315.2+30005.9RNAV1IF
3FAF/FAPILS/LOC APPROACH
4
5L04RTDFY-215RNAV1MATF
6ALHUVDFNL@3000-215RNAV1MAHF
7ALHUVHMY045.0L+30001 MIN-230RNAV1
ACFT CAT A and B Only
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KTS)VPA(°)/TCH
ft
NAV SpecRemarks
1ALHUVIFN+3000RNAV1IAF
2ABLAZTFN194.9+25005.8RNAV1
3PIZVETFN225.0+22004.7RNAV1
4KAQZITFN314.9+21003.0RNAV1IF
5FAF/FAPILS/LOC APPROACH
6
7L04RTDFY-140RNAV1MATF
8ALHUVDFNL@3000-140RNAV1MAHF
9ALHUVHMY045.0L+30001 MINRNAV1
2.3.8   Standard Instrument Arrivals

STAR have been established as shown on the STAR charts (see EBLG AD 2.24) and as listed below. These procedures shall be followed unless instructed otherwise by ATC.

2.3.8.1   Route Description
DESIGNATORDescriptionRMK
LNO6XRNAV1:

LNO[A3000+; K250-] - ALHUV[A3000+; K250-]

GESLO6XRNAV1:

GESLO[F140+] - LNO[F140+; L] - ALHUV[A3000+; K250-]

CIV7XRNAV1:

CIV[F080+; K250-] - GILOM[F080+; K250-; R] - ALHUV[F060+; K250-]

KOK7XRNAV1:

KOK[F080+; K250-] - MAK[F080+; K250-] - ALHUV[F060+; K250-]

NIK7XRNAV1:

NIK[F080+; K250-] - GILOM[F080+; K250-; L] - ALHUV[F060+; K250-]

ONLY AT ATC DISCRETION
DESIGNATORDescriptionRMK
LNO6DRNAV1:

LNO[F060+] - GIREL[F060+; R] - RUDIX[F060+; R] - ALHUV[A3000+; K250-]

GESLO6DRNAV1:

GESLO[F140+] - RITAX[F140+; R] - GIREL[F060+; L] - RUDIX[F060+; R] - ALHUV[A3000+; K250-]

CIV7DRNAV1:

CIV[F080+] - GSY[F080+; L] - RUDIX[F060+; L] - ALHUV[A3000+; K250-]

KOK7DRNAV1:

KOK[F080+] - GSY[F080+; L] - RUDIX[F060+; L] - ALHUV[A3000+; K250-]

NIK7DRNAV1:

NIK[F080+] - GSY[F080+; L] - RUDIX[F060+; L] - ALHUV[A3000+; K250-]

RWY22L
DESIGNATORDescriptionRMK
ALHUV1ARNAV1:

ALHUV[A3000+; K250-] - IPLAN[A3000+; K250-] - RERTI[A3000+; K250-] - LIBVA[A2500+; K200-]

ALHUV1BRNAV1:

ALHUV[A3000+; K250-] - OLPUN[A3000+; K250-] - GIKLI[A3000+; K250-] - LIBVA[A2500+; K200-]

RWY22R
DESIGNATORDescriptionRMK
ALHUV1CRNAV1:

ALHUV[A3000+; K250-] - IPLAN[A3000+; K250-] - RERTI[A3000+; K250-] - LAVTO[A2500+; K200-]

ALHUV1DRNAV1:

ALHUV[A3000+; K250-] - OLPUN[A3000+; K250-] - GIKLI[A3000+; K250-] - LAVTO[A2500+; K200-]

RWY04L
DESIGNATORDescriptionRMK
ALHUV1WRNAV1:

ALHUV[A3000+; K250-] - LITPO[A3000+; K250-] - OSTAT[A3000+; K250-] - MAPUP[A3000+; K250-]

ATC DISCRETION ONLY
ALHUV1XRNAV1:

ALHUV[A3000+; K250-] - NEPIV[A3000+; K250-] - EVSEN[A3000+; K250-] - MAPUP[A3000+; K250-]

RWY04R
DESIGNATORDescriptionRMK
ALHUV1YRNAV1:

ALHUV[A3000+; K250-] - LITPO[A3000+; K250-] - OSTAT[A3000+; K250-] - TUTSO[A3000+; K250-]

ATC DISCRETION ONLY
ALHUV1ZRNAV1:

ALHUV[A3000+; K250-] - NEPIV[A3000+; K250-] - EVSEN[A3000+; K250-] - TUTSO[A3000+; K250-]

2.3.8.2   Waypoints
IDLATITUDELONGITUDE
ALHUV503914.4N0052813.5E
EVSEN502450.7N0051831.7E
GIKLI504207.2N0054402.2E
IPLAN504657.5N0052501.2E
LAVTO504546.6N0053821.7E
LIBVA504541.5N0053829.6E
LITPO503605.0N0050958.1E
MAPUP502904.7N0051156.0E
NEPIV502805.3N0052334.5E
OLPUN503917.7N0053933.1E
OSTAT503311.7N0050529.3E
RERTI505036.4N0053049.9E
TUTSO502859.8N0051203.6E
2.3.8.3   Path Terminators

Note: The following database entries are suggestions only and should be checked by a professional database coder before entry into an active database.

LNO6X
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KIAS)Nav. Spec.Remarks
1LNOIFN3000+250-RNAV1
2ALHUVTFN294.13000+10.0250-RNAV1
GESLO6X
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KIAS)Nav. Spec.Remarks
1GESLOIFNFL140+RNAV1
2LNOTFN339.7LFL140+32.5RNAV1
3ALHUVTFN294.13000+10.0250-RNAV1
CIV7X
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KIAS)Nav. Spec.Remarks
1CIVIFNFL 080+250-RNAV1
2GILOMTFN073.1RFL 080+37.5250-RNAV1
3ALHUVTFN102.2FL 060+27.2250-RNAV1
KOK7X
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KIAS)Nav. Spec.Remarks
1KOKIFNFL 080+250-RNAV1
2MAKTFN103.4FL 080+32.9250-RNAV1
3ALHUVTFN103.2FL 060+77.4250-RNAV1
NIK7X
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KIAS)Nav. Spec.Remarks
1NIKIFNFL 080+250-RNAV1
2GILOMTFN137.7LFL 080+33.4250-RNAV1
3ALHUVTFN102.2FL 060+27.2250-RNAV1
LNO6D
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KIAS)Nav. Spec.Remarks
1LNOIFNFL 060+250-RNAV1
2GIRELTFN198.1RFL 060+21.0250-RNAV1
3RUDIXTFN300.4RFL 060+19.6250-RNAV1
4ALHUVTFN044.73000+20.0250-RNAV1
GESLO6D
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KIAS)Nav. Spec.Remarks
1GESLOIFNFL140+RNAV1
2RITAXTFN269.5RFL140+7.7RNAV1
3GIRELTFN316.0LFL 060+14.7250-RNAV1
4RUDIXTFN300.4RFL 060+19.6250-RNAV1
5ALHUVTFN044.73000+20.0250-RNAV1
CIV7D
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KIAS)Nav. Spec.Remarks
1CIVIFNFL 080+250-RNAV1
2GSYTFN107.0LFL 080+24.4250-RNAV1
3RUDIXTFN094.6LFL 060+25.4250-RNAV1
4ALHUVTFN044.73000+20.0250-RNAV1
KOK7D
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KIAS)Nav. Spec.Remarks
1KOKIFNFL 080+250-RNAV1
2GSYTFN118.8LFL 080+78.3250-RNAV1
3RUDIXTFN094.6LFL 060+25.4250-RNAV1
4ALHUVTFN044.73000+20.0250-RNAV1
NIK7D
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KIAS)Nav. Spec.Remarks
1NIKIFNFL 080+250-RNAV1
2GSYTFN167.0LFL 080+43.8250-RNAV1
3RUDIXTFN094.6LFL 060+25.4250-RNAV1
4ALHUVTFN044.73000+20.0250-RNAV1
ALHUV1A
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KIAS)Nav. Spec.Remarks
1ALHUVIFN3000+-250RNAV1
2IPLANTFN345.2R3000+8.0-250RNAV1
3RERTITFN045.2R3000+5.2-250RNAV1
4LIBVATFN135.3R2500+6.9200RNAV1IF
ALHUV1B
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KIAS)Nav. Spec.Remarks
1ALHUVIFN3000+-250RNAV1
2OLPUNTFN089.5L3000+7.2-250RNAV1
3GIKLITFN045.2L3000+4.0-250RNAV1
4LIBVATFN315.5L2500+5.0-200RNAV1IF
ALHUV1C
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KIAS)Nav. Spec.Remarks
1ALHUVIFN3000+-250RNAV1
2IPLANTFN345.2R3000+8.0-250RNAV1
3RERTITFN045.2R3000+5.2-250RNAV1
4LAVTOTFN135.3R2500+6.8-200RNAV1IF
ALHUV1D
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KIAS)Nav. Spec.Remarks
1ALHUVIFN3000+-250RNAV1
2OLPUNTFN089.5L3000+7.2-250RNAV1
3GIKLITFN045.2L3000+4.0-250RNAV1
4LAVTOTFN315.5L2500+5.1-200RNAV1IF
ALHUV1W
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KIAS)Nav. Spec.Remarks
1ALHUVIFN3000+-250RNAV1
2LITPOTFN254.93000+12.1-250RNAV1
3OSTATTFN224.73000+4.1-250RNAV1
4MAPUPTFN135.03000+5.8-250RNAV1IF
ALHUV1X
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KIAS)Nav. Spec.Remarks
1ALHUVIFN3000+-250RNAV1
2NEPIVTFN194.63000+11.6-250RNAV1
3EVSENTFN224.93000+4.6-250RNAV1
4MAPUPTFN315.23000+6.0-250RNAV1IF
ALHUV1Y
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KIAS)Nav. Spec.Remarks
1ALHUVIFN3000+-250RNAV1
2LITPOTFN254.93000+12.1-250RNAV1
3OSTATTFN224.73000+4.1-250RNAV1
4TUTSOTFN135.03000+5.9-250RNAV1IF
ALHUV1Z
#IDP/TF/OCourse (°T)Turn Dir.ALT (FT)DIST (NM)Speed limit (KIAS)Nav. Spec.Remarks
1ALHUVIFN3000+-250RNAV1
2NEPIVTFN194.63000+11.6-250RNAV1
3EVSENTFN224.93000+4.6-250RNAV1
4TUTSOTFN315.23000+5.9-250RNAV1IF
2.3.9   Missed Approach

IFR flights performing a visual approach shall use the missed approach segment of the IAP communicated via ATIS.

2.4   After Landing

After landing, pilots shall monitor TWR FREQ 118.130 (8.33 KHZ CH) until reaching their parking position. If requested by ATC, they will change to GND FREQ 121.915 (8.33 KHZ CH).

Preferential exit taxiway for RWY 22L is TWY S2 and TWY S4 for RWY 04R. If pilots want to exit the runway via another taxiway, they shall inform ATC about their intentions as soon as applicable and ATC clearances will be issued accordingly.

Pilots shall follow the marshaller instructions to their parking position. In case of doubt regarding their parking position, confirmation can be obtained from ATC on the appropriate frequency.

3   IFR FLIGHTS (OUTBOUND)
3.1   Starting procedures
3.1.1   General

Pilots shall make sure that they received the appropriate slot-time, if any.

10 MIN before the EOBT, pilots shall request start-up clearance from Liège GND on FREQ 121.915 (8.33 KHZ CH).

ATC clearance will only be provided by Liège GND on push-back and taxi request.

3.1.2   Exchange of Data with Network Manager Operations Center (NMOC) - Advanced ATC TWR

EBLG exchanges information for departure flights by applying the Advanced ATC TWR procedures.

Message exchange from the local system to the ATM network complies with the European standard for A-CDM airports, using the following message types:

  • A-DPI: ATC departure planning information message, for all instrumental departure flights
  • C-DPI: Cancel DPI, cancellation of departure planning information, when required

When push-back approval has been given and the aircraft starts to exit the stand, the TTOT is calculated and transmitted to NMOC via an A-DPI message. The use of the variable taxiing time increases the precision of the TTOT.

After reception of the A-DPI, DLA or CHG messages that change the flight plan data shall not be accepted. If regulated, the CTOT assigned before receiving the A-DPI shall be maintained.

If an aircraft has to abort taxiing for technical reasons, the TWR will send a C-DPI message to the NMOC. The result of the C-DPI is that the flight shall be suspended by informing the operator via an FLS (flight suspension message) with the comment “suspended by departure airport”. The flight plan can be activated again by updating the EOBT with a DLA or CHG message.

3.2   Departure procedures
3.2.1   Standard Instrument Departures

SID have been established as shown on the SID charts (see EBLG AD 2.24) and as listed below. ATC will either issue a SID or specify otherwise the departure route to be flown. Pilots unable to comply shall inform ATC when requesting start-up clearance.

3.2.1.1   Route Description
RWY 04L/R
DESIGNATORROUTE RMK
LNO2RRNAV1:

[A1100+] - LG011 - LG012[L] - LG013[K220-] - LG008[K220-; L] - LG009[K220; L] - LG010[L] - LNO

PDG 7% (430 FT/NM) until passing FL 060 due to airspace structure. If unable to comply, advise EBLG DELIVERY prior to start-up.

CIV6RRNAV1:

[A1100+] - LG011 - LG012[L] - LG013[K220-] - LG008 - BUB[L] - CIV

PDG 7% (430 FT/NM) until passing FL 060 due to airspace structure. If unable to comply, advise EBLG DELIVERY prior to start-up.

BUB1RRNAV1:

[A1100+] - LG011 - LG012[L] - LG013[K220-] - LG008 - BUB

PDG 7% (430 FT/NM) until passing FL 060 due to airspace structure. If unable to comply, advise EBLG DELIVERY prior to start-up.

RWY 22L/R
DESIGNATORROUTE RMK
LNO7E RNAV1:

[A1100+] - LG001[R] - LG002 - LG003[K220-; R] - LG006[K220-; R] - LNO

Will be allocated when the airspace S of Liège TMA is not AVBL for CIV OPS

PDG 7% (430 FT/NM) until passing FL 060 due to airspace structure. If unable to comply, advise EBLG DELIVERY prior to start-up.

LNO9S RNAV1:

[A1100+] - LG001[R] - LG002 - LG003[K220-; L] - LG004[K220-; L] - LG005[L] - LNO

PDG 7% (430 FT/NM) until passing FL 060 due to airspace structure. If unable to comply, advise EBLG DELIVERY prior to start-up.

CIV5S RNAV1:

[A1100+] - LG001[R] - LG002 - LG003[R] - BUB[L] - CIV

PDG 7% (430 FT/NM) until passing FL 060 due to airspace structure. If unable to comply, advise EBLG DELIVERY prior to start-up.

BUB9S RNAV1:

[A1100+] - LG001[R] - LG002 - LG003[R] - BUB

PDG 7% (430 FT/NM) until passing FL 060 due to airspace structure. If unable to comply, advise EBLG DELIVERY prior to start-up.

3.2.1.2   Waypoint Information
RWY 04L/R
IDLatitudeLongitudeFly-over
LG008504909.0N0050844.6EN
LG009504146.6N0050945.6EN
LG010503230.9N0053318.5EN
LG011504129.0N0053147.5EN
LG012504444.5N0053659.1EN
LG013504643.1N0052550.3EN
BUB505408.4N0043217.1EN
CIV503426.3N0034958.4EN
LNO503509.3N0054237.0EN
RWY 22L/R
IDLatitudeLongitudeFly-over
LG001503506.7N0052139.4EN
LG002503812.8N0051227.8EN
LG003504044.7N0050535.8EN
LG004503617.9N0045932.2EN
LG005502743.5N0051519.1EN
LG006504619.4N0051023.9EN
BUB505408.4N0043217.1EN
CIV503426.3N0034958.4EN
LNO503509.3N0054237.0EN
3.2.1.3   Path Terminators

Note: The following database entries are suggestions only and should be checked by a professional database coder before entry into an active database.

LNO2R
#IDLatitudeLongitudeP/TF/OCourse (°T)Turn Dir.ALT (ft)DIST (NM)Speed limit (KIAS)
1CA045.31100+
2LG011504129.0N0053147.5EDFN
3LG012504444.5N0053659.1ETFN045.3L4.6
4LG013504643.1N0052550.3ETFN285.76000+7.4220-
5LG008504909.0N0050844.6ETFN282.8L11.1220-
6LG009504146.6N0050945.6ETFN175.0L7.4220-
7LG010503230.9N0053318.5ETFN121.6L17.6
8LNO503509.3N0054237.0ETFN065.96.5
CIV6R
#IDLatitudeLongitudeP/TF/OCourse (°T)Turn Dir.ALT (ft)DIST (NM)Speed limit (KIAS)
1CA045.31100+
2LG011504129.0N0053147.5EDFN
3LG012504444.5N0053659.1ETFN045.3L4.6
4LG013504643.1N0052550.3ETFN285.76000+7.4220-
5LG008504909.0N0050844.6ETFN282.811.1
6BUB505408.4N0043217.1ETFN282.4L23.6
7CIV503426.3N0034958.4ETFN234.033.3
BUB1R
#IDLatitudeLongitudeP/TF/OCourse (°T)Turn Dir.ALT (ft)DIST (NM)Speed limit (KIAS)
1CA045.31100+
2LG011504129.0N0053147.5EDFN
3LG012504444.5N0053659.1ETFN045.3L4.6
4LG013504643.1N0052550.3ETFN285.76000+7.4220-
5LG008504909.0N0050844.6ETFN282.811.1
6BUB505408.4N0043217.1ETFN282.423.6
LNO7E
#IDLatitudeLongitudeP/TF/OCourse (°T)Turn Dir.ALT (ft)DIST (NM)Speed limit (KIAS)
1CA225.41100+
2LG001503506.7N0052139.4EDFNR
3LG002503812.8N0051227.8ETFN298.06.6
4LG003504044.7N0050535.8ETFN300.1R6500+5.1220-
5LG006504619.4N0051023.9ETFN028.6R6.4220-
6LNO503509.3N0054237.0ETFN118.423.3
LNO9S
#IDLatitudeLongitudeP/TF/OCourse (°T)Turn Dir.ALT (ft)DIST (NM)Speed limit (KIAS)
1CA225.41100+
2LG001503506.7N0052139.4EDFNR
3LG002503812.8N0051227.8ETFN298.06.6
4LG003504044.7N0050535.8ETFN300.1L6500+5.1220-
5LG004503617.9N0045932.2ETFN220.9L5.9220-
6LG005502743.5N0051519.1ETFN130.3L13.2
7LNO503509.3N0054237.0ETFN066.718.9
CIV5S
#IDLatitudeLongitudeP/TF/OCourse (°T)Turn Dir.ALT (ft)DIST (NM)Speed limit (KIAS)
1CA225.41100+
2LG001503506.7N0052139.4EDFNR
3LG002503812.8N0051227.8ETFN298.06.6
4LG003504044.7N0050535.8ETFN300.16500+5.1
5BUB505408.4N0043217.1ETFN302.6L25.0
6CIV503426.3N0034958.4ETFN234.033.3
BUB9S
#IDLatitudeLongitudeP/TF/OCourse (°T)Turn Dir.ALT (ft)DIST (NM)Speed limit (KIAS)
1CA225.41100+
2LG001503506.7N0052139.4EDFNR
3LG002503812.8N0051227.8ETFN298.06.6
4LG003504044.7N0050535.8ETFN300.16500+5.1
5BUB505408.4N0043217.1ETFN302.625.0
3.2.1.4   Climb Requirements

All traffic shall initially climb to FL 060 (FL 070 when QNH is 995 HPA or below), unless instructed otherwise by ATC.

When Liège TMA Three, Four and Five are not active, aircraft bound for BUB, HUL, SPI or LNO shall leave Liège TMA at 4 500 FT AMSL or above, climbing to the level assigned by Brussels ACC.

4   LOW VISIBILITY OPERATIONS
4.1   Facilities and Equipment Available
4.1.1   Runways

RWY 22L and 04R are equipped with ILS and are approved for CAT IIIB operations. A minimum of 125 M RVR applies for landing and take-off.

The runway exits are equipped with alternating green and yellow centre line lights within the ILS sensitive areas. Landing aircraft should leave this area as soon as possible.

In order to provide adequate protection of the ILS system, no vehicle or aircraft shall infringe the ILS sensitive areas when an arriving aircraft is within 2 NM from touchdown and has not completed its landing run.

4.1.2   Taxiways

An advanced surface movement guidance and control system (A-SMGCS), including a Surface Movement Radar, is operational.

All taxiways are available. Preferential routes are established for departing and arriving aircraft (see chart AD 2.EBLG-GMC.03a for 22L and AD 2.EBLG-GMC.03b for 04R). When RVR is below 550 M:

  • for 04R arrivals to north platform: exit C4 may be used at pilot discretion only (except when A-SMGCS is unavailable)
  • for 22L departures from north platform: exit C4 at pilot discretion only, for an intersection take-off (except when A-SMGCS is unavailable)

A “Follow-me” car will assist pilots during taxi only on pilot’s request.

If A-SMGCS is not operational, “Follow-me” car is mandatory when RVR is less than 550 M or ceiling is less than 200 FT and taxi is restricted to the taxiways equipped with centre line lights.

4.1.3   Communications

Pilots will be informed by ATIS or ATC when LVO are in progress. The ATIS message will contain the phrase “LOW VISIBILITY OPERATIONS” and will also provide details of any unavailability of equipment relevant to LVO.

Pilots will be informed by ATC when LVP are terminated.

4.2   Criteria for Initiation and Termination of LVO

The preparation phase will start when visibility falls below 1 500 M and/or ceiling is at or below 300 FT, and CAT II/III operations are expected. During this phase the aerodrome will activate LVP. The operations phase will start when RVR falls below 550 M and/or ceiling is below 200 FT.

The termination phase will occur when visibility is 800 M, and ceiling is above 200 FT and both improving. During this phase the aerodrome will deactivate LVP.

4.3   Other Information

As long as LVP are active at the aerodrome, departing aircraft shall report at the take-off CAT II/III holding position or at any other point when so requested by ATC.

Arriving aircraft shall report:

  • passing the OM (RWY 22L) or 3.9 DME IHH (RWY 04R) on final;
  • when having vacated the sensitive area after landing;
  • when initiating a missed approach.
5   VFR FLIGHTS
5.1   Visual Reporting Points

Following reporting points shall be used to join and leave EBLG or to cross the EBLG CTR:

NameAssociated landmarkPosition
ROMEOintersection motorway E40 (Brussels - Liège) and road N69 (Tongeren - Waremme)504217N 0051736E
INDIAIvoz-Ramet, bridge on dam503530N 0052742E
OSCARintersection roads N63 (Liège - Marche-en-Famenne) and road N663 (Seraing - Tilf)503400N 0053258E
FOXHEchurch of Fexhe-le-haut-Clocher503958N 0052353E

Additional reporting points to be used only at ATC discretion:

NameAssociated landmarkPosition
ECHOintersection motorway E40/E42 and E25504049N 0053934E
WISKYintersection motorway E42 (Liège - Namur) and road N64 (Huy - Hannut)503451N 0051238E
NOVEMintersection motorway E313 (Liège - Antwerpen) and road N79 (Maastricht - Tongeren)504736N 0053151E
SIERASoheit-Tinlot, crossroads on the road N63 (Liège - Marche-en-Famenne)502833N 0052232E

Pilots shall comply with ATC routing instructions. All points are mandatory reporting points.

Standard routings “ROMEO-FOXHE” and “OSCAR-INDIA” are deemed separated from STAR and SID.

5.2   Inbound Traffic

VFR and special VFR flights must be conducted in accordance with the following provisions:

  1. Unless otherwise instructed:
    • Entry from the west and the north: proceed towards ROMEO, then to FOXHE;
    • Entry from the east and the south: proceed towards OSCAR, then to INDIA;
    • FOXHE and INDIA are clearance limit points (HLDG). Upon reaching one of the points, pilots shall perform orbits at 1 500 FT AMSL (HEL 1 300 FT AMSL) unless otherwise instructed by ATC;
  2. MAX ALT:
    • 2 000 FT AMSL at ROMEO and OSCAR when entering the CTR, descending to 1 500 FT AMSL (HEL 1 300 FT AMSL);
    • 1 500 FT AMSL at FOXHE and INDIA (HEL 1 300 FT AMSL);
  3. Aircraft shall join the aerodrome circuit at 1 500 FT AMSL (HEL 1 300 FT AMSL).
5.3   Outbound Traffic

VFR and special VFR flights shall be conducted in accordance with the following provisions:

  1. Unless otherwise instructed:
    • Exit to the west and the north: proceed to FOXHE, then to ROMEO;
    • Exit to the east and the south: proceed to INDIA, then to OSCAR;
  2. MAX ALT:
    • FOXHE and INDIA shall be crossed at 1 500 FT AMSL MAX;
    • MAX ALT to leave the CTR: 2 000 FT AMSL.
5.4   Aerodrome Traffic Circuits

Aerodrome traffic circuits shall be operated continuously in sight of Liège TWR and at an altitude not exceeding 1 500 FT AMSL.

6   HELICOPTER FLIGHTS

NIL

7   RADIO COMMUNICATION FAILURE
7.1   IFR Flight

If an aircraft does not succeed in landing within the 30 MIN normally allowed to make its approach and landing, it must leave the CTR on QDR 255° of ONL at 2 400 FT AMSL and land at the first suitable aerodrome where the MET conditions permit a visual approach and landing.

7.2   VFR Flights
7.2.1   Outside Controlled Airspace

In all cases, the aircraft shall remain outside the controlled airspace.

7.2.2   Within Controlled Airspace But Outside the Aerodrome Traffic Circuit

According to its position from the RWY axis, the aircraft shall leave the controlled airspace by the shortest way:

  1. north of the RWY axis: via visual reporting point ROMEO;
  2. south of the RWY axis: via visual reporting point OSCAR.
7.2.3   Within the Aerodrome Traffic Circuit

A full-stop landing shall be performed.

EBLG AD 2.23  Additional Information

1   AUTOMATIC TERMINAL INFORMATION SERVICE (ATIS)

ATIS broadcast messages serving INBD and OUBD TFC are broadcasted H24 (for FREQ, see EBLG AD 2.18).

They contain the following elements in the order as listed:

ItemATISStart of expression
Aerodrome nameLIÈGELiège...
Alphabetical designatorINFO (A till Z)Information... (alfa - zulu)
ATIS TimeHHMM....
Type of approach to be expectedTYPE APCHExpecting vectoring...
Runway in use for ARR and DEPRiU for ARR and DEPRWY... for ARR and DEP
RSCD timeRSCD AT HHMMRunway surface condition at....
RSCD for complete RWY or per third part of RWY including depthTDZ...UP TO...mm
MID...UP TO...mm
END...UP...mm
touchdown zone...up to...mm
middle...up to...mm
end...up to...mm
RWYCCRWYCCRunway condition code...
Transition levelTRLTransition level...
Operational statusOPS STS...
LVOLVO in progressLow visibility operations
TWY LG closed in case of LVO RWY 22LTWY S3, S4, S5, N1, N3, N4, C1, C3 and C4 not AVBLTWY S3, S4, S5, N1, N3, N4, C1, C3 and C4 not AVBL
TWY LG closed in case of LVO RWY 04RTWY S3, N1, N3, N4, C1, C3 and C4 not AVBLTWY S3, N1, N3, N4, C1, C3 and C4 not AVBL
Surface wind, direction and speed (including significant variations)WINDWind...
VisibilityVISCAVOK or visibility...
RVRRVR (RWY)
TDZ / M, MID / M, END / M
RVR runway... ...metres, ...metres, ...metres
Present weatherWXweather...
Cloud base or vertical visibilityCLD VV / FTCloud...or vertical visibility...
Air temperatureTTemperature...
Dewpoint temperatureDPDewpoint...
Altimeter settingsQNHQNH...
Recent weatherREWXRecent...
Supplementary meteorological phenomenaSIGWXWind shear..., cumulonimbus in climb out, severe icing,...
Landing forecast TRENDTRENDNOSIG, trend BCMG...or trend TEMPO...
CONFIRM ATISCFM...(A till Z)Confirm information...(alfa - zulu) on first contact

When rapidly changing weather conditions make it inadvisable to include a weather report in ATIS broadcast, the MET data are omitted and expressed as follows:

“MET REPORT OMITTED DUE TO RAPID CHANGES”.

The omitted data are AVBL on ATC FREQs.

Pilots are requested to listen to ATIS broadcast prior to the first contact with an ATS unit. Upon establishing communication with the relevant ATS unit, the pilot will acknowledge receipt of ATIS message by using the following expression:

“INFORMATION . . . [alphabetical designator] RECEIVED”.

ATC shall confirm the validity of the alphabetical designator received. If the designator has changed in the mean time, he shall only give the designator valid at that moment.

EBLG AD 2.24  Charts Related to EBLG

AD 2.EBLG-ADC.01Aerodrome Chart - ICAO
AD 2.EBLG-ADC.02Aerodrome Chart - ICAO. Appendix 1: Runway Markings and Lighting Aids
AD 2.EBLG-GMC.01Aerodrome Ground Movement Chart - ICAO
AD 2.EBLG-GMC.02aAerodrome Ground Movement Chart - ICAO. Appendix 1: Taxiways (a)
AD 2.EBLG-GMC.02bAerodrome Ground Movement Chart - ICAO. Appendix 1: Taxiways (b)
AD 2.EBLG-GMC.03aAerodrome Ground Movement Chart - ICAO. Appendix 2: Low Visibility Procedures (RWY 22L)
AD 2.EBLG-GMC.03bAerodrome Ground Movement Chart - ICAO. Appendix 3: Low Visibility Procedures (RWY 04R)
AD 2.EBLG-GMC.04Aerodrome Ground Movement Chart - ICAO. Appendix 4: Ground Movement Responsabilities
AD 2.EBLG-GMC.05Aerodrome Ground Movement Chart - ICAO. Appendix 5: Hot Spots
AD 2.EBLG-GMC.06Aerodrome Ground Movement Chart - ICAO. Appendix 6: De-icing Area
AD 2.EBLG-APDC.01Aircraft Parking/Docking Chart - ICAO
AD 2.EBLG-AOC.01Aerodrome Obstacle Chart. Type A (Operating Limitations): RWY 04R/22L
AD 2.EBLG-AOC.02Aerodrome Obstacle Chart. Type A (Operating Limitations): RWY 04L/22R
AD 2.EBLG-PATC.01Precision Approach Terrain Chart - ICAO: RWY 04R
AD 2.EBLG-PATC.02Precision Approach Terrain Chart - ICAO: RWY 22L
AD 2.EBLG-PATC.03Precision Approach Terrain Chart - ICAO: RWY 22R
AD 2.EBLG-ATCSMAC.01ATC Surveillance Minimum Altitude Chart - ICAO
AD 2.EBLG-STAR.01Standard Arrival Chart - Instrument (STAR) - ICAO: ATC discretion only
AD 2.EBLG-STAR.02Standard Arrival Chart - Instrument (STAR) - ICAO
AD 2.EBLG-STAR.03Standard Arrival Chart - Instrument (STAR) - ICAO: RNAV transition to RWY 22L
AD 2.EBLG-STAR.04Standard Arrival Chart - Instrument (STAR) - ICAO: RNAV transition to RWY 22R
AD 2.EBLG-STAR.05Standard Arrival Chart - Instrument (STAR) - ICAO: RNAV transition to RWY 04L
AD 2.EBLG-STAR.06Standard Arrival Chart - Instrument (STAR) - ICAO: RNAV transition to RWY 04R
AD 2.EBLG-SID.01Standard Departure Chart - Instrument (SID) - ICAO: RWY 04L/R
AD 2.EBLG-SID.02Standard Departure Chart - Instrument (SID) - ICAO: RWY 22L/R
AD 2.EBLG-IAC.01Instrument Approach Chart - ICAO: ILS CAT II & III or LOC RWY 22L
AD 2.EBLG-IAC.02Instrument Approach Chart - ICAO: ILS or LOC RWY 22R
AD 2.EBLG-IAC.03Instrument Approach Chart - ICAO: ILS CAT II & III or LOC RWY 04R (CAT A-B)
AD 2.EBLG-IAC.04Instrument Approach Chart - ICAO: ILS CAT II & III or LOC RWY 04R (CAT C-D)
AD 2.EBLG-IAC.05Instrument Approach Chart - ICAO: RNP RWY 22L
AD 2.EBLG-IAC.05aInstrument Approach Chart - ICAO: RNP RWY 22L. Appendix: FAS Datablock
AD 2.EBLG-IAC.06Instrument Approach Chart - ICAO: RNP RWY 22R
AD 2.EBLG-IAC.06aInstrument Approach Chart - ICAO: RNP RWY 22R. Appendix: FAS Datablock
AD 2.EBLG-IAC.07Instrument Approach Chart - ICAO: RNP RWY 04L
AD 2.EBLG-IAC.07aInstrument Approach Chart - ICAO: RNP RWY 04L. Appendix: FAS Datablock
AD 2.EBLG-IAC.08Instrument Approach Chart - ICAO: RNP RWY 04R
AD 2.EBLG-IAC.08aInstrument Approach Chart - ICAO: RNP RWY 04R. Appendix: FAS Datablock
AD 2.EBLG-VAC.01Visual Approach Chart - ICAO