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EHBK — MAASTRICHT/Maastricht Aachen
Note: the following sections in this chapter are intentionally left blank:AD 2.16, AD 2.21.
EHBK AD 2.1 AERODROME LOCATION INDICATOR AND NAME
EHBK — MAASTRICHT/Maastricht Aachen
EHBK AD 2.2 AERODROME GEOGRAPHICAL AND ADMINISTRATIVE DATA
50°54'57"N 005°46'37"E081° GEO 599 m from TWR.
ARP co-ordinates and site at AD1
5 NM NE from Maastricht.Direction and distance from (city)2
375 ft AMSL/21.7°C (JUL).Elevation/reference temperature3
150 ft.Geoid undulation at AD ELEV PSN4
0°E (2010)/8'E.MAG VAR/annual change5
Post: Maastricht Aachen AirportP.O. Box 16199 ZG Maastricht AirportThe Netherlands
Tel: +31 (0)43 358 9999Fax: +31 (0)43 358 9977 (OPS)
+31 (0)43 358 9955 (commercial MHS)Email: [email protected]: EHBKYDYX
AD operator, postal address, telephone, telefax,email, AFS, website
6
IFR/VFRTypes of traffic permitted (IFR/VFR)7
Airport for use by national and international civil air transport with all typesof aircraft.
Remarks8
EHBK AD 2.3 OPERATIONAL HOURS
MON-SUN: 0500-2200 (0400-2100).AD operator1
Customs: H24.Immigration: MON-SUN: 0500-2200 (0400-2100).
Customs and immigration2
MON-SUN: 0500-2200 (0400-2100) 1 HR PN1).Health and sanitation3
Self-briefing, MON-SUN: 0500-2200 (0400-2100);Tel: +31 (0)20 406 2323Fax: +31 (0)20 648 4417
AIS briefing office4
Competent ATS unit: ARO Schiphol, see EHAM AD 2.3.ATS reporting office (ARO)5
OPR HR, outside OPR HR: MWO De Bilt (see EHBK AD 2.11).MET briefing office6
MON-SUN: 0500-2200 (0400-2100).ATS7
MON-SUN: 0500-2200 (0400-2100).Fuelling8
AVBL, for details see EHBK AD 2.23.Handling9
AVBLSecurity10
AVBLDe-icing111) PN means permission from and/or in case of customs etc. notification
other than by (VFR) flight plan to aerodrome authority as appropriate.Remarks12
EHBK AD 2.4 HANDLING SERVICES AND FACILITIES
All modern facilities.Cargo-handling facilities1
100LL, Jet A1/80, W80, W100, 15W50.Fuel/oil types2
Unlimited during OPR HR.Fuelling facilities/capacity3
AVBLDe-icing facilities4
6000 m2Hangar space for visiting aircraft5
Limited O/R.Repair facilities for visiting aircraft6
AIRAC AMDT 01/2013© Air Traffic Control the Netherlands
AD 2.EHBK-1AIP NETHERLANDS10 JAN 2013
NILRemarks7
EHBK AD 2.5 PASSENGER FACILITIES
Hotel 124 beds; accommodation unlimited in Maastricht.Hotels1
Near the airport; 100 meals/HR.Restaurants2
Bus and taxi.Transportation3
First aid treatment, hospitals in Maastricht (7 NM) and Sittard (8 NM).Medical facilities4
AVBLBank and post office5
AVBLTourist office6
NILRemarks7
EHBK AD 2.6 RESCUE AND FIRE FIGHTING SERVICES
CAT 7 AVBL: MON-SUN: 0500-2200 (0400-2100).CAT 8 - 9 PAX flights; after 48 HR prior request on fax: +31 (0)43 358 9977or e-mail: [email protected] 8 - 9 cargo flights; O/R.
AD category for fire fighting1
AVBLRescue equipment2
Mobile jack for ACFT up to MTOW 2000 kg. Other equipment via contractors.Capability for removal of disabled aircraft3
NILRemarks4
EHBK AD 2.7 SEASONAL AVAILABILITY - CLEARING
5 snowsweepers, 5 snowploughs, 1 snowblower, 2 ureum spreaders.Types of clearing equipment1
Information not AVBL.Clearance priorities2
Snow clearance information promulgated by SNOWTAM.Remarks3
EHBK AD 2.8 APRONS, TAXIWAYS AND CHECK LOCATIONS/POSITIONS DATA
Surface: ASPH, CONC.Strength: PCN 71/F/C/X/T.
Apron surface and strength1
TWY TAll TWYs except TWY T
7.5 m23 mWidth
ASPH, CONCASPH, CONCSurface
PCN 12/F/C/X/TPCN 71/F/C/X/TStrength
Taxiway width, surface and strength2
Location: apron.Elevation: 375 ft AMSL.
Altimeter checkpoint location and elevation3
Not AVBL/See AD 2.EHBK-APDC.VOR checkpoints4
Not AVBL/See AD 2.EHBK-APDC.INS checkpoints5
NILRemarks6
EHBK AD 2.9 SURFACE MOVEMENT GUIDANCE AND CONTROL SYSTEM AND MARKINGS
Taxiing guidance system:
• illuminated information signs to RWY 03 and RWY 21.• illuminated mandatory instruction signs supplementing all runway holding
positions.
On aprons and TWYs:
• follow-me cars are AVBL on request for guidance on aprons and TWYs.• guidance to the parking position on all aprons is executed by marshallers.
General use of aprons:
• A-apron: commercial PAX ACFT and general aviation ACFT.Jet ACFT with MTOW > 50 000 kg park nose-in.
• B-apron: cargo ACFT. Jet ACFT park nose-in.• C-apron: general aviation ACFT and all ACFT requiring maintenance.
Note: ACFT requiring maintenance need 6 HR PPR from airport authority.
Use of aircraft stand ID signs, TWY guide linesand visual docking/parking guidance system ataircraft stands
1
© Air Traffic Control the NetherlandsAIRAC AMDT 01/2013
AD 2.EHBK-2 AIP NETHERLANDS10 JAN 2013
THR, transverse stripe, arrows, aiming point, RWY side stripe, TDZ,RWY turnpads, RWY designation, RWY centre line.
RWY:
Edge lights, centre line lights, THR lights, TDZ lights (RWY 21 only),RWY-end lights. Blue turnpad edge lights, green turnpad centreline lights (at end of RWY 21 only).
RWY HLDG positions pattern A: at E1, E2, W1, W2, W3 and W4;pattern B: at stopbar TWY E2, W3 and W4. TWY centre line.Red/white mandatory instruction signs at RWY HLDG positions.
TWY:
All TWYs except TWY T: edge lights. TWY T equipped withretroreflective edge markers. Green centre line lights BTN stopbarTWY E1 and RCL; BTN stopbar TWY W1 and RCL; from stopbarTWY W3 for 90 m; from stopbar TWY W4 for 90 m. Alternatinggreen/yellow centre line lights on exits E1, W1 and W4.
RWY and TWY markings and LGT2
Each active runway entry and ILS critical/sensitive area is safeguarded bya stop bar (see AD 2.EHBK-ADC). Stop bars shall be illuminated during:
• Low visibility circumstances when visibility <= 2000 m, or RVR <= 1500 mand/or cloud base <= 300 ft.
• OPR HR at intensive runway crossings to avoid runway incursion in allvisibility circumstances.
Crossing of illuminated stop bars is prohibited. Aircraft and vehiclesmay proceed further only when ATC gives permission and the stop barlights are switched off (ref. Annex 2, item 3.2.2.7.3).
Stop bars3
NILRemarks4
EHBK AD 2.10 AERODROME OBSTACLES
All obstacles are marked and lighted day and night. For obstacles in take-off area see AD 2.EHBK-AOC-03-21.
EHBK AD 2.11 METEOROLOGICAL INFORMATION PROVIDED
De BiltAssociated MET office1
H24-
Hours of serviceMET office outside hours
2
De Bilt30 HR
Office responsible for TAF preparationPeriods of validity
3
TRENDMON-SUN: 0455-2155 (0355-2055)
Trend forecastInterval of issuance
4
Self-briefing; briefing on request from MWO-De Bilt by telephone after self-briefing (see item 10).
Briefing/consultation provided5
Reports, forecasts, charts.English, Dutch.
Flight documentationLanguage(s) used
6
S, P, W, TCharts and other information available for brief-ing or consultation
7
WXR, APTSupplementary equipment available for providinginformation
8
Beek TWR, Beek APPATS units provided with information9
Briefing low level flights (IFR/VFR).Tel: 0900 202 3341
Briefing IFR flights above FL 100.Tel: 0900 202 3343
Briefing balloon flights within Amsterdam FIR.Tel: 0900 202 3340
Note: charge for tel. briefings and consultations is € 0,50/min.1) Weather bulletin (Dutch language) and METARs via Dutch public television
'Teletekst' page 707.
Additional information (limitation of service, etc.)10
EHBK AD 2.12 RUNWAY PHYSICAL CHARACTERISTICS
THR elevation andhighest elevation of TDZof precision APCH RWY
THR co-ordinatesRWY end co-ordinates
THR GUND
Strength (PCN) and sur-face of RWY and SWY
Dimensions ofRWY (m)
True BRGDesignationsRWY NR
654321
365.5 ftINFO not AVBL
50°54'06.61"N005°45'36.18"EINFO not AVBL150 ft
71/F/C/X/TASPH
2500 x 45032.62°03
AIRAC AMDT 03/2013© Air Traffic Control the Netherlands
AD 2.EHBK-3AIP NETHERLANDS07 MAR 2013
THR elevation andhighest elevation of TDZof precision APCH RWY
THR co-ordinatesRWY end co-ordinates
THR GUND
Strength (PCN) and sur-face of RWY and SWY
Dimensions ofRWY (m)
True BRGDesignationsRWY NR
654321
370.7 ftINFO not AVBL
50°55'07.98"N005°46'38.32"EINFO not AVBL150 ft
71/F/C/X/TASPH
2500 x 45212.63°21
OFZStrip dimensions (m)CWY dimensions (m)SWY dimensions(m)
Slope of RWY-SWY
DesignationsRWY NR
11109871
AVBL2870 x 300NANILNot AVBL03
AVBL2870 x 300NANILNot AVBL21
Remarks
12
1. When temperature is 18°C or higher, 180° turn not allowed on RWY 03/21 for ACFT with MTOW >= 50 000 kg.2. Turnpad at THR RWY 03 is only AVBL during UDP for ACFT with MAX wingspan 52 m.3. Jet ACFT doing a 180° turn on turnpad (at runway extremity) must keep power setting below breakaway thrust to avoid damaging
RWY 21 LOC antenna with their jet blast.4. Jet ACFT departing from RWY 03 must not select take-off power until reaching the start position RWY 03 to avoid damaging RWY 21
LOC antenna with their jet blast.
EHBK AD 2.13 DECLARED DISTANCES
RemarksLDA (m)ASDA (m)TODA (m)TORA (m)RWY Designator
654321
DTHR 250 m.250026502500250003
DTHR 250 m.250027502500250021
INTERSECTION TAKE-OFF
RemarksASDA (m)TODA (m)TORA (m)TWYRWY Designator
For determination of the datumline for intersection take-off, seeEHBK AD 2.23 paragraph 1.3.
120010501050W403
221019601960E221
185016001600W3
147512251225W4
EHBK AD 2.14 APPROACH AND RUNWAY LIGHTING
SWY LGTlength,colour
RWY end LGTcolour,WBAR
RWY edge LGTlength,
spacing,colour,INTST
RWY centre lineLGT
length,spacing,colour,INTST
TDZ LGTlength
VASIS(MEHT)
PAPI
THR LGTcolour,WBAR
APCHLGTtype,
length,INTST
RWY Des-ignator
987654321
NILR2500 m60 m2)
LIH
2500 m15 m1)
LIH
NILPAPIleft/3°(66 ft)
G-
CAT I608 mLIH
03
NILR2500 m60 m2)
LIH
2500 m15 m1)
LIH
900 mPAPIleft/3°(67 ft)
G-
CAT III855 mLIH
21
Remarks
101) White from THR to 900 m from RWY-end; white/red from 900 m from RWY-end to 300 m from RWY-end; red from 300 m from RWY-
end to RWY-end.2) Red BTN beginning of RWY pavement and DTHR; white BTN DTHR and 600 m from RWY-end; last 600 m to RWY-end yellow.
© Air Traffic Control the NetherlandsAIRAC AMDT 02/2013
AD 2.EHBK-4 AIP NETHERLANDS07 FEB 2013
EHBK AD 2.15 OTHER LIGHTING, SECONDARY POWER SUPPLY
NILABN/IBN location, characteristics and hours ofoperation
1
NILAnemometers: GEN 3.5 paragraph 3.
LDI location and LGTAnemometer location and LGT
2
Edge lights: all TWYs except TWY T.Centre line: green centre line lights on TWYs behind stop bars (see EHBKAD 2.9) except E2 and W2.
TWY edge and centre line lighting3
AVBL0 seconds.
Secondary power supplySwitch-over time
4
NILRemarks5
EHBK AD 2.17 ATS AIRSPACE
MAASTRICHT CTR:
• In Amsterdam FIR:51°02'00.74"N 005°52'37.81"E;along Dutch-German border to50°54'41.50"N 006°05'06.12"E;50°54'45.26"N 005°58'40.31"E;50°51'24.51"N 005°55'13.17"E;along clockwise arc (radius 6.5 NM, centre 50°54'57.00"N 005°46'37.00"E)to50°48'29.24"N 005°45'37.93"E;50°46'36.93"N 005°43'42.97"E;50°47'24.32"N 005°41'45.81"E;along Dutch-Belgian border to50°59'55.80"N 005°46'01.10"E;51°03'16.99"N 005°49'32.07"E;to point of origin.
• In Brussels FIR:See AIP Belgium.
• In Langen FIR:See AIP Germany.
Designation and lateral limits1
• In Amsterdam FIR and Brussels FIR: GND to 3000 ft AMSL.• In Langen FIR: GND up to and including 3000 ft AMSL.
Vertical limits2
• In Amsterdam FIR and Brussels FIR: C• In Langen FIR: D
Airspace classification3
Beek TowerEnglish
ATS unit call signLanguage(s)
4
IFR: 3000 ft AMSL; VFR: 3500 ft AMSL.Transition altitude5
NILRemarks6
EHBK AD 2.18 ATS COMMUNICATION FACILITIES
RemarksHours of operationChannel/Frequency (MHz)
Call signService designation
54321
TAR.MON-SUN: 0500-2200 (0400-2100)123.975Beek ApproachAPP
278.500
O/R or at ATC discretion.O/R120.200
Primary. VDF, bearingsClass B.
MON-SUN: 0500-2200 (0400-2100)119.475Beek TowerTWR
NIL362.300
Regional Guard. O/R or atATC discretion.
O/R119.700
Start-up control and clear-ance delivery.Pre-flight information.IFR/VFR traffic (incl. train-ing flights).VDF, bearings Class B.
MON-SUN: 0500-2200 (0400-2100)121.825Beek Delivery
NILMON-SUN: 0500-2200 (0400-2100)124.575Maastricht InformationATIS
AIRAC AMDT 06/2013© Air Traffic Control the Netherlands
AD 2.EHBK-5AIP NETHERLANDS30 MAY 2013
RemarksHours of operationChannel/Frequency (MHz)
Call signService designation
54321
Emergency. VDF, bearingsClass B.
As appropriate.121.500As appropriate.-
EHBK AD 2.19 RADIO NAVIGATION AND LANDING AIDS
RemarksElevation of DMEtransmitting an-
tenna
Position of transmit-ting antenna co-ordin-
ates
Hours ofoperation
FrequencyIDType of aid,MAG VAR,
Type of supportedOPS
(VOR/ILS/MLS:declination)
7654321
Designated operational cover-age: 40 NM/FL 250.
300 ft50°58'18.99"N005°57'37.54"E
H24108.600 MHzCH23X
MASVOR/DME(0°E/2010)
Designated operational range:25 NM.
NA51°28'04.27"N005°23'41.50"E
H24397 kHzEHNNDB
Designated operational range:25 NM.
NA50°48'26.36"N005°53'43.66"E
H24383.5 kHzGULNDB
NILNA50°55'19 .41"N005°46'49.91"E
H24111.550 MHzBKZLOC 03ILS CAT I/C/1(0°E/2010)
NIL400 ft50°55'20.63"N005°46'47.19"E
H24CH52YBKZDME 03
NILNA50°54'17.42"N005°45'39.83"E
H24332.750 MHz-GP 03
Designated operational range:15 NM.
NA51°01'09.71"N005°52'42.04"E
H24373 kHzNWL 21
NILNA50°53'56.74"N005°45'26.18"E
H24111.550 MHzBKNLOC 21ILS CAT III/E/4(0°E/2010)
NIL400 ft50°55'20.63"N005°46'47.19"E
H24CH52YBKNDME 21
NILNA50°55'02.11"N005°46'25.09"E
H24332.750 MHz-GP 21
© Air Traffic Control the NetherlandsAIRAC AMDT 05/2013
AD 2.EHBK-6 AIP NETHERLANDS02 MAY 2013
EHBK AD 2.20 LOCAL TRAFFIC REGULATIONS
1 RESTRICTIONS
1. Flights with non noise certificated aircraft are not allowed.2. So called "short approaches" to RWY 21 are not allowed within a distance of 4 NM.3. ATC is not allowed to approve deviations from the SIDs except:
a. In emergency.b. When the aircraft has reached an altitude of 3500 ft AMSL for propeller aircraft and FL 060 for jet aircraft.
4. Flights during night hours 2200-0500 (2100-0400) are not allowed without prior permission from the airport authority.5. Visual approaches are not allowed during night hours 2200-0500 (2100-0400). ATC may allow or offer a visual approach:
a. In case of emergency.b. If no instrument approach is available.c. In exceptional cases to avoid a complicated air traffic flow.
2 TRAINING FLIGHTS
1. Military training flights not allowed.2. Circuit training only allowed MON-FRI (EXC HOL) between 0800-1800 (0700-1700).
Additionally, circuit training for propeller powered aircraft with a MTOW <= 6000 kg, is allowed on MON-FRI (EXC HOL) 1800-2200(1700-2100) after prior permission from airport authority.
3. Local IFR training flights shall file in item 15 the route description: DCT GUL or DCT NW.
3 BANNER TOWING FLIGHTS
Dropping or picking-up banners is not allowed.
4 TAXI PROCEDURES
4.1 Traffic on the apron and taxiways
Before starting their engines pilots shall request start-up clearance from Beek Delivery.
Pilots of aircraft intending to taxi on the taxiways shall obtain a clearance from Beek TWR.
Aircraft not maintaining two-way radio communication and intending to taxi on the apron must obtain prior permission from the airportauthority.
5 GROUND HANDLING
Due to security reasons, handling is compulsory for all non based aircraft at Maastricht Aachen Airport.For handling request general aviation (MTOW <= 4000 kg) contact Air Service Limburg; commercial passengers and cargo (MTOW> 4000 kg) contact Maastricht Handling Services (see EHBK AD 2.23 for contact information).
EHBK AD 2.22 FLIGHT PROCEDURES
1 INSTRUMENT DEPARTURE PROCEDURES MAASTRICHT AACHEN AIRPORT
1.1 Introduction
The instrument departure procedures are based on ICAO Annex 2 and on ICAO Documents 4444-ATM/501 (PANS-ATM), 7030 (SUPPS)and 8168-OPS/611 (PANS-OPS). With respect to procedures extending outside the Maastricht TMA special arrangements have beenmade between Beek APP/TWR and the appropriate German and Belgian ATC units.
1.2 Instrument departure procedures
1.2.1 Start-up permission
Pilots of aircraft must have obtained start-up permission from ATC before starting their engines. A request for start-up shall be made toBeek Delivery after all preparations for departure have been made (doors closed etc.) and shall include:
• aircraft identification (e.g. TRA2345).• position (e.g. opposite tower).• ATIS information (e.g. information "J").• flight rules (e.g. IFR).• destination (e.g. Malaga).• request start-up (request start-up).
Due to the short flying time to the FIR boundary, pilots of aircraft departing direction Belgium and Germany may request start-up permissionbefore all preparations have been made, indicating the time at which they will be ready to start engines: "...... destination ..... ready to startengines at ......".
Permission for start-up will be issued as soon as possible after the request has been made to Beek Delivery. The pilot shall be able tocomply with the start-up and taxi permission, since ATC planning of outbound traffic (involving en route clearance and co-ordination withadjacent ATC units) is based on the start-up time. Any delay in start-up or taxiing shall be immediately reported to ATC. In case of indefinitedelay the probable duration of the delay will be given.
During the hours of the ATIS broadcast no MET information will be issued to departing aircraft except RVR (see EHBK AD 2.18).
AIRAC AMDT 08/12© Air Traffic Control the Netherlands
AD 2.EHBK-7AIP NETHERLANDS26 JUL 2012
1.2.2 En route clearance
1.2.2.1 Contents
The en route clearance will be issued after start-up clearance has been given by Beek Delivery. An en route clearance contains:
a. Clearance limit: airport of destination.b. Standard instrument departure (SID).c. Level instructions if applicable.d. SSR code.e. Departure instructions if applicable.f. CTOT if applicable.
Example of an en route clearance: "TRA2345 cleared to Malaga, OLNO 2A Departure, squawk 0121, CTOT 25".
1.2.2.2 Standard instrument departures
The instrument departure procedures are laid down in standard instrument departures (SIDs). SIDs are designated in accordance withICAO Annex 11. SID designation is composed of the following elements:
• a basic indicator, i.e. a significant point.• a validity indicator, i.e. a number from 1 to 9 indicating the valid version of a specific SID.• a route indicator, i.e. a letter representing the runway where the SID begins.
SIDs are published for RWY 03 and 21.
1.2.2.3 Departure instructions (paragraph 1.2.2.1, item e.)
Instructions containing deviations from the standard instrument departure may be added to the en route or take-off clearance. Theseinstructions may comprise an opposite turn after take-off, maintaining a specified heading or temporary altitude restrictions; they amendthe relevant part of the SID only.
1.2.2.4 General instructions
a. Climb as rapidly as practicable to at least 2000 ft AMSL.b. VOR radial interception angle: in principle 45°. If the indicated angle exceeds 45° initiate turn in due time in order not to overshoot the
radial.
1.2.3 Taxi procedures
Aircraft shall request taxi clearance on the TWR channel (see EHBK AD 2.18).
1.2.4 En route communication
Pilots shall contact the adjacent ATC unit as soon as possible after they have been so instructed by Beek ATC.
1.3 Communication failure
See ENR 1.3.
1.4 SID descriptions
1.4.1 General remarks
• Transition altitude: 3000 ft AMSL.• Pilots of departing aircraft shall remain on the TWR channel until passing 2000 ft AMSL. When passing 2000 ft AMSL pilots shall
change to the APP channel and report the altitude in order for ATC to verify mode C.• Turn radii based on a 25° bank angle.• Radial interception angle: 45°.• The SIDs are based on an average climb rate of 2000 ft/min.• SIDs have to be considered as minimum noise routings which shall be strictly adhered to.• MAX speed below FL 100: 250 KIAS.• Initiate turns in due time in order not to overshoot radials.• RNAV: the Netherlands highly recommends the use of pre-programmed (RNAV) routes. Within the TMAs these RNAV routes shall be
considered as overlays of conventional routes. An RNAV route may result in a different path (vertically: turn altitudes and/or laterally:turn anticipation effects) compared to the conventional route. By making use of the FMS route functionalities, a significant part of thenoise production is shifted to less sensitive noise areas. Therefore, using RNAV will not result in route violations.
The descriptions of the Maastricht Aachen SIDs are extended with additional information intended for database coding only. The SIDsare provided with:
1. EH-waypoints. These points define unnamed intersections, turning points, positions etc.2. Route definition by means of publishing the sequence of relevant waypoints. It is prohibited to code other waypoints.
Furthermore:
• Connect FMS/autopilot as early as possible.• Turn anticipation is mandatory for all waypoints except those which are underlined. These waypoints shall be overflown.• The EH-waypoints shall not be used in RTF procedures.
1.4.2 Specific remarks
1. Pilots unable to comply with the crossing condition 2.5 MAS 250 at or above 3500 ft AMSL, have to inform Beek ATC before departure.The minimum climb gradient of 10.3 percent is required due to glider activities in ATZ Schinveld.
© Air Traffic Control the NetherlandsAIRAC AMDT 04/2013
AD 2.EHBK-8 AIP NETHERLANDS04 APR 2013
2. Pilots unable to comply with the crossing condition ULPEN at FL 060, have to inform Beek ATC before departure. The minimum climbgradient of 5.8 percent (OLNO 2A) or 6.6 percent (OLNO 2B) is required due to the airspace structure.
3. Only for aircraft with destination EHGG, MAX FL 095.4. Only for aircraft with destination EHTW, MAX FL 095.5. Only for aircraft with destination EHAM, MAX FL 075.6. Only for aircraft with destination EDDK.
1.4.3 SIDs RWY 03
RWY 03 (see chart AD 2.EHBK-SID-03)DESIGNATOR[ARINC code]/
specific remarks ap-plicable (see EHBK
AD 2.22 para-graph 1.4.2)
AFTER DEPARTUREROUTE
Climb tomaintain
ContactVerticalLateral(RNAV: sequence of relevant waypoints; see general
remarks in EHBK AD 2.22 paragraph 1.4.1)
FL 060Passing 2000 ftAMSL: Beek APP123.975
Minimum climbgradient 10.3% to3500 ft AMSL.Cross 2.5 MAS250 / EH317 at orabove 3500 ftAMSL;4.7 MAS 028 /PIMIP at FL 060.
Track 032° MAG. At 750 ft AMSL turn right to track 047°MAG to intercept MAS 250 inbound to MAS VOR to in-tercept MAS 028 to NETEX (24.4 MAS).
RNAV: THR 03 / At 750 ft AMSL turn right / EH315 /EH317 / MAS / PIMIP / NETEX
NETEX 1A[NETE1A] /1
FL 060Passing 2000 ftAMSL: Beek APP123.975
Cross 5.6 MAS orEH316 at or above2000 ft AMSL;24.3 NOR / ELBEDat FL 060.
Track 032° MAG. At 750 ft AMSL turn right to track 070°MAG. At 5.6 MAS turn right to track 157° MAG (turn MAX220 KIAS) to intercept NOR 266 inbound to NOR VOR.
RNAV: THR 03 / At 750 ft AMSL turn right / EH316 /EH319 / ELBED / NOR
NORVENICH 1A[NOR1A] /6
FL 060Passing 2000 ftAMSL: Beek APP123.975
Minimum climbgradient 5.8% toFL 060.Cross 5.6 MAS orEH316 at or above2000 ft AMSL;13.1 LNO / ULPENat FL 060.
Track 032° MAG. At 750 ft AMSL turn right to track 070°MAG. At 5.6 MAS turn right to track 157° MAG (turn MAX220 KIAS) to intercept LNO 039 inbound to LNO VOR.
RNAV: THR 03 / At 750 ft AMSL turn right / EH316 /EH318 / ULPEN / LNO
OLNO 2A[LNO2A] /2
FL 060Passing 2000 ftAMSL: Beek APP123.975
Minimum climbgradient 10.3% to3500 ft AMSL.Cross 2.5 MAS250 / EH317 at orabove 3500 ftAMSL;12.8 MAS 352 /OSGOS at FL 060.
Track 032° MAG. At 750 ft AMSL turn right to track 047°MAG to intercept MAS 250 inbound. At 2.5 MAS turn leftto intercept MAS 352 to OSGOS (12.8 MAS).
RNAV: THR 03 / At 750 ft AMSL turn right / EH315 /EH317 / MAS / OSGOS
OSGOS 1A[OSGO1A] /1
FL 060Passing 2000 ftAMSL: Beek APP123.975
Minimum climbgradient 10.3% to3500 ft AMSL.Cross 2.5 MAS250 / EH317 at orabove 3500 ftAMSL;12.8 MAS 352 /OSGOS at FL 060.
Track 032° MAG. At 750 ft AMSL turn right to track 047°MAG to intercept MAS 250 inbound. At 2.5 MAS turn leftto intercept MAS 352 to OSGOS to SOPVI. At SOPVItrack 304° MAG (QDM EHN 304°) to EHN NDB to inter-cept HSD 105 inbound to BREDA (20.7 EHV) to PESER(33.3 EHV).
RNAV: THR 03 / At 750 ft AMSL turn right / EH315 /EH317 / MAS / OSGOS / SOPVI / EHN / BREDA /PESER
PESER 2A[PESE2A] /1, 5
FL 060Passing 2000 ftAMSL: Beek APP123.975
Minimum climbgradient 10.3% to3500 ft AMSL.Cross 2.5 MAS250 / EH317 at orabove 3500 ftAMSL;12.8 MAS 352 /OSGOS at FL 060.
Track 032° MAG. At 750 ft AMSL turn right to track 047°MAG to intercept MAS 250 inbound. At 2.5 MAS turn leftto intercept MAS 352 to OSGOS to SOPVI. At SOPVItrack 358° MAG to RUMER to intercept MAS 355 to in-tercept RKN 248 inbound to RKN VOR.
RNAV: THR 03 / At 750 ft AMSL turn right / EH315 /EH317 / MAS / OSGOS / SOPVI / RUMER / BASGU /RKN
REKKEN 2A[RKN2A] /1, 4
AIRAC AMDT 08/12© Air Traffic Control the Netherlands
AD 2.EHBK-9AIP NETHERLANDS26 JUL 2012
RWY 03 (see chart AD 2.EHBK-SID-03)DESIGNATOR[ARINC code]/
specific remarks ap-plicable (see EHBK
AD 2.22 para-graph 1.4.2)
AFTER DEPARTUREROUTE
Climb tomaintain
ContactVerticalLateral(RNAV: sequence of relevant waypoints; see general
remarks in EHBK AD 2.22 paragraph 1.4.1)
FL 060Passing 2000 ftAMSL: Beek APP123.975
Minimum climbgradient 10.3% to3500 ft AMSL.Cross 2.5 MAS250 / EH317 at orabove 3500 ftAMSL;12.8 MAS 352 /OSGOS at FL 060.
Track 032° MAG. At 750 ft AMSL turn right to track 047°MAG to intercept MAS 250 inbound. At 2.5 MAS turn leftto intercept MAS 352 to OSGOS to SOPVI. At SOPVItrack 358° MAG to RUMER to intercept MAS 355 to in-tercept RKN 248 inbound. At 24.0 RKN turn left to track000° MAG to TENLI (57.2 EEL). Continue track 000°MAG to intercept EEL 213 inbound to VEROR(18.8 EEL).
RNAV: THR 03 / At 750 ft AMSL turn right / EH315 /EH317 / MAS / OSGOS / SOPVI / RUMER / BASGU /EH523 / TENLI / EH521 / VEROR
VEROR 4A[VERO4A] /1, 3
1.4.4 SIDs RWY 21
RWY 21 (see chart AD 2.EHBK-SID-21)DESIGNATOR[ARINC code]/
specific remarks ap-plicable (see EHBK
AD 2.22 para-graph 1.4.2)
AFTER DEPARTUREROUTE
Climb tomaintain
ContactVerticalLateral(RNAV: sequence of relevant waypoints; see general
remarks in EHBK AD 2.22 paragraph 1.4.1)
FL 060Passing 2000 ftAMSL: Beek APP123.975
Cross MAS at orabove FL 045;4.7 MAS 028 /PIMIP at FL 060.
Track 212° MAG. At 9.5 MAS turn left to intercept MAS218 inbound to intercept MAS 028 to NETEX (24.4 MAS).
RNAV: THR 21 / EH320 / MAS / PIMIP / NETEX
NETEX 1B[NETE1B] /-
FL 060Passing 2000 ftAMSL: Beek APP123.975
Cross 24.3 NOR /ELBED at FL 060.
Track 212° MAG. At 9.5 MAS turn left to track 108° MAGto intercept NOR 266 inbound to NOR VOR.
RNAV: THR 21 / EH321 / EH319 / ELBED / NOR
NORVENICH 1B[NOR1B] /6
FL 060Passing 2000 ftAMSL: Beek APP123.975
Minimum climbgradient 6.6% toFL 060.Cross 13.1 LNO /ULPEN at FL 060.
Track 212° MAG. At 9.5 MAS turn left to track 108° MAG.At LNO 028 turn right to intercept LNO 039 inbound toLNO VOR.
RNAV: THR 21 / EH321 / EH323 / ULPEN / LNO
OLNO 2B[LNO2B] /2
FL 060Passing 2000 ftAMSL: Beek APP123.975
Cross MAS at orabove FL 045;12.8 MAS 352 /OSGOS at FL 060.
Track 212° MAG. At 9.5 MAS turn left to intercept MAS218 inbound to intercept MAS 352 to OSGOS(12.8 MAS).
RNAV: THR 21 / EH320 / MAS / OSGOS
OSGOS 1B[OSGO1B] /-
FL 060Passing 2000 ftAMSL: Beek APP123.975
Cross MAS at orabove FL 045;12.8 MAS 352 /OSGOS at FL 060.
Track 212° MAG. At 9.5 MAS turn left to intercept MAS218 inbound to intercept MAS 352 to OSGOS to SOPVI.At SOPVI track 304° MAG (QDM EHN 304°) to EHNNDB to intercept HSD 105 inbound to BREDA(20.7 EHV) to PESER (33.3 EHV).
RNAV: THR 21 / EH320 / MAS / OSGOS / SOPVI /EHN / BREDA / PESER
PESER 2B[PESE2B] /5
FL 060Passing 2000 ftAMSL: Beek APP123.975
Cross MAS at orabove FL 045;12.8 MAS 352 /OSGOS at FL 060.
Track 212° MAG. At 9.5 MAS turn left to intercept MAS218 inbound to intercept MAS 352 to OSGOS to SOPVI.At SOPVI track 358° MAG to RUMER to intercept MAS355 to intercept RKN 248 inbound to RKN VOR.
RNAV: THR 21 / EH320 / MAS / OSGOS / SOPVI /RUMER / BASGU / RKN
REKKEN 2B[RKN2B] /4
FL 060Passing 2000 ftAMSL: Beek APP123.975
Cross MAS at orabove FL 045;12.8 MAS 352 /OSGOS at FL 060.
Track 212° MAG. At 9.5 MAS turn left to intercept MAS218 inbound to intercept MAS 352 to OSGOS to SOPVI.At SOPVI track 358° MAG to RUMER to intercept MAS355 to intercept RKN 248 inbound. At 24.0 RKN turn leftto track 000° MAG to TENLI (57.2 EEL). Continue track000° MAG to intercept EEL 213 inbound to VEROR(18.8 EEL).
RNAV: THR 21 / EH320 / MAS / OSGOS / SOPVI /RUMER / BASGU / EH523 / TENLI / EH521 / VEROR
VEROR 4B[VERO4B] /3
2 INSTRUMENT APPROACH PROCEDURES MAASTRICHT AACHEN AIRPORT
2.1 Introduction
The arrival, instrument approach and holding procedures are based on ICAO Annex 2 and on ICAO Documents 4444-ATM/501 (PANS-ATM),7030 (SUPPS) and 8168-OPS/611 (PANS-OPS). During initial and intermediate approach to Maastricht Aachen Airport radar services
© Air Traffic Control the NetherlandsAIRAC AMDT 08/12
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may be provided by Beek APP. With respect to procedures extending outside the Maastricht TMA special arrangements have been madebetween Beek APP/TWR and the appropriate German and Belgian ATC units.
2.1.1 Specific remarks
1. OSGOS STAR only for departures within Amsterdam FIR.2. TENLI STAR only for departures from EHTW.3. RUMER STAR only for departures from EHGG.4. MODRU STAR only for departures from EDLN.
2.2 Arrival
2.2.1 Inbound clearance
Upon initial contact at or before entering the TMA, Beek APP will issue an inbound clearance containing:
a. Standard arrival route (STAR, see AD 2.EHBK-STAR.1 and AD 2.EHBK-STAR.2).b. Level (flight level or altitude).c. Approach instructions (see paragraph 2.3.2).d. Expected approach time (EAT), when a delay of 30 minutes or more is expected.
2.3 Initial approach
2.3.1 Holding and entry procedures
Holding and entry procedures and the calculations of the associated protected areas are in accordance with PANS-OPS Volume II, part 4.Since separation is based on the calculated areas, compliance with these in-flight procedures is essential.
2.3.2 Approach instructions
Approach instructions are included in the inbound clearance issued on initial contact (see paragraph 2.2.1). Approach instructions willcontain as applicable:
a. Additional instructions with respect to clearance limit, route and level.b. Approach procedure.c. Runway in use1).d. EAT, if holding procedures are applied.e. QNH.f. Transition level1).g. MET information1).h. Runway condition1).1) during the hours of ATIS broadcast (see EHBK AD 2.18), item may be omitted as far as it is included in the ATIS broadcast.
2.4 Intermediate approach
2.4.1 RNAV approach procedures
Special approaches based on RNAV can be initiated by ATC in order to reduce noise nuisance, fuel consumption, and to provide flexibleand efficient ATC dispatch.
2.4.2 General
The RNAV operations in the Maastricht TMA are developed in accordance with ICAO PANS-OPS criteria with the following safeguards:
• The RNAV section of the inbound route is situated above the initial segment of the initial approach procedure above MSA/MFA/MRVA.• The RNAV part is complete on entering the intermediate segment in which ILS-LOC interception takes place.• The operations are strictly radar monitored by ATC.
2.4.2.1 RNAV approach procedures
On initiative of ATC, aircraft may be instructed to intercept the ILS via an RNAV initial approach segment. Clearances and altitudes:
• These approaches start at a RNAV waypoint provided with a pronounceable five-letter designator.• The RNAV procedures provide a lateral route onto the final approach.• Altitudes and IAS will be as instructed by ATC.• The approach clearance includes clearance to execute the ILS approach and intercept the glide path from the last instructed altitude.• At ATC discretion only.
Further details are published in paragraph 2.8.2 and on the relevant instrument approach charts.
2.4.2.2 Aircraft requirements
• P-RNAV in line with TGL-10 is an advantage but is not yet explicitly required.• P-RNAV equipment shall be certified to TGL Nos. 2 (rev. 1), 3 (rev. 1) or 10.• The navigation system shall make use of a database in which the fixed route structure is stored in advance and available to the pilot
during flight.• The navigation equipment must be capable of applying turn anticipation at fly-by waypoints.• The navigation equipment must be capable of handling fly-by as well as fly-over waypoints in a mixed sequence.
2.4.2.3 Non-RNAV equipped aircraft
Aircraft unable to met the mentioned requirements shall react with the phraseology "UNABLE RNAV" if instructed to fly RNAV approachprocedures. These aircraft will be guided by radar vectors or rerouted via conventional navigation aids.
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2.5 Final approach
2.5.1 Final approach procedure
In principle the final approach will be conducted on the ILS of the main landing runway.
2.5.2 Instrument approaches
Instrument approaches to RWY 03 and 21 can be made with the assistance of ILS/DME or NDB/DME.
2.5.3 ILS operations
2.5.3.1 Clearances
ATC will apply safeguards and procedures for ILS operations in relation to weather conditions to facilitate CAT I, CAT II and CAT IIIoperations. However, it will be applied irrespective of the actual category of operations flown, which is on pilot's decision. As a consequencethe approach clearance provided by ATC is based on traffic only. During the approach pilots will be informed of:
• any known unserviceabilities of aids and/or downgrading when applicable.• significant changes in surface wind (speed and direction).• changes in RVR.
2.5.3.2 Practice ILS approaches
Pilots who wish to practise ILS CAT II or CAT III approaches have to request this on initial contact with Beek APP using the phrase:"Request practice CAT II or CAT III approach".
2.5.4 Approach angle RWY 21
Due to damage on the ground caused by aircraft on short final RWY 21, it is emphasized that no instrument and/or visual approach shallbe made at an angle less than the ILS glide path or less than 5.2% (3.0 DEG) if no ILS is available.
2.5.5 Visual approach
A visual approach will only be allowed or offered if the visibility is at least 5 km and the cloud base at least 1500 ft AMSL. To minimizenoise nuisance aircraft executing a visual approach shall intercept the final approach leg at an altitude of at least 1400 ft AMSL, unlessresidential areas can be avoided. Visual approaches during night hours are not allowed, see EHBK AD 2.20 paragraph 1.
2.5.6 Circling approach
For each available landing runway at Maastricht Aachen Airport a circling approach may be allowed or offered. For OCA (OCH) see relevantinstrument approach chart AD 2.EHBK-IAC-xx.x.
2.6 Missed approach procedure
2.6.1 General
All turns shall be the shortest turn and in case of a 180° turn that turn shall be to the left, unless otherwise specified below or instructedby ATC.
2.6.2 Missed approach procedure during instrument approach
See relevant instrument approach chart AD 2.EHBK-IAC-xx.x.
2.6.3 Missed approach procedure during visual approach
Turn to the intended landing runway, intercept the runway track MAG of that runway while:
a. When visual:
• remain visual and inform ATC or
b. When unable to remain visual:
• climb to 2000 ft AMSL and inform ATC.
2.6.4 Missed approach while circling to land
Note: This procedure is different from ICAO Doc 8168 Volume I (PANS-OPS).
• Inform ATC immediately.• Start climbing and complete the turn to the intended landing
runway (see figure).• Intercept the MAG track of that runway while climbing to
2000 ft AMSL.
2.7 Communication failure
2.7.1 General
The pilot of an IFR flight shall follow the general procedures for IFR flights (see ENR 1.3 paragraph "Communication Failure"). In addition,for arriving flights, the following communication failure procedures apply.
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2.7.2 Inbound clearance not received
• Proceed according the current flight plan to locator NW.• Maintain the last cleared and acknowledged flight level.• After arrival over locator NW, intercept the holding pattern.• Commence descent to 3000 ft AMSL (transition altitude) as near as possible to the ETO over locator NW.• After reaching 3000 ft AMSL leave locator NW and carry out an instrument approach procedure to the received and acknowledged
runway, or to the landing runway according ATIS (see AD 2.EHBK-IAC-xx.x).
2.7.3 Inbound clearance received
2.7.3.1 Traffic via standard arrival route
• Proceed according the current flight plan to locator NW.• Maintain the last cleared and acknowledged flight level.• After arrival over locator NW, intercept the holding pattern.• Commence descent to 3000 ft AMSL (transition altitude), if applicable, at the EAT last received and acknowledged.• When no EAT has been received and acknowledged, commence descent to 3000 ft AMSL at or as near as possible to the ETO over
locator NW.• After reaching 3000 ft AMSL leave locator NW and carry out an instrument approach procedure to the assigned runway, or to the landing
runway according ATIS (see AD 2.EHBK-IAC-xx.x).
2.7.3.2 Traffic outside standard arrival route
• Proceed to locator NW along the route specified in the inbound clearance.• Maintain the last cleared and acknowledged flight level.• After arrival over locator NW, intercept the holding pattern.• Commence descent to 3000 ft AMSL (transition altitude), if applicable.• After reaching 3000 ft AMSL leave locator NW and carry out an instrument approach procedure to the assigned runway, or to the landing
runway according ATIS (see AD 2.EHBK-IAC-xx.x).
2.7.3.3 Traffic on a transition
a. With clearance for approach, execute the cleared approach.b. Without clearance for approach:
• Maintain the last cleared and acknowledged flight level.
1. RWY 03:
• BAXIM, BOBMO, MODRU and OLNO transition: proceed direct to locator NW.• OSGOS and RUMER transition: proceed to BOGRU, at or after BOGRU direct to locator NW.
2. RWY 21, all transitions: continue on transition via BOGRU to locator NW.
• After arrival over locator NW, intercept the holding pattern.• Commence descent to 3000 ft AMSL (transition altitude), if applicable.• After reaching 3000 ft AMSL, leave the holding and carry out an instrument approach procedure to the runway concerned (see
AD 2.EHBK-IAC-xx.x).
2.7.3.4 Traffic vectored to final approach
• Maintain the last cleared and acknowledged level or climb to 3000 ft AMSL (minimum flight altitude), if applicable.• Proceed to the locator NW.• When over locator NW descend in the holding to 3000 ft AMSL (transition altitude), if applicable.• After reaching 3000 ft AMSL leave the holding fix and carry out an instrument approach procedure to the assigned runway or to
the landing runway according ATIS (see AD 2.EHBK-IAC-xx.x).
2.7.4 Missed approach procedure in case of communication failure
2.7.4.1 General
All turns shall be the shortest turn and in case of a 180° turn that turn shall be to the left, unless otherwise specified below or instructedby ATC.
2.7.4.2 Missed approach procedure during instrument approach
See relevant instrument approach chart AD 2.EHBK-IAC-xx.x.
2.7.4.3 Missed approach procedure during visual approach
Turn to the intended landing runway, intercept the runway track MAG of that runway while:
a. When visual:
• remain visual and execute another circuit for that runway or
b. When unable to remain visual:
• climb to 3000 ft AMSL.• when passing 2300 ft AMSL start the shortest climbing turn to locator NW.• cross locator NW at 3000 ft AMSL and hold or execute an instrument approach procedure as depicted on the relevant instrument
approach chart AD 2.EHBK-IAC-xx.x.
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AD 2.EHBK-13AIP NETHERLANDS28 JUN 2012
2.7.4.4 Missed approach while circling to land
Note: This procedure is different from ICAO Doc 8168 Volume I (PANS-OPS).
• Start climbing and complete the turn to the intended landingrunway (see figure).
• Intercept the MAG track of that runway while climbing to3000 ft AMSL.
• When passing 2300 ft AMSL start the shortest climbing turnto locator NW.
• Cross locator NW at 3000 ft AMSL and hold or execute theinstrument approach procedure again.
2.8 Instrument approach descriptions
2.8.1 General remarks
• Between the IAF and interception of final approach navigation is based on radar vectors provided by ATC, except in case of an RNAVprocedure.
• Both ILS systems are not equipped with markers.
2.8.2 RNAV procedures
(see also EHBK AD 2.22 paragraph 2.4)
Navigation in the initial and intermediate approach segment is primarily based on radar vectors provided by ATC. However RNAV approachesto the main landing runways are available. The use of RNAV approaches is at ATC discretion and ILS/DME must be available.
In order to minimise noise nuisance on the ground the so-called transitions have been developed through which low-noise continuousdescents can be executed. The transitions provide lateral guidance only. The transitions begin at BAXIM, BOBMO, MODRU, OLNO,OSGOS or RUMER. Altitude and speed will be as instructed by ATC. For various positions along the route, minimum altitudes and fixedspeeds are given on the instrument approach charts which must be respected. A published speed shall be reached at or before the positionwhere the speed value applies.
The example of ATC instruction "Cleared for BOGRU approach RWY 21" implies clearance to fly the published route and ILS approachto the relevant runway. In this case the pilot is free to optimise the vertical and/or speed profile.
2.8.3 Instrument approach segments
Note: for positions of EH waypoints see relevant instrument approach charts.1) Depends upon the RNAV system. Final segment is the only place in the procedure where a CF coding may be used.2) The use of this EH waypoint depends on the RNAV system used.
2.8.3.1 BEMTI 1A approach RWY 03
Track (MAG)/Distance(NM) to next WPT
Speed(KIAS)
Altitude (ft AMSL)TurnFlyover
Path terminat-or
Function in ap-proach
WPTDesignator
304° / 4.9+3000IFBEMTIBEMTI
032° / 1.6210RTFIFEH302
032° / 1.81800TFFAFEH303
Additional information final approach and initial missed approach
032° / 2.6TF (CF)1)2)EH310
032°ELEV 365.5YTF (CF)1)MAPtTHR 03
2000FMInitial missed ap-proach
2.8.3.2 BAXIM 1A transition RWY 03
Track (MAG)/Distance(NM) to next WPT
Speed(KIAS)
Altitude (ft AMSL)TurnFlyover
Path terminat-or
Function in ap-proach
WPTDesignator
225° / 10.3ATCIFIAFBAXIMBAXIM
213° / 4.7+3500LTFEH309
304° / 5.0+3000RTFBERIR
032° / 1.6210RTFIFEH302
032° / 1.81800TFFAPEH303
Additional information final approach and initial missed approach
032° / 2.6TF (CF)1)2)EH310
032°ELEV 365.5YTF (CF)1)THR 03
2000FMInitial missed ap-proach
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AD 2.EHBK-14 AIP NETHERLANDS26 JUL 2012
2.8.3.3 BOBMO 1A transition RWY 03
Track (MAG)/Distance(NM) to next WPT
Speed(KIAS)
Altitude (ft AMSL)TurnFlyover
Path terminat-or
Function in ap-proach
WPTDesignator
198° / 17.4ATCIFIAFBOBMOBOBMO
213° / 4.7+3500RTFEH309
304° / 5.0+3000RTFBERIR
032° / 1.6210RTFIFEH302
032° / 1.81800TFFAPEH303
Additional information final approach and initial missed approach
032° / 2.6TF (CF)1)2)EH310
032°ELEV 365.5YTF (CF)1)THR 03
2000FMInitial missed ap-proach
2.8.3.4 MODRU 1A transition RWY 03
Track (MAG)/Distance(NM) to next WPT
Speed(KIAS)
Altitude (ft AMSL)TurnFlyover
Path terminat-or
Function in ap-proach
WPTDesignator
219° / 14.1ATCIFIAFMODRUMODRU
213° / 4.7+3500LTFEH309
304° / 5.0+3000RTFBERIR
032° / 1.6210RTFIFEH302
032° / 1.81800TFFAPEH303
Additional information final approach and initial missed approach
032° / 2.6TF (CF)1)2)EH310
032°ELEV 365.5YTF (CF)1)THR 03
2000FMInitial missed ap-proach
2.8.3.5 OLNO 1A transition RWY 03
Track (MAG)/Distance(NM) to next WPT
Speed(KIAS)
Altitude (ft AMSL)TurnFlyover
Path terminat-or
Function in ap-proach
WPTDesignator
014° / 11.5ATCIFOLNOOLNO
304° / 5.0+3000LTFIAFBERIR
032° / 1.6210RTFIFEH302
032° / 1.81800TFFAPEH303
Additional information final approach and initial missed approach
032° / 2.6TF (CF)1)2)EH310
032°ELEV 365.5YTF (CF)1)THR 03
2000FMInitial missed ap-proach
2.8.3.6 OSGOS 1A transition RWY 03
Track (MAG)/Distance(NM) to next WPT
Speed(KIAS)
Altitude (ft AMSL)TurnFlyover
Path terminat-or
Function in ap-proach
WPTDesignator
181° / 7.9RIFIAFOSGOSOSGOS
189° / 13.1RTFBOGRU
213° / 4.7+3500RTFEH309
304° / 5.0+3000RTFBERIR
032° / 1.6210RTFIFEH302
032° / 1.81800TFFAPEH303
Additional information final approach and initial missed approach
032° / 2.6TF (CF)1)2)EH310
032°ELEV 365.5YTF (CF)1)THR 03
2000FMInitial missed ap-proach
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2.8.3.7 RUMER 2A transition RWY 03
Track (MAG)/Distance(NM) to next WPT
Speed(KIAS)
Altitude (ft AMSL)TurnFlyover
Path terminat-or
Function in ap-proach
WPTDesignator
178° / 22.3ATCRIFIAFRUMERRUMER
172° / 4.0LTFSOPVI
181° / 7.9RTFOSGOS
189° / 13.1RTFBOGRU
213° / 4.7+3500RTFEH309
304° / 5.0+3000RTFBERIR
032° / 1.6210RTFIFEH302
032° / 1.81800TFFAPEH303
Additional information final approach and initial missed approach
032° / 2.6TF (CF)1)2)EH310
032°ELEV 365.5YTF (CF)1)THR 03
2000FMInitial missed ap-proach
2.8.3.8 BAXIM 1B transition RWY 21
Track (MAG)/Distance(NM) to next WPT
Speed(KIAS)
Altitude (ft AMSL)TurnFlyover
Path terminat-or
Function in ap-proach
WPTDesignator
333° / 4.0ATCIFIAFBAXIMBAXIM
302° / 3.9+4000LTFEH305
212° / 3.0210LTFIFBOGRU
212° / 2.32500TFFAPEH306
Additional information final approach and initial missed approach
212° / 4.2TF (CF)1)2)EH311
212°ELEV 370.7YTF (CF)1)THR 21
2000FMInitial missed ap-proach
2.8.3.9 BOBMO 1B transition RWY 21
Track (MAG)/Distance(NM) to next WPT
Speed(KIAS)
Altitude (ft AMSL)TurnFlyover
Path terminat-or
Function in ap-proach
WPTDesignator
221° / 4.8ATCIFIAFBOBMOBOBMO
212° / 3.0210LTFIFBOGRU
212° / 2.32500TFFAPEH306
Additional information final approach and initial missed approach
212° / 4.2TF (CF)1)2)EH311
212°ELEV 370.7YTF (CF)1)THR 21
2000FMInitial missed ap-proach
2.8.3.10 MODRU 1B transition RWY 21
Track (MAG)/Distance(NM) to next WPT
Speed(KIAS)
Altitude (ft AMSL)TurnFlyover
Path terminat-or
Function in ap-proach
WPTDesignator
287° / 7.0ATCIFIAFMODRUMODRU
212° / 3.0210LTFIFBOGRU
212° / 2.32500TFFAPEH306
Additional information final approach and initial missed approach
212° / 4.2TF (CF)1)2)EH311
212°ELEV 370.7YTF (CF)1)THR 21
2000FMInitial missed ap-proach
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2.8.3.11 OLNO 1B transition RWY 21
Track (MAG)/Distance(NM) to next WPT
Speed(KIAS)
Altitude (ft AMSL)TurnFlyover
Path terminat-or
Function in ap-proach
WPTDesignator
014° / 11.5ATCIFOLNOOLNO
029° / 16.8RTFIAFBERIR
302° / 3.9+4000LTFEH305
212° / 3.0210LTFIFBOGRU
212° / 2.32500TFFAPEH306
Additional information final approach and initial missed approach
212° / 4.2TF (CF)1)2)EH311
212°ELEV 370.7YTF (CF)1)THR 21
2000FMInitial missed ap-proach
2.8.3.12 OSGOS 1B transition RWY 21
Track (MAG)/Distance(NM) to next WPT
Speed(KIAS)
Altitude (ft AMSL)TurnFlyover
Path terminat-or
Function in ap-proach
WPTDesignator
181° / 7.9ATCIFIAFOSGOSOSGOS
212° / 3.0210LTFIFBOGRU
212° / 2.32500TFFAPEH306
Additional information final approach and initial missed approach
212° / 4.2TF (CF)1)2)EH311
212°ELEV 370.7YTF (CF)1)THR 21
2000FMInitial missed ap-proach
2.8.3.13 RUMER 2B transition RWY 21
Track (MAG)/Distance(NM) to next WPT
Speed(KIAS)
Altitude (ft AMSL)TurnFlyover
Path terminat-or
Function in ap-proach
WPTDesignator
178° / 22.3ATCRIFIAFRUMERRUMER
172° / 4.0LTFSOPVI
181° / 7.9RTFOSGOS
212° / 3.0210LTFIFBOGRU
212° / 2.32500TFFAPEH306
Additional information final approach and initial missed approach
212° / 4.2TF (CF)1)2)EH311
212°ELEV 370.7YTF (CF)1)THR 21
2000FMInitial missed ap-proach
3 LOW VISIBILITY PROCEDURES
During periods of limited visibility the overall ATC capacity is reduced. To guarantee aircraft safety and optimal use of ATC capacity,Maastricht Aachen Airport uses ATC low visibility procedures. These procedures are based on ICAO DOC 9476/1 (Surface MovementGuidance and Control Manual) and ECAC DOC 17 (Ground operations in limited visibility conditions).
The ATC low visibility procedures are categorised in four phases (A, B, C and D), that are based on visibility or RVR values and cloudbase.
LimitsPhase
550 m <= visibility <= 2000 m (or 550 m <= RVR <= 1500 m) and/or200 ft <= cloud base <= 300 ft(Lowest RVR of landing runway in use)
A
350 m <= RVR < 550 m and/or cloud base < 200 ft(Lowest RVR of landing runway in use)
B
200 m <= RVR < 350 m(Lowest RVR of landing runway in use)
C
RVR < 200 m(Lowest RVR of landing runway in use)
D
The ATC low visibility procedures become effective when the general visibility equals or drops below 2000 m or when the lowest RVR ofthe landing runway in use equals or drops below 1500 m and/or the cloud base is equal to or less than 300 ft. First, the minimum separationfor arriving aircraft and the departure interval will be increased. Next, runway use will be restricted.
Pilots should not request start-up permission unless the RVR values for the take-off runway are above the take-off limits for the flight. Pilotsshould be informed about the RVR minima that apply to their flight, so that they can readily respond to requests about these minima.
If the runway stop bars are out of service, additional restrictions apply.
AIRAC AMDT 08/12© Air Traffic Control the Netherlands
AD 2.EHBK-17AIP NETHERLANDS26 JUL 2012
During LVP all runway entries and runway crossings are safeguarded by switchable (remote controlled) or fixed stop bars (seeAD 2.EHBK-ADC). Crossing of activated stop bars is prohibited. Traffic may proceed only after ATC clearance and when the stop barlights are switched off (ICAO Annex 2).
4 VFR FLIGHT PROCEDURES AND REGULATIONS
Note: for visual approach chart and visual traffic circuits see AD 2.EHBK-VAC.1 and AD 2.EHBK-VAC.2
4.1 General
1. All VFR flights within the Maastricht CTR and the Maastricht TMA 1 and 2 shall submit a flight plan (see ENR 1.10).2. Flying within the Maastricht CTR and the Maastricht TMA 1 and 2 is restricted to aircraft maintaining two-way radio communication with
Beek ATC, unless prior permission from Beek ATC has been obtained. Such permission will only be given in extraordinary cases.3. Prior permission is required from Beek APP for all VFR operations in Maastricht TMA 1 and 2.4. Prior permission is required from Beek TWR for all VFR operations in the Maastricht CTR.5. VFR flights to and from Maastricht Aachen airport shall be carried out via the approach/departure routes unless otherwise instructed
by ATC or when approved by ATC on pilot's request.6. Noise abatement has been included in the procedures.7. Built-up areas shall be avoided as much as possible.8. Marked areas shall be avoided.9. Schinveld ATZ is situated within the Maastricht CTR, for detailed information see ENR 5.1.10.Schinveld sector B (situated within the Maastricht CTR) will during set time period subject to local agreement be used by motorised
local participants exempted from the mandatory transponder usage. VFR flights within the CTR may be instructed to stay outsidethe Schinveld sector B.
11.ILS areas: VFR flights within the CTR may be instructed by ATC to stay clear of the specified ILS area. The ILS areas are indicated onthe chart.
12.VFR traffic instructed by Beek ATC to squawk a specific SSR transponder code, shall maintain this squawk within the lateral limits ofMaastricht TMA 1 and 2.
13.VFR traffic following the Albert canal shall respect the Maastricht CTR boundary and contact Beek TWR for an entry clearance.14.Under the part of the Liège TMA Two in the Amsterdam FIR, FIS is provided by Brussels Information 126.900.
Note: pilots operating outside the CTR should avoid crossing the final approach area of the instrument RWY 21 at altitudes at or nearthe initial approach altitude (3000 ft AMSL).
Note: pilots are urgently requested not to execute VFR flights in the vicinity of the published instrument arrival and departure routeswithin the Maastricht TMA, which are published in EHBK AD 2.24.
4.2 Visual departure procedures for light aircraft
1. Pilots must have obtained start-up clearance from ATC before starting engines. A request for start-up shall be made to Beek Delivery;clearance for start-up will either be issued immediately or at a specified time depending on traffic. A request for start-up shall include:
• aircraft identification and type (e.g. PHGON Cessna 172).• position (e.g. hangar 1).• ATIS information (e.g. information "P").• flight rules (e.g. VFR).• destination (e.g. Rotterdam).• request start-up (request start-up).
2. Taxiing on taxiways: pilots of aircraft intending to taxi on the taxiways shall obtain a clearance from Beek TWR.3. Taxiing on the apron: aircraft not maintaining two-way communication and intending to taxi on the apron must obtain prior permission
from the airport authority.4. Departing aircraft shall climb as soon as possible and do not turn before passing the departure end of the runway.5. Leave the CTR via an indicated route at 1300 ft AMSL.
BRAVO DepartureRWY 03 After take-off turn left towards the canal and follow the VFR route to SIERRA and BRAVO.
After take-off turn left and follow the VFR route via GOLF to ECHO. Do not report over GOLFunless otherwise instructed by ATC.
ECHO Departure
After take-off turn right to follow the high tension line to HOTEL, then continue the route to UNI-FORM.
UNIFORM Departure
After take-off turn right and follow the VFR route via GOLF to BRAVO. Do not report over GOLFunless otherwise instructed by ATC.
BRAVO DepartureRWY 21
After take-off turn right towards the canal and follow the VFR route to INDIA and ECHO.ECHO Departure
After take-off turn left and follow the VFR route via ROMEO to UNIFORM. Do not report overROMEO unless otherwise instructed by ATC.
UNIFORM Departure
4.3 Visual approach procedures for light aircraft
1. Contact Beek TWR in time for an entry clearance for the CTR.2. Enter the CTR at 1800 ft AMSL and maintain this altitude, proceed via an indicated VFR route (BRAVO, ECHO or UNIFORM) unless
otherwise instructed.3. Pilots may be instructed to hold over the points SIERRA, HOTEL or INDIA.4. Join the circuit as instructed by ATC.5. In case of a missed approach climb straight ahead to 1300 ft AMSL and inform ATC.
4.4 Visual traffic circuits
4.4.1 Visual traffic circuits for single-engine propeller aircraft (MTOW < 2000 kg)
1. RWY 03: righthand circuit at 1300 ft AMSL.
© Air Traffic Control the NetherlandsAIRAC AMDT 09/2013
AD 2.EHBK-18 AIP NETHERLANDS22 AUG 2013
2. RWY 21: lefthand circuit at 1300 ft AMSL.
Note: western traffic circuit must be avoided as much as possible due to noise abatement; for traffic reasons pilots may be instructedto fly a western circuit.
4.4.2 Visual traffic circuits for small jets (MTOW < 5700 kg) and multi-engine propeller aircraft
1. RWY 03: righthand circuit at 1800 ft AMSL.2. RWY 21: lefthand circuit at 1800 ft AMSL.
4.5 Communication failure procedures
4.5.1 General
Select SSR code 7600.
4.5.2 VFR outbound
In case of communication failure adhere to the departure instructions if the departure instructions contain a clearance limit in the CTR, actin accordance with paragraph 4.5.4.
4.5.3 VFR inbound
4.5.3.1 Via BRAVO and ECHO Arrival
a. In case of communication failure before joining the circuit leave the CTR according to the BRAVO or ECHO Departure and divert to anappropriate aerodrome.
b. In case of communication failure over or after a position from where to join the circuit (this is past the compulsory reporting point GOLF)execute a circuit for the last received and acknowledged runway as short as practicable. Make a full stop landing and vacate as soonas possible. In case of go around execute a similar circuit (be aware of the fact that your flight path could interfere with the flight pathof other aerodrome traffic).
4.5.3.2 Via UNIFORM Arrival
a. In case of communication failure before joining the circuit leave the CTR according to the UNIFORM Departure and divert to anappropriate aerodrome.
b. In case of communication failure over or after a position from where to join the circuit (this is past compulsory reporting point ROMEO)act in accordance with paragraph 4.5.3.1 item b.
4.5.3.3 Via a different route to the aerodrome
a. In case of communication failure before joining the circuit act in accordance with paragraph 4.5.4.b. In case of communication failure over or after a position from where to join the circuit act in accordance with paragraph 4.5.3.1 item b.
4.5.4 VFR crossing the CTR
In case of communication failure leave the CTR via the shortest route, maintain altitude until outside the CTR, do not cross runway centrelines or the ILS areas of RWYs 03 and 21 and proceed to an appropriate aerodrome.
EHBK AD 2.23 ADDITIONAL INFORMATION
1 CAUTIONS AND ADDITIONAL INFORMATION
1.1 Determination of datum line for start position take-off RWY 03
The loss of runway length due to alignment of the aircraft prior to take-off shall be taken into account for the calculation of the aircraft'stake-off weight.
1.2 Runway turnpad
A runway turnpad is situated at the threshold RWY 03 and at the end of RWY 21.
A. The turnpad at the threshold RWY 03 shall be used:
AIRAC AMDT 08/2013© Air Traffic Control the Netherlands
AD 2.EHBK-19AIP NETHERLANDS25 JUL 2013
• during UDP;• aircraft with MAX wingspan 52 m.;• when LVP are not in operation;• in case of rejected take-off RWY 21;• after landing RWY 21.
The turnpad at the threshold RWY 03 is marked by a yellow guidance line and blue edge lights outside the edge of the turnpad. In thearea of the turnpad, the edge of the runway is equipped with white inset edge lights.
B. The turnpad at the end of RWY 21 shall be used (with power setting below breakaway thrust) in case of:
• rejected take-off RWY 21 and missing the turnpad at threshold RWY 03;• rejected take-off RWY 21 and preferring this turnpad to the turnpad at threshold RWY 03;• landing RWY 21 and preferring this turnpad to the turnpad at threshold RWY 03;• full length take-off RWY 03.
The turnpad at the end of RWY 21 is marked by a yellow guidance line, unidirectional green centre line lights and blue edge lightsoutside the edge of the turnpad. In the area of the turnpad, the edge of the runway is equipped with white inset edge lights.
1.3 Determination of datum line for intersection take-off
The datum line from which the reduced runway declared distances for take-off should be determined is defined by the intersection of thedownwind edge of the specific TWY with the runway edge. The loss of runway length due to alignment of the aircraft prior to take-off shallbe taken into account by the operators for the calculation of the aircraft's take-off weight (Annex 6, Part 1, paragraph 5.2.8).
2 GROUND HANDLING COMPANIES
1. Commercial passengers and cargo
Post: Maastricht Handling Services B.V.Vliegveldweg 906199 AD Maastricht Airport
Tel: +31 (0)43 358 9710Fax: +31 (0)43 358 9955Email: [email protected]: MSTAPXH
Note: Maastricht Handling 131.750.
2. General aviation (ACFT MTOW <= 4000 kg)
• Operational hours: DLY 0500-0800 (0400-0700) and 1700-2300 (1600-2200).Post: Maastricht Aachen Airport B.V.
Airport OperationsVliegveldweg 906199 AD Maastricht Airport
Tel: +31 (0)43 358 9750Fax: +31 (0)43 358 9977Email: [email protected]
Note: Beek Authority 131.500.
• Operational hours: DLY 0800-1700 (0700-1600).Post: Air Service Limburg
Horsterweg 276199 AC Maastricht Airport
Tel: +31 (0)43 364 6949Fax: +31 (0)43 365 6602Email: [email protected]
Note: ASL Dispatch 131.600.
© Air Traffic Control the NetherlandsAIRAC AMDT 08/2013
AD 2.EHBK-20 AIP NETHERLANDS25 JUL 2013
EHBK AD 2.24 CHARTS RELATED TO AN AERODROME
PageType of chart
AD 2.EHBK-ADCAerodrome chart
AD 2.EHBK-APDCAircraft parking / docking chart
AD 2.EHBK-AOC-03-21Aerodrome obstacle chart type A RWY 03/21
AD 2.EHBK-PATC-21Precision approach terrain chart RWY 21
AD 2.EHBK-SID-OVERVIEWStandard instrument departure chart
AD 2.EHBK-SID-03Standard instrument departure chart RWY 03
AD 2.EHBK-SID-21Standard instrument departure chart RWY 21
AD 2.EHBK-STAR.1Standard arrival chart
AD 2.EHBK-STAR.2Standard arrival chart
AD 2.EHBK-IAC-03.1Instrument approach chart RWY 03 ILS/DME and BEMTI approach
AD 2.EHBK-IAC-03.2Instrument approach chart RWY 03 BAXIM, BOBMO, MODRU, OLNO,RUMER and OSGOS RNAV transitions ILS/DME
AD 2.EHBK-IAC-03.3Instrument approach chart RWY 03 NDB/DME and BEMTI approach
AD 2.EHBK-IAC-21.1Instrument approach chart RWY 21 ILS/DME
AD 2.EHBK-IAC-21.2Instrument approach chart RWY 21 BAXIM, BOBMO, MODRU, OLNO,RUMER and OSGOS RNAV transitions ILS/DME
AD 2.EHBK-IAC-21.3Instrument approach chart RWY 21 NDB/DME
AD 2.EHBK-VAC.1Visual approach chart
AD 2.EHBK-VAC.2Visual approach chart VFR traffic circuits
AIRAC AMDT 05/11© Air Traffic Control the Netherlands
AD 2.EHBK-21AIP NETHERLANDS05 MAY 2011
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0 100 200 300 400
0 500 1000
500
1500
metres
feet
VA
R 0° E
(2010)
ANNUAL RATEOF CHANGE 8’ E
SCALE 1 : 12 500
INSETSSCALE 1 : 7 500
INSET
332.750332.750GPGP
TWRTWR472472
LOCLOC
RWY
03/2
1 2
500
x 45
m
RWY
03/2
1 2
500
x 45
m
PAPIPAPI
VDFVDF119.475119.475119.700119.700121.500121.500123.975123.975
CeilometerCeilometer
E2E2 TT
WW
W3W3
W4W4
WW
basinbasinbasinbasin
basinbasin
BKN 111.550BKN 111.550
LOCLOCBKZ 111.550BKZ 111.550
332.750332.750GPGP
0303
2121
ARPARP50°54’57’’N50°54’57’’N005°46’37’’E005°46’37’’E
E1E1
W1W1
Test run siteTest run site
Fire test siteFire test site
PAPIPAPI
AnemometerAnemometer
AnemometerAnemometer
PRECISION APPROACHLIGHTING SYSTEM
CAT I
2500m2500m
2500m2500m
SeeSeeNote 3Note 3
SeeSeeNote 2Note 2
PRECISION APPROACHLIGHTING SYSTEM
CAT I/II/III
EE
E1E1
W1W1
EE332.750332.750
GPGP
E2E2
WW
W3W3
W4W4
SeeSeeNote 1Note 1
DO
NO
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DO
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DO N
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DO N
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Car
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Car
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A - A
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B - A
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N
B - A
PRO
N
C -
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N
C -
APRO
N
S - APRON
S - APRON
DTHR 250 mDTHR 250 mELEV 366 ftELEV 366 ftGUND 150 ftGUND 150 ft
DTHR 250 mDTHR 250 mELEV 371 ftELEV 371 ftGUND 150 ftGUND 150 ft
BEEKBEEK
50°55’21’’N50°55’21’’N/ CH52/ CH52YY005°46’47’’E005°46’47’’E
400400
(111.55)(111.55)/ BKN & BKZ/ BKN & BKZ
2870
x 3
00 m
2870
x 3
00 m
RWYRWYTHRTHR
005°45’36.18’’E005°45’36.18’’E
005°46’38.32’’E005°46’38.32’’E
COORDINATESCOORDINATESSURFACESURFACE
ASPHASPH
ASPHASPH
PHYSICAL CHARACTERISTICSPHYSICAL CHARACTERISTICSBEARINGBEARING
STRENGTHSTRENGTHDIRECTIONDIRECTION
GEOGEO
0303
2121
PCN 71/F/C/X/TPCN 71/F/C/X/T
PCN 71/F/C/X/TPCN 71/F/C/X/T
LEGEND
ACL: APRON 375
AD 2.EHBK-ADC
AD ELEV 375 ft AMSL
MAASTRICHT AACHEN AIRPORTAERODROME CHART
50°54’06.61’’N50°54’06.61’’NStart position RWY 03(White dashed transverse marking)See EHBK AD 2.23.
NOTES :
2.
3.
RWY HOLDING POSITION MARKING, PATTERN A
RWY HOLDING POSITION MARKING, PATTERN B
H24 FIXED STOPBAR
H24 SWITCHABLE STOPBAR
( )
W3
W3
W4
W4
W1
W1
W2W2
E1E1
E2E2
BUILDING
TAXIWAY NAME
TAXIWAY (with taxiline) / APRON / PLATFORM
WATER
ROAD
HOTSPOTHOTSPOT
Turnpad RWY 03For jet ACFT: powersettingbelow breakaway thrust.
SeeNote 3 See
Note 2
1. For TWY W a wingspan restrictionof 45 metres is applicable.
TAXIWAY LIGHT BIDIRECTIONAL (GREEN)
TAXIWAY/TURNPAD LIGHT UNIDIRECTIONAL (GREEN)
TAXIWAY LIGHT UNIDIRECTIONAL (YELLOW)( )
CAUTION:CAUTION:DO NOT CROSSDO NOT CROSSTHE HOLDING POSITIONTHE HOLDING POSITIONMARKINGS WITHOUTMARKINGS WITHOUTA CLEARANCE.A CLEARANCE.
032.62°032.62°
212.63°212.63°
© Air Traffic Control the Netherlands
AIP NETHERLANDS
ELEVATIONS IN FEET AMSLELEVATIONS IN FEET AMSL
InformationInformation
TWR 119.475 BeekTWR 119.475 Beek362.300 Tower362.300 Tower
ATIS 124.575 MaastrichtATIS 124.575 Maastricht
50°55’07.98’’N50°55’07.98’’N
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07 FEB 2013
AIRAC AMDT 02/2013
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AIP NETHERLANDS 28 JUN 12AD 2.EHBK-APDC
W1
E1
W see note
E2
E
ARP
005°46’37’’E50°54’57’’N
T
W3
W4
B- APRON
TWR
50°55’24’’N
50°55’12’’
50°55’06’’
50°55’00’’
50°54’54’’
50°54’48’’
50°54’42’’
50°54’36’’
50°54’24’’N
50°55’18’’
50°55’24’’N
50°55’12’’
50°55’06’’
50°55’00’’
50°54’54’’
50°54’48’’
50°54’42’’
50°54’36’’
50°54’24’’N
50°55’18’’
50°54’30’’50°54’30’’
005°46’00’’E 005°47’00’’E
005°46’00’’E 005°47’00’’E
7
1
2
3
4
12
3
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5
6 7
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005°46’06’’ 005°46’12’’ 005°46’18’’ 005°46’24’’ 005°46’30’’ 005°46’36’’ 005°46’42’’ 005°46’48’’ 005°46’54’’
5A
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AIRAC AMDT 07/12
DO
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AIRPORT AUTHORITY
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MAASTRICHT AACHENAIRCRAFT PARKING / DOCKING CHART
CH
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For TWY W a wingspan restrictionof 45 metres is applicable.
NOTE:
N
© Air Traffic Control the Netherlands
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0 30 3
21 21
3550
3550
3250
3250
2950
2950
FURTHER NO FURTHER NOOBSTRUCTIONS OBSTRUCTIONS
100
100
110
110
120
120
130
130
00
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x 4
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45
....
....
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1.2%
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111.39 111.39
112.48 112.48
111.53 111.53
112.80 112.80
113.24 113.24
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FURTHER NOFURTHER NOOBSTRUCTIONSOBSTRUCTIONS
100
100
110
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120
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130
130
140
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00
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111.21 111.21
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0 30 3
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28 JUN 1228 JUN 12
AIRAC AMDT 07/12AIRAC AMDT 07/12© Air Traffic Control the Netherlands© Air Traffic Control the Netherlands
MAASTRICHT RWY 03 - 21MAASTRICHT RWY 03 - 21AIP NETHERLANDSAIP NETHERLANDS AERODROME OBSTACLE CHART TYPE AAERODROME OBSTACLE CHART TYPE A
AD 2.EHBK-AOC-03-21AD 2.EHBK-AOC-03-21
140
140
150
150
160
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AS
PH
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77
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MA
GN
ETI
C V
AR
IATI
ON
: 0°
E -
2010
MA
GN
ETI
C V
AR
IATI
ON
: 0°
E -
2010
DIR
EC
TIO
NS
AR
E M
AG
NE
TIC
DIR
EC
TIO
NS
AR
E M
AG
NE
TIC
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PRECISION APPROACH TERRAIN CHART (PATC)AIP NETHERLANDS
900
800
700
600
500
400
300
200
100
0
AD 2.EHBK-PATC-21
© Air Traffic Control the Netherlands
SU
RV
EY
ING
AG
EN
CY
: M
aast
richt
-Aac
hen
Airp
ort
PO
LE, T
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ER
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AP
PR
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CH
LIG
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03050
FEET
40 20 10 -10
-20
-30
20 10 -10
-20
-30
120
100
2550
7515
017
512
522
525
027
532
535
037
5
0
3050 40
425
450
475
525
550
575
625
650
675
725
750
775
825
850
875
-5051015
METRES
25303540 20
6090 80 70100
110
120
130
ELE
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370.
7
-9
21
VE
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CA
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CO
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OF
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ES
AN
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VA
TIO
NS
IN F
EE
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TE O
F S
UR
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Y :
JUN
07
CH
AN
GE
: pro
file
grid
, edi
toria
l.
AIRAC AMDT 09/2013
22 AUG 2013
RD
H: 5
0 ft
60
70
90
80
110
130
MAASTRICHT/ Maastricht Aachen RWY 21
HE
IGH
TS IN
FE
ET
ABO
VE R
UN
WAY
TH
RE
SH
OLD
ELE
VATI
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ON
3.0
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DE
SLO
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033°
8
16
068°
285°
21
20
068°
VEROR
PESER
355°
086°
13
See EHGG STARs
See EHAM STARs
358°
304°
000°
32
000°
14
REKKEN
18
NÖRVENICH
OLNO
OSGOS NETEX
24
BASGU56.6 MAS 355.4
RKN 248
EEL
213
24.0 RKN
HSD 105
EHBK
EHGG
EELDE112.400
53°09’50’’N/ CH71X/ EEL
006°40’00’’E0
EINDHOVEN51°28’04’’N
/ EHN - 397005°23’42’’E
MA
S 355
SCHIPHOL108.400
52°19’56’’N/ CH21X
/ SPL
004°45’00’’E0
REKKEN116.800
52°08’00’’N/ CH115X
/ RKN
006°45’50’’E100
OLNO112.800
50°35’09’’N/ CH75X/ LNO
005°42’37’’E900
/ MASMAASTRICHT108.600
50°58’19’’N/ CH23X005°57’38’’E
300
EHR
GNDFL360
3-3D
EHRFL 065
9
GND
VEROR
RUMER39.1 MAS 355.4
NÖRVENICH /
50°50’26’’NCH.109
NOR
006°41’39’’EX116.2 /
OSGOS
SOPVI
2AEHFL
R195
GND
ULPEN
ELBED
PIMIP
NETEXEINDHOVEN(117.200)
51°26’53’’N/ CH119X
/ EHV
005°22’30’’E100
BREDA20.7 EHVHSD 104.6
HAAMSTEDE114.150
51°43’22’’N
/ HSD
003°51’29’’E
PESER33.3 EHV
RIVER EH523
EH52127.2 EEL 212.7
AMSTERDAM FIR
BRUSSELS FIR
LOND
ON F
IRAM
STER
DAM
FIR
AMST
ERDA
M F
IR
BREM
EN F
IR
AMSTERDAM FIR
LANGEN FIR
TENLI57.2 EEL 195.1
see AD 2.EHBK-SID-03 and AD 2.EHBK-SID-21
1AEHFL
R195
GND
AIP NETHERLANDSMAASTRICHT / AACHEN
STANDARD DEPARTURE CHART-INSTRUMENT
EH521 52°47’02’’N 006°15’24’’EEH523 52°00’34’’N 006°14’50’’E
1.2.3.
AD 2.EHBK-SID-OVERVIEW
© Air Traffic Control the Netherlands
NOTES:NOTES:
APP 123.975(TAR)
Beek Approach
TWR
119.700
119.475
Reg. Guard
ATIS 124.575 Maastricht Information
121.500 General Emergency
128.350 Dutch MIL outside OPR HR
Beek Tower
AIRAC AMDT 07/12
3300
280°
2600
014°
2100
054°
MSA BASED ON MAS VOR/DME
51°N
52°N
53°N
03°E 04°E 05°E 06°E 07°E
18.8 EEL 212.7
28 JUN 12
In general turn anticipation is mandatory.Below FL 100: MAX speed 250 KIAS.EH-waypoints:a. The purpose of the so-called EH-points is to define
unnamed intersections, turning points, positionsand so on and to establish tracks in between.
b. EH-waypoints must be considered as an aid fordatabase coding only.
c. EH-waypoints shall not be used in RTF procedures.
DISTANCES IN NM
DIRECTIONS ARE MAGNETICALTITUDES IN FEET
ATS ROUTESID ROUTE AS DESCRIBED
AVERAGE VAR 0°E (2010)
SID ROUTE
DME SPY 23.1 NMVOR SPY RADIAL 304.2
23.1 SPY 304.2
0
0
km 105
2 5 10 20
20 30
SCALE 1 : 1 750 000
NM
40
15 30
50 60
25
TRANSITION LEVEL BY ATCTRANSITION ALTITUDE: 3000 ft AMSL
Detailed information concerning ATS-ROUTES andWPTs see ENR 3, 4 and 6.
G E R M A N Y
B E L G I U M
CH
AN
GE
: M
AG
VA
R 2
010,
WP
T an
d s
ymb
ols
, EH
R 1
A,
2A a
nd 9
ad
ded
, EH
R3
limit,
ed
itoria
l.
Page intentionally left blank.
FL 060
FL 060
OLNO112.800
50°35’09’’N/ CH75X/ LNO
005°42’37’’E900
GULL50°48’26’’N
/ GUL - 383.5005°53’44’’E
21
03
EH315
MAASTRICHT108.600
50°58’19’’N/ CH23X
/ MAS
005°57’38’’E300EH317
2.5 MAS 2503500 AMSL
EH3162000 AMSL
5.6 MAS
MAX220 KIAS
MAS 250
EH318
EH319
OLNO 2A
LNO
039
13
ULPEN13.1 LNO 038.7
FL 060
ELBED24.3 NOR 266.4
NOR 266
24
NORVENICH 1A
PIMIP4.7 MAS 028.3
NETEX 1A
NETEX24.4 MAS 028.3
MAS
028
SCHINVELD
047°
3
22
157°9
2
4
5
20
MA
S 352
13
4
OSGOS 1A
OSGOS12.8 MAS 352.0FL 060
SOPVIMAS16.8 352.0
PESER 2A
358°
22
REKKEN 2A
VEROR 4A304°23
EH315 50°56’15’’N 005°48’30’’E
EH319 50°48’50’’N 005°56’46’’E
AMSTERDAM FIRBRUSSELS FIR
AMST
ERDA
M FI
RLA
NGEN
FIR
BRUSSELSFIR
LANGENFIR
CH109 XNÖRVENICH VORTAC
NOR - 116.2 /
EINDHOVEN NDBEHN - 397 39.1 MAS 355.4
RUMER
At750 ftAMSL
L51°01’10’’N
/ NW - 373005°52’42’’E
THR 03 50°54’07’’N 005°45’36’’E
2
0
0NM
km
2 1
SCALE 1 : 450 000
5 10
2 4 6 8
2015
10
5
© Air Traffic Control the Netherlands
AD 2.EHBK-SID-0328 JUN 12
MAASTRICHT AACHEN RWY 03STANDARD DEPARTURE CHART-INSTRUMENTAIP NETHERLANDS
GENERAL
COMMUNICATION FAILURE : see EHBK AD 2.22.
EH316 50°56’55’’N 005°51’27’’EEH317 50°57’29’’N 005°53’54’’EEH318 50°47’05’’N 005°57’56’’E
2100
054°
2600
014°
3300
280°
MSA BASED ON MAS VOR/DME
AIRAC AMDT 07/12
CH
AN
GE
: M
AG
VA
R 2
010,
WP
T an
d s
ymb
ols,
ed
itoria
l.
28 JUN 12
MAXIMUM SPEED : Below FL 100: MAX 250 KIAS.
APP 123.975(TAR)
Beek Approach
Information
TWR
119.700
119.475
Reg. Guard
ATIS 124.575 Maastricht
121.500 General Emergency
Beek Tower
121.825 Beek Delivery
TRANSITION ALTITUDE : 3000 ft AMSL
B E L G I U M
G E R M A N Y
51°10’
50°50’
50°40’N
51°20’N
51°00’
5°30’5°20’E 5°40’ 5°50’ 6°00’ 6°10’ 6°20’E
SIDSID ATC DISCRETIONVOR RADIALBEARING
23.1 SPY 304.2 DME SPY 23.1 NMVOR SPY RADIAL 304.2
DISTANCES IN NMALTITUDES IN FEETDIRECTIONS ARE MAGNETIC
AVERAGE VAR 0° E (2010)
Page intentionally left blank.
FL 060
FL 060
GULL50°48’26’’N
/ GUL - 383.5005°53’44’’E
21
03
MAASTRICHT108.600
50°58’19’’N/ CH23X
/ MAS
005°57’38’’E300
EH319
LNO
039
13
ULPEN13.1 LNO 038.7
FL 060
ELBED24.3 NOR 266.4
NOR 266
24
PIMIP4.7 MAS 028.3
NETEX24.4 MAS 028.3
MAS
028
SCHINVELD
108°
4
5
20
MA
S 352
134
OSGOS12.8 MAS 352.0FL 060
SOPVIMAS16.8 352.0
358°
22
304°23
EH320 50°53’21’’N 005°44’50’’E
AMSTERDAM FIR
BRUSSELS FIR
AMST
ERDA
M FI
RLA
NGEN
FIR
BRUSSELS FIR
LANGEN FIR
CH109XNÖRVENICH VORTAC
NOR - 116.2 /
EINDHOVEN NDBEHN - 397 39.1 MAS 355.4
RUMER
212°
MAS
218
EH321
EH3209.5 MAS
10001000
11651165
1000100011781178
14441444
10001000
15001500
21652165
15001500
2000
2000
19091909
1500
1500
1000
1000
REKKEN 2B
VEROR 4B
NETEX 1B
NORVENICH 1B
OLNO 2B
OSGOS 1B
PESER 2B
FL 045L
51°01’10’’N/ NW - 373
005°52’42’’E
LNO
028
OLNO112.800
50°35’09’’N/ CH75X/ LNO
005°42’37’’E900
THR 21 50°55’08’’N 005°46’38’’E
EH323
EH319 50°48’50’’N 005°56’46’’E
0
0NM
km
2 1
SCALE 1 : 450 000
5 10
2 4 6 8
2015
10
5
© Air Traffic Control the Netherlands
AD 2.EHBK-SID-2120 SEP 12
MAASTRICHT AACHEN RWY 21STANDARD DEPARTURE CHART-INSTRUMENTAIP NETHERLANDS
GENERAL
COMMUNICATION FAILURE : see EHBK AD 2.22.
EH321 50°51’41’’N 005°43’09’’EEH323 50°48’16’’N 005°59’28’’E
AIRAC AMDT 10/12
MAXIMUM SPEED : Below FL 100: MAX 250 KIAS.
APP 123.975(TAR)
Beek Approach
Information
TWR
119.700
119.475
ATIS 124.575 Maastricht
121.500 General Emergency
Beek Tower
121.825 Beek Delivery
TRANSITION ALTITUDE : 3000 ft AMSL
B E L G I U M
G E R M A N Y
51°10’
50°50’
50°40’N
51°20’N
51°00’
5°30’5°20’E 5°40’ 5°50’ 6°00’ 6°10’ 6°20’E
2100
054°
2600
014°
3300
280°
MSA BASED ON MAS VOR/DME
SIDSID ATC DISCRETIONVOR RADIALBEARING
23.1 SPY 304.2 DME SPY 23.1 NMVOR SPY RADIAL 304.2
DISTANCES IN NMALTITUDES IN FEETDIRECTIONS ARE MAGNETIC
AVERAGE VAR 0° E (2010)
CH
AN
GE
: W
ayp
oint
s, e
dito
rial.
Page intentionally left blank.
248°
16
18175°
See EHRD SIDs
See EHTW SIDs
See EDLN SIDs
IAF
OLNO
MODRU
RUMER
TENLI
See EHGG SIDs
NÖRVENICH
NETEX
178°
OSGOS
See EHLE SIDs
14180°
213°
8
See EHAM SIDs
32180°
P57
P57
V33
V33
P57
AMSTERDAM FIR
BRUSSELS FIR
AMSTERDAM FIR
LOND
ON F
IRAM
STER
DAM
FIR
AMST
ERDA
M F
IR
BREM
EN F
IR21
NÖRVENICH /
50°50’26’’NCH.109
NOR
006°41’39’’EX
LEKKO
INKET
RUMER
BASGU36.4 RKN 248.4
03
RKN 248
EHGG
EHAM
see AD 2.EHBK-STAR.2 up to AD 2.EHBK-IAC-21.3
116.2 /
39.1 MAS 355.4
14.4 RTM 131.531.1 SPL 178.6
EDLN
24.6 SPL178.6
LANGEN FIR
EHLE
TOTNA
EHR
GNDFL360
3-3D
EHRFL 065
9
GND
R 1AEH
GNDFL 195
2AEHFL
R195
GND
EELDE112.400
53°09’50’’N/ CH71X/ EEL
006°40’00’’E0
LOPIK27.9 SPL 149.8
EINDHOVEN51°28’04’’N
/ EHN - 397005°23’42’’E
MA
S 355
TWN -TWENTHE /52°16’05’’N
335.5006°52’34’’E
EEL
213
VEROR
SCHIPHOL108.400
52°19’56’’N/ CH21X
/ SPL
004°45’00’’E0
EHRD
ROTTERDAM110.400
51°58’25’’N/ CH41X
/ RTM
004°28’51’’E0
REKKEN116.800
52°08’00’’N/ CH115X
/ RKN
006°45’50’’E100
OSGOS
OLNO112.800
50°35’09’’N/ CH75X/ LNO
005°42’37’’E900
/ MASMAASTRICHT108.600
50°58’19’’N/ CH23X005°57’38’’E
300
L51°01’10’’N
/ NW - 373005°52’42’’E
BEMTI
MODRU
BAXIM
SOPVI
NETEX
TENLI57.2 EEL 195.1
EH52127.2 EEL 212.7
EH523
BOBMO
EH307
EHEH
EHTW
AIP NETHERLANDS
51°N
52°N
53°N
MAASTRICHT / AACHENSTANDARD ARRIVAL CHART-INSTRUMENT
EH521 52°47’02’’N 006°15’24’’EEH523 52°00’34’’N 006°14’50’’E
EH307 51°04’38’’N 005°56’18’’E
© Air Traffic Control the Netherlands
AD 2.EHBK-STAR.1
03°E 04°E 05°E 06°E 07°E
Detailed information concerningATS-ROUTES and WPTs see ENR 3, 4 and 6
APP 123.975(TAR)
Beek Approach
TWR
119.700
119.475
Reg. Guard
ATIS 124.575 Maastricht Information
121.500 General Emergency
128.350 Dutch MIL outside OPR HR
Beek Tower
1.2.3.
4.5.
AIRAC AMDT 07/12
28 JUN 12
18.8 EEL 212.7
3300
280°
2600
014°
2100
054°
MSA BASED ON MAS VOR/DME
TRANSITION LEVEL BY ATCTRANSITION ALTITUDE: 3000 ft AMSL
NOTES:In general turn anticipation is mandatory.Below FL 100: MAX speed 250 KIAS.EH-waypoints:a. The purpose of the so-called EH-points is to define
unnamed intersections, turning points, positionsand so on and to establish tracks in between.
b. EH-waypoints must be considered as an aid fordatabase coding only.
c. EH-waypoints shall not be used in RTF procedures.HOLDING (incl. ENTRY) PROCEDURES: Standard ICAO.For OSGOS, TENLI, RUMER and MODRU STAR restrictionssee EHBK 2.22 paragraph 2.1.1.
0
0
km 105
2 5 10 20
20 30
SCALE 1 : 1 750 000
NM
40
15 30
50 60
25
B E L G I U M
G E R M A N Y
CH
AN
GE
: M
AG
VA
R 2
010,
WP
T an
d sy
mbo
ls, E
HR
1A
, 2A
and
9 a
dded
, EH
R 3
lim
it, e
dito
rial.
DISTANCES IN NM
DIRECTIONS ARE MAGNETICALTITUDES IN FEET
ATS ROUTESID ROUTE AS DESCRIBED
AVERAGE VAR 0°E (2010)
DME SPY 23.1 NMVOR SPY RADIAL 304.2
23.1 SPY 304.2
STAR
Page intentionally left blank.
032°
1 min3000
IAF
013°
12
MAX 220KIAS
312°
4
3
285°
NORVENICH 1M
26
MODRU 1M
218°
172°
240°
6
17
7
6178°
22
TENLI 2MRUMER 2M
OLNO 1M
013°
15
4
OSGOS 1M
NETEX 1M
P57
MAASTRICHT108.600
50°58’19’’N/ CH23X
/ MAS
005°57’38’’E300
OLNO112.800
50°35’09’’N/ CH75X/ LNO
005°42’37’’E900
BEMTI11.5 LNO 013.5
21
03
GULL50°48’26’’N
/ GUL - 383.5005°53’44’’E
L51°01’10’’N
/ NW - 373005°52’42’’E
EH307
BOBMO8.6 MAS 008.8
BAXIM3.4 MAS 105.1
MODRU5.6 MAS 060.4
NETEX24.4 MAS 028.3
FROM MÖNCHENGLA
DBACH
SEE RELE
VANT SID
S
8.0 MAS
MA
S 352
MAS 105
VORTACCH109NOR- X
NÖRVENICHQ
DM
NW
212°
116.200 /
RUMER39.1 MAS 355.4
NDBEHN - 397EINDHOVEN
TERD
AM FI
RLA
NGEN
FIR
AMSTERDAM FIR
AMS
BRUSSELS FIR
FIR
LANGEN
FIRSELS
BRUS
10001000
1500
1000
2000
1500
1000
1000
1165
1178
1444 2165
1909
1500
LNO
013
SOPVI16.8 MAS 352.0
OSGOS12.8 MAS 352.0
51°10’
50°50’
50°40’N
51°20’N
51°00’
5°30’5°20’E 5°40’ 5°50’ 6°00’ 6°10’ 6°20’E
© Air Traffic Control the Netherlands AIRAC AMDT 07/12
AD 2.EHBK-STAR.228 JUN 12AIP NETHERLANDS
MAASTRICHT AACHENSTANDARD ARRIVAL CHART-INSTRUMENT
0
0NM
km
2 1
SCALE 1 : 450 000
5 10
2 4 6 8
2015
10
5
TRANSITION LEVEL BY ATCTRANSITION ALTITUDE : 3000 ft AMSL
B E L G I U M
G E R M A N Y
GENERAL
COMMUNICATION FAILURE :See EHBK AD 2.22 and the relevantinstrument approach chart.
EH307 51°04’38’’N 005°56’18’’E
ICAO STAR DESIGNATORS ANDCORRESPONDING ARINC 424 CODES
MODRU 1M [MODR1M]NETEX 1M [NETE1M]
[NOR1M]OLNO 1M [LNO 1M]
RUMER 2M [RUME2M]TENLI 2M [TENL2M]
OSGOS 1M
NORVENICH 1M
NOTES:
[OSGO1M]
1. HOLDING (incl. ENTRY) PROCEDURES:Standard ICAO.
2. For OSGOS, TENLI, RUMER andMODRU STAR restrictions seeEHBK 2.22 paragraph 2.1.1.
MAXIMUM SPEED :Below FL 100: MAX 250 KIAS.
HOLDING PROCEDURES :Entry standard ICAO.MAX holding speed 220 KIAS.
DISTANCES IN NM
DIRECTIONS ARE MAGNETICALTITUDES IN FEET
ATS ROUTESID ROUTE AS DESCRIBED
AVERAGE VAR 0°E (2010)
DME SPY 23.1 NMVOR SPY RADIAL 304.2
23.1 SPY 304.2
2100
054°
2600
014°
3300
280°
MSA BASED ON MAS VOR/DME
APP 123.975(TAR)
Beek Approach
TWR
119.700
119.475
Reg. Guard
ATIS 124.575 Maastricht Information
121.500 General Emergency
128.350 Dutch MIL outside OPR HR
Beek Tower
Detailed information concerningATS-ROUTES and WPTs see ENR 3, 4 and 6
CH
AN
GE
: M
AG
VA
R 2
010,
WP
T an
d s
ymb
ols
, ed
itoria
l.
STAR
Page intentionally left blank.
G
032°
1 min3000
AMST
ERDA
M FI
R
BRUS
SELS
FIR
032°
BEMTI 1A APPROACHATC DISCRETION
212°
AMST
ERDA
M F
IR
SCHINVELD
LANG
EN F
IR
304°4.9
12.3 MAS2000 AMSL
BEMTI3000 AMSL
751
657
925
10001000
10 NM
B E L G I U MB E L G I U MG E R M A N YG E R M A N Y
8.5 MAS3000 AMSL
MAS
219
184°
MAS
219
IFEH302
7.4 BKZ(14.2 MAS)
MAX 210 KIAS
MAPtTHR 031.4 BKZ(8.7 MAS)
770
640
614
617 591
591
L51°01’10’’N
/ NW - 373005°52’42’’E
MAASTRICHT108.600
50°58’19’’N/ CH23X
/ MAS
005°57’38’’E300
GULL50°48’26’’N
/ GUL - 383.5005°53’44’’E
GASCOMPRESSOR
STATIONAvoid overflying
below 1000 ft AGL
FAF / EH3035.8 BKZ(12.7 MAS)1800 AMSLGP INOP
EH3104.0 BKZ(11.0 MAS)
942
DME BKZ
IAF
MAX 220 KIAS
BEARINGS ARE MAGNETICDISTANCES IN NMALTITUDES AND ELEVATIONSIN FEET
SCALE 1 : 250 000
0
0NM
km 5 105
2 42 1
60 80 100 120 140 160 180
128.350 Dutch MIL outside OPR HR
APP 123.975(TAR)
TWR 119.475
121.500
119.700
ATIS 124.575General Emergency
LOC 111.550 BKZCH52YDME BKZ
NOTES:
TAKE-OFF
LANDING
DAY:
DAY:NA
NIGHT:
NIGHT:NA
CEILING AND VISIBILITY MINIMA
(OCH)OCA ELEV THR 03: 365.5 ft
3300
280°
2600
014°
2100
054°
MSA BASED ON MAS VOR/DME
TRANSITION ALTITUDE 3000 ft AMSL
235
032°
DIST RELATED TO BKZ DME
2103
BKZ
910
1545
5.8
TRANSITION LEVEL BY ATC
032°590
1.47.4
A
B
C
D
ACFTCAT Press Alt
(148)
(168)
CIRCLING
890
940
1170
(520)
(570)
(800)
720 (360)
GP INOPMAPt: THR
513
523 (158)
533
EH302 50°49’08’’N 005°40’35’’EEH303 50°50’27’’N 005°41’54’’EEH310 50°51’58’’N 005°43’26’’E
INSTRUMENT APPROACH CHARTAIP NETHERLANDSAD 2.EHBK-IAC-03.1MAASTRICHT AACHEN
18 OCT 12and BEMTI 1AAPPROACH
CAUTION:Notice the short distance between the IF and the FAFavailable for LOC-course interception.
IFEH302
7.4 BKZ
(178)
© Air Traffic Control the Netherlands
GS IN KT
VERTICAL SPEED
RWY 03
CAT I
AIRAC AMDT 11/12
320 ft/min 425 ft/min 530 ft/min 635 ft/min 745 ft/min 850 ft/min 955 ft/min
THR ELEV 366
AD ELEV 375
EH3104.0 BKZ
MNM 1230AMSL
GP INOP
1. Missed approach:- Track 032° MAG and climb to 2000 ft AMSL.- Inform ATC.
2. Missed approach in case of communication failure:- Track 032° MAG to L-NW and climb to 3000 ft AMSL;- Cross L-NW at 3000 ft AMSL and execute
the instrument approach procedure again.
543
510
3.0° (5.2%)
D (188)553L
VA
R 0° E
(2010)
0 NM
0 NM4.0
1. Navigation in the initial and intermediate approach segmentis primarily based on rader vectors provided by ATC.
2. Given speeds are mandatory.3. The approach via BEMTI only at ATC discretion
(see page EHBK AD 2.22 paragraph 2.8).
4. Given EH points beyond the FAF must be considered to besupplementary information.
5. DME BKZ reads 1.4 at THR 03.6. Execution of the complete procedure via L-NW depicted
by at ATC discretion or in case of COM-failure.
332.750GP
ILS CAT I / DMEGP INOP
DO NOT DESCEND BELOW THE DESCENT PROFILE
ILS RDH 50 ft
THR 03 50°54’07’’N 005°45’36’’E
MAPt: THR1.4 BKZGP INOP
51°00’N
50°50’N
5°40’E 5°50’ 6°00’ 6°10’E
FAFEH303
5.8 BKZ1800 AMSL
GP INOP
Beek Approach
Beek Tower
Maastricht Information
CH
AN
GE
: obs
tacl
e ad
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edi
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G
032°
1 min3000
AMSTERDAM FIRBRUSSELS FIR
178°
032°
770
640
591
591
479
751
489
574
400
657
630416
SCHINVELD
AMSTERDAM FIR
AMSTERDAM FIRBRUSSELS FIR
BOGRU
BUDEL
AMSTERDAM FIR
LANGEN FIR
THR 03
1.4 BKZ
SOPVI
16.8 MAS 352.0
925
1000
1000
10001000
10
00
10
00
1500
1500
10 NM
10 N
M
B E L G I U MB E L G I U M
G E R M A N YG E R M A N Y
MAX 220 KIAS
EH309
3500 AMSL
IF
EH302
7.4 BKZ
MAX 210 KIAS
EH310
4.0 BKZ
L
51°01’10’’N
/ NW - 373
005°52’42’’E
MAASTRICHT
108.600
50°58’19’’N
/ CH23X
/ MAS
005°57’38’’E
300
GULL
50°48’26’’N
/ GUL - 383.5
005°53’44’’E
STERKSEL
617
FAP
EH303
5.8 BKZ
1800 AMSL
FROM
RUMER (IAF)
22.3
172°
4.0
181°
7.9
OSGOS (IAF)
12.8 MAS 352.0
BOBMO
(IAF)
MODRU
(IAF)
BAXIM
(IAF)
GASCOMPRESSOR
STATIONAvoid overflying
below 1000 ft AGL
189°
13.1
198°
17.4
219°
14.1
225°
10.3
213°
4.7
304°5.0
014°
11.5
FROM OLNO
VOR/DME
BERIR (IAF)
3000 AMSL
RUMER 2ATRANSITION
OSGOS 1ATRANSITION
BOBMO 1ATRANSITION
MODRU 1ATRANSITION
BAXIM 1ATRANSITION
OLNO 1ATRANSITION
942
DME BKZ
554
554
BEARINGS ARE MAGNETICDISTANCES IN NMALTITUDES AND ELEVATIONSIN FEET
0
0NM
km
2 1
SCALE 1 : 450 000
5 10
2 4 6 8
2015
10
5
5°20’E 5°30’ 5°40’ 5°50’ 6°00’ 6°20’E6°10’
LOC 111.550 BKZ
NOTES:
Altitudes / Speeds:
When cleared for a BERIR approach RWY 03:
(OCH)OCA ELEV THR 03: 365.5 ft
33002600
014°
25DIST RELATED TO BKZ DME
2103
5.8 1.47.4
890 (520)
THR 03
IFEH302
7.4 BKZ
AD 2.EHBK-IAC-03.2
5°20’E 5°30’ 5°40’ 5°50’ 6°00’ 6°20’E6°10’
60 80 100 120 140 160 180
128.350 Dutch MIL outside OPR HR
MAASTRICHT AACHENRNAV INSTRUMENT APPROACH CHART
APP 123.975(TAR)
TWR 119.475
121.500
119.700
ATIS 124.575General Emergency
CH52YDME BKZ
NOTES:
TAKE-OFF
LANDING
DAY:
DAY:NA
NIGHT:
NIGHT:NA
CEILING AND VISIBILITY MINIMA
(OCH)
280°
2100
054°
MSA BASED ON MAS VOR/DME
3
032°
BKZ
910
1230
1545
TRANSITION LEVEL BY ATC
032°620
A
B
C
D
ACFTCAT Press Alt
GP INOP
940
1170
(570)
(800)
50°54’07’’N 005°45’36’’E
EH302 50°49’08’’N 005°40’35’’E
EH303 50°50’27’’N 005°41’54’’E
EH309 50°50’14’’N 005°51’13’’E
EH310 50°51’58’’N 005°43’26’’E
AIP NETHERLANDS
© Air Traffic Control the Netherlands
GS IN KT
VERTICAL SPEED
EH3104.0 BKZ
CAT I
1. Missed Approach:- Track 032° MAG and climb to 2000 ft AMSL.
Inform ATC.2. Missed Approach in case of communication failure:
- Track 032° MAG to NW and climb to 3000 ft AMSL;- Cross NW at 3000 ft AMSL and execute
the instrument approach procedure as depicted onchart AD 2.EHBK-IAC-03.1.
THR ELEV 366
320 ft/min 425 ft/min 530 ft/min 635 ft/min 745 ft/min 850 ft/min 955 ft/min
CIRCLING
NOT ALLOWED
AD ELEV 375
18 OCT 12
AIRAC AMDT 11/12
(148)
(168)
513
523 (158)
533
(178)543
(188)553
TRANSITION ALTITUDE 3000 ft AMSL
10
0 NM
DL
BAXIM, BOBMO, MODRU, OLNO,OSGOS and RUMER TRANSITIONSto RWY 03
VA
R 0° E
(2010)
- Continue via the transition.
- Descent path at pilot’s discretion.
- The MNM altitudes shall be respected.
- The published speeds are mandatory.
- Execute the ILS approach RWY 03.
- During the transition, descend to or
maintain a level as instructed by ATC.
- MAX 250 KIAS below FL 100.
1. ATC may deviate from the transitions by
radar vectors.
2. ILS must be available.
3. DME BKZ reads 1.4 at THR 03.
3.0° (5.2%)
51°20’N
51°10’
51°00’
50°50’N
ILS CAT I / DME
ILS RDH 50 ft
4.0
0 NM5
EH3035.8 BKZ
1800 AMSL
FAP
332.750GP
DO NOT DESCEND BELOW THE DESCENT PROFILE
Beek Approach
Beek Tower
Maastricht Information
CH
AN
GE
: obs
tacl
es a
dded
, edi
toria
l.
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G
032°
AMST
ERDA
M FI
R
BRUS
SELS
FIR
032°
BEMTI 1A APPROACHATC DISCRETION
212°
AMST
ERDA
M F
IR
SCHINVELD
LANG
EN F
IR
304°4.9
12.3 MAS2000 AMSL
BEMTI3000 AMSL
751
657
925
10001000
10 NM
B E L G I U MB E L G I U MG E R M A N YG E R M A N Y
8.5 MAS3000 AMSL
MAS
219
184°
MAS
219
IFEH302
7.4 BKZ(14.2 MAS)
MAX 210 KIAS
770
640
614
617 591
591
L51°01’10’’N
/ NW - 373005°52’42’’E
MAASTRICHT108.600
50°58’19’’N/ CH23X
/ MAS
005°57’38’’E300
BEEK
50°55’21’’N 005°46’47’’E400
GULL50°48’26’’N
/ GUL - 383.5005°53’44’’E
GASCOMPRESSOR
STATIONAvoid overflying
below 1000 ft AGL
THR 031.4 BKZ(8.7 MAS)
QDM
NW
032
°
FAF / EH3035.8 BKZ(12.7 MAS)1800 AMSL 942
/ BKZ or BKN(111.550) / CH52Y
3000MAX 220 KIAS
1 min
IAF
BEARINGS ARE MAGNETICDISTANCES IN NMALTITUDES AND ELEVATIONSIN FEET
SCALE 1 : 250 000
0
0NM
km 5 105
2 42 1
60 80 100 120 140 160 180
128.350 Dutch MIL outside OPR HR
APP 123.975(TAR)
TWR 119.475
121.500
119.700
ATIS 124.575General Emergency
NOTES:
TAKE-OFF
LANDING
DAY:
DAY:NA
NIGHT:
NIGHT:NA
CEILING AND VISIBILITY MINIMA
(OCH)OCA ELEV THR 03: 365.5 ft
3300
280°
2600
014°
2100
054°
MSA BASED ON MAS VOR/DME
TRANSITION ALTITUDE 3000 ft AMSL
35
032°
2103
910
1545
5.8
TRANSITION LEVEL BY ATC
032°1230
1.47.4
EH302 50°49’08’’N 005°40’35’’EEH303 50°50’27’’N 005°41’54’’E
INSTRUMENT APPROACH CHARTAIP NETHERLANDSMAASTRICHT AACHEN
18 OCT 12
IFEH302
7.4 BKZ
© Air Traffic Control the Netherlands
GS IN KT
VERTICAL SPEED
AIRAC AMDT 11/12
320 ft/min 425 ft/min 530 ft/min 635 ft/min 745 ft/min 850 ft/min 955 ft/min
THR ELEV 366
AD ELEV 375
1. Missed approach:- Track 032° MAG and climb to 2000 ft AMSL.- Inform ATC.
2. Missed approach in case of communication failure:- Track 032° MAG to L-NW and climb to 3000 ft AMSL;- Cross L-NW at 3000 ft AMSL and execute
the instrument approach procedure again.
510
3.0° (5.2%)
VA
R 0° E
(2010)
0 NM
0 NM
1. Navigation in the initial and intermediate approach segmentis primarily based on rader vectors provided by ATC.
2. Given speeds are mandatory.3. The approach via BEMTI only at ATC discretion
(see page EHBK AD 2.22 paragraph 2.8).
6. Execution of the complete procedure via L-NW depictedby at ATC discretion or in case of COM-failure.
DO NOT DESCEND BELOW THE DESCENT PROFILE
THR 03 50°54’07’’N 005°45’36’’E
AD 2.EHBK-IAC-03.3and BEMTI 1AAPPROACHRWY 03
NDB / DMENW / BKZ or BKN
4. DME BKN may substitute DME BKZ.5. Both DME BKZ and BKN read 1.4 at THR 03.
DIST RELATED TO BKZ or BKN DME
MAPt: THR1.4 BKZ
4
A
B
C
D
ACFTCAT
CIRCLING
890
940
1170
(520)
(570)
(800)
830 (460)
NDBMAPt: THR
BKZor
BKNQDMNW 032°
51°00’N
50°50’N
5°40’E 5°50’ 6°00’ 6°10’E
FAFEH303
5.8 BKZ1800 AMSL
CH
AN
GE
: obs
tacl
e ad
ded,
edi
toria
l.
Beek Approach
Beek Tower
Maastricht Information
Page intentionally left blank.
212°
BRU
SSEL
S FI
R
AMST
ERD
AM F
IR
G E R M A N YG E R M A N Y
MAS 304MAS 274
B E L G I U MB E L G I U M
LAN
GEN
FIR
AMST
ERDAM
FIR
10 NM
032°
212°
GAS COMPRESSOR STATIONAvoid overflyingbelow 1000 ft AGL
591
640
591
614
617
581
770
751
925
657
SCHINVELD
L
51°01’10’’N
/ NW - 373
005°52’42’’E
MAASTRICHT
108.600
50°58’19’’N
/ CH23X
/ MAS
005°57’38’’E
300
GULL
50°48’26’’N
/ GUL - 383.5
005°53’44’’E
THR 21
0.2 BKN
(7.6 MAS)
FAF
EH306
6.3 BKN
2500 AMSL
GP INOP
EH311
4.0 BKN
DME BKN
942
1 min3000
MAX 220 KIAS
IAF
BEARINGS ARE MAGNETICDISTANCES IN NMALTITUDES AND ELEVATIONSIN FEET
0
0NM
km
SCALE 1 : 200 000
5 105
2 42 1
60 80 100 120 140 160 180
A
B
C
D
TAKE-OFF
LANDING
DAY:
DAY:NA
NIGHT:
NIGHT:NA
CEILING AND VISIBILITY MINIMA
ACFTCAT
INSTRUMENT APPROACH CHARTAIP NETHERLANDS
(151)
(171)
(184)
CIRCLING
890
940
1170
(520)
(570)
(800)
710 (340)
212°
1 2 3 5 6 7
10
2500
(OCH)OCA ELEV THR 21: 370.7 ft
3300
280°
2600
014°
2100
054°
MSA BASED ON MAS VOR/DME
GP INOPMAPt: THR
522
532 (161)
542
555
212°
AD 2.EHBK-IAC-21.1MAASTRICHT AACHEN
212°
APP 123.975(TAR)
TWR 119.475
121.500
119.700
ATIS 124.575General Emergency
TRANSITION ALTITUDE 3000 ft AMSLTRANSITION LEVEL BY ATC
LOC 111.550 BKNCH52YDME BKN
NOTES:
DIST RELATED TO BKN DME
03 21
BKN1130
1450
20852405
6.3
50°55’08’’N 005°46’38’’E
© Air Traffic Control the Netherlands
EH311
51°00’37’’N
50°58’41’’N
005°52’13’’E
005°50’15’’E
THR 21
RWY 21
GS IN KT
VERTICAL SPEED
810
NW
EH306
0.2
MAPt: THR0.2 BKNGP INOP
CAT I
ILS CAT I/II/III/DMEGP INOP
CAT II
320 ft/min 425 ft/min 530 ft/min 635 ft/min 745 ft/min 850 ft/min 955 ft/min
THR ELEV 371
(187)558
5
DL
1. DME BKN situated 0.2 NM in front of THR 21.
AD ELEV 375
VA
R 0° E
(2010)
332.750GP
DO NOT DESCEND BELOW THE DESCENT PROFILE
3.0° (5.2%)
4.00 NM
0 NM
ILS RDH 50 ft
51°00’N
50°50’N
5°40’E 5°50’ 6°00’E
2. DME BKN reads 0.2 at THR 21.
FAFEH306
6.3 BKN2500 AMSL
GP INOP
EH3114.0 BKN
MNM 1765 AMSLGP INOP
Beek Approach
Beek Tower
Maastricht Information
22 AUG 2013
AIRAC AMDT 09/2013
(63)
(73)
(89)
(105)
(105)
CH
AN
GE
: ed
itoria
l.
1. Missed Approach:- Track 212° MAG and climb to 2000 ft AMSL. Inform ATC.
2. Missed Approach in case of communication failure:- Track 212° MAG and climb to 3000 ft AMSL;- At 3.4 BKN turn left track 130° MAG;- When passing 2300 ft AMSL turn left to NW;- Cross NW at 3000 ft AMSL and execute the
instrument approach procedure again.
Page intentionally left blank.
G
032°
1 min3000
AMSTERDAM FIRBRUSSELS FIR
178°
770
640
591
591
479
751
489
574
400
657
630416
SCHINVELD
AMSTERDAM FIR
AMSTERDAM FIRBRUSSELS FIR
BUDEL
AMSTERDAM FIR
LANGEN FIR
SOPVI
16.8 MAS 352.0
925
1000
1000
10001000
10
00
10
00
1500
1500
10 NM
10 N
M
MAX 220 KIAS
L
51°01’10’’N
/ NW - 373
005°52’42’’E
MAASTRICHT
108.600
50°58’19’’N
/ CH23X
/ MAS
005°57’38’’E
300
GULL
50°48’26’’N
/ GUL - 383.5
005°53’44’’E
STERKSEL
617
FROM
RUMER (IAF)
22.3
172°
4.0
181°
7.9
OSGOS (IAF)
12.8 MAS 352.0
BOBMO
(IAF)
221°
4.8
287°7.0
014°
11.5
FROM OLNO
VOR/DME
FAP
BERIR (IAF)
THR 21
0.2 BKN
EH311
4.0 BKN
EH305
4000 AMSLEH306
6.3 BKN
2500 AMSL
212°
212°
333°4.0
GASCOMPRESSOR
STATIONAvoid overflying
below 1000 ft AGL
029°
16.8
302°3.9
RUMER 2BTRANSITION
OSGOS 1BTRANSITION
BOBMO 1BTRANSITION
G E R M A N YG E R M A N Y
MODRU 1BTRANSITION
MODRU
(IAF)
BAXIM 1BTRANSITION
OLNO 1BTRANSITION
BAXIM
(IAF)
IF / BOGRU / 9.3 BKN
MAX 210 KIAS
942
DME BKN
B E L G I U MB E L G I U M
554
554
BEARINGS ARE MAGNETICDISTANCES IN NMALTITUDES AND ELEVATIONSIN FEET
0
0NM
km
2 1
SCALE 1 : 450 000
5 10
2 4 6 8
2015
10
5
5°20’E 5°30’ 5°40’ 5°50’ 6°00’ 6°20’E6°10’
LOC 111.550 BKN
NOTES:
Altitudes / Speeds:
When cleared for a BOGRU approach RWY 21:
(OCH)OCA ELEV THR 03: 365.5 ft
33002600
014°
5°20’E 5°30’ 5°40’ 5°50’ 6°00’ 6°20’E6°10’
60 80 100 120 140 160 180
128.350 Dutch MIL outside OPR HR
MAASTRICHT AACHENRNAV INSTRUMENT APPROACH CHART
APP 123.975(TAR)
TWR 119.475
121.500
119.700
ATIS 124.575General Emergency
CH52YDME BKN
NOTES:
TAKE-OFF
LANDING
DAY:
DAY:NA
NIGHT:
NIGHT:NA
CEILING AND VISIBILITY MINIMA
(OCH)
280°
2100
054°
MSA BASED ON MAS VOR/DME
TRANSITION LEVEL BY ATC
AIP NETHERLANDS
© Air Traffic Control the Netherlands
GS IN KT
VERTICAL SPEED 320 ft/min 425 ft/min 530 ft/min 635 ft/min 745 ft/min 850 ft/min 955 ft/min
AD ELEV 375
TRANSITION ALTITUDE 3000 ft AMSL
BAXIM, BOBMO, MODRU, OLNO,OSGOS and RUMER TRANSITIONSto RWY 21
VA
R 0° E
(2010)
- Continue via the transition.
- Descent path at pilot’s discretion.
- The MNM altitudes shall be respected.
- The published speeds are mandatory.
- Execute the ILS approach RWY 21.
- During the transition, descend to or
maintain a level as instructed by ATC.
- MAX 250 KIAS below FL 100.
51°20’N
51°10’
51°00’
50°50’N
332.750GP
AD 2.EHBK-IAC-21.2ILS CAT I/II/III/DME
A
B
C
D
ACFTCAT
CIRCLING
890
940
1170
(520)
(570)
(800)
THR 21 50°55’08’’N 005°46’38’’E
EH305 51°00’59’’N 006°00’01’’E
EH306 51°00’37’’N 005°52’13’’E
EH311 50°58’41’’N 005°50’15’’E
CAT I CAT II
(187)558
(151)
(171)
(184)
522
532 (161)
542
555
DL
0 NM
ILS RDH 50 ft
EH3066.3 BKN
2500 AMSL
FAP
NM0 1 2 3 5 6 7
10
212°
212°
DIST RELATED TO BKN DME
03 21
BKN 1130
1450
17652085
2405
6.3
EH3114.0 BKN
810
0.2
NW
THR ELEV 371
5
3.0° (5.2%)
4.0
1. ATC may deviate from the transitions by
radar vectors.
2. ILS must be available.
3. DME BKN situated 0.2 NM in front of THR 21.
4. DME BKN reads 0.2 at THR 21.
DO NOT DESCEND BELOW THE DESCENT PROFILE
9.3
IFBOGRU9.3 BKN
Beek Approach
Beek Tower
Maastricht Information
22 AUG 2013
CH
AN
GE
: edi
toria
l.
AIRAC AMDT 09/2013
1. Missed Approach:- Track 212° MAG and climb to 2000 ft AMSL. Inform ATC.
2. Missed Approach in case of communication failure:- Track 212° MAG and climb to 3000 ft AMSL;- At 3.4 BKN turn left track 130° MAG;- When passing 2300 ft AMSL turn left to NW;- Cross NW at 3000 ft AMSL and execute theinstrument approach procedure as depictedon chart AD 2.EHBK-IAC-21.1.
(63)
(73)
(89)
(105)
(105)
Page intentionally left blank.
212°BR
USS
ELS
FIR
AMST
ERD
AM F
IR
G E R M A N YG E R M A N Y
MAS 304
LAN
GEN
FIR
AMST
ERDAM
FIR
10 NM
032°
212°
GAS COMPRESSOR STATIONAvoid overflyingbelow 1000 ft AGL
591
640
591
614
617
581
770
751
925
657
SCHINVELD
L
51°01’10’’N
/ NW - 373
005°52’42’’E
MAASTRICHT
108.600
50°58’19’’N
/ CH23X
/ MAS
005°57’38’’E
300
BEEK
50°55’21’’N 005°46’47’’E
400
GULL
50°48’26’’N
/ GUL - 383.5
005°53’44’’E
THR 21
0.2 BKN
(7.6 MAS)
QD
R N
W 2
12°
FAF
EH306
6.3 BKN
/ BKN or BKZ
942
(111.550) / CH52Y
3000MAX 220 KIAS
1 min
IAF
B E L G I U MB E L G I U M
BEARINGS ARE MAGNETICDISTANCES IN NMALTITUDES AND ELEVATIONSIN FEET
0
0NM
km
SCALE 1 : 200 000
5 105
2 42 1
60 80 100 120 140 160 180
TAKE-OFF
LANDING
DAY:
DAY:NA
NIGHT:
NIGHT:NA
CEILING AND VISIBILITY MINIMA
INSTRUMENT APPROACH CHARTAIP NETHERLANDS
212°
2 3 5 6 7
10
2500
3300
280°
2600
014°
2100
054°
MSA BASED ON MAS VOR/DME
212°
MAASTRICHT AACHEN
212°
APP 123.975(TAR)
TWR 119.475
121.500
119.700
ATIS 124.575General Emergency
TRANSITION ALTITUDE 3000 ft AMSLTRANSITION LEVEL BY ATC
03 21
11301450
1765
20852405
6.3
© Air Traffic Control the Netherlands
RWY 21
GS IN KT
VERTICAL SPEED
NW
0.2
320 ft/min 425 ft/min 530 ft/min 635 ft/min 745 ft/min 850 ft/min 955 ft/min
THR ELEV 371
18 OCT 12
5
AD ELEV 375
VA
R 0° E
(2010)
DO NOT DESCEND BELOW THE DESCENT PROFILE
3.0° (5.2%)
0 NM
0 NM
AIRAC AMDT 11/12
51°00’N
50°50’N
5°40’E 5°50’ 6°00’E
AD 2.EHBK-IAC-21.3NDB / DMENW / BKN or BKZ
NOTE:
1. Missed Approach:- Track 212° MAG and climb to 2000 ft AMSL. Inform ATC.
2. Missed Approach in case of communication failure:- Track 212° MAG and climb to 3000 ft AMSL;- At 3.4 BKN or BKZ turn left track 130° MAG;- When passing 2300 ft AMSL turn left to NW;- Cross NW at 3000 ft AMSL and execute the
instrument approach procedure again.
A
B
C
D
ACFTCAT CIRCLING
1170 (800)
OCA (OCH)
(530)
ELEV THR 21 : 370.7 ft
51°00’37’’N 005°52’13’’E
50°55’08’’N 005°46’38’’ETHR 21
EH306
NDBMAPt : THR
(530)
FAFEH306
6.3 BKNMAPt: THR
0.2 BKN
BKN
or
BKZ
QDR NW 212°
4
900(570)
900
940
Beek Approach
Beek Tower
Maastricht Information
DIST RELATED TO BKN or BKZ DME
CH
AN
GE
: o
bst
acle
s ad
ded
, ed
itoria
l.
- DME BKZ may substitute BKN
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EchtEcht
SusterenSusteren
BuchtenBuchten
BornBorn
Maas
Maas
EisdenEisden
MAASMECHELENMAASMECHELEN
Ma
Ma
asas
Zuid-willem
svaartZuid-w
illemsvaart
ElslooElsloo
STEINSTEIN
GELEENGELEEN MunsterMunster
BRUNSSUMBRUNSSUM
BeekBeek
BundeBundeMeerssenMeerssen
UlestratenUlestraten
Cadier en KeerCadier en Keer
MargratenMargraten
EijsdenEijsden
SimpelveldSimpelveld
VoerendaalVoerendaalHEERLENHEERLEN
HOENSBROEKHOENSBROEK
Maa
sM
aas
Alb
ert
Alb
ert
Kan
aal
Kan
aal
GulpGulp
MAASTRICHTMAASTRICHT
ValkenburgValkenburg
AACHENAACHENVaalsVaals
AalbeekAalbeek
NuthNuth
LanakenLanaken
ItterenItteren
KerkradeKerkrade
LandgraafLandgraaf
EygelshovenEygelshoven
GeilenkirchenGeilenkirchen
KohlscheidKohlscheidHorbachHorbach
HerzogenrathHerzogenrath
UbachUbachPalenbergPalenberg
HeinsbergHeinsberg
SITTARDSITTARD
PosterholtPosterholt
MaasbrachtMaasbracht
MaaseikMaaseik
KinrooiKinrooiLinneLinne
Roer
Roer
Julia
na k
anaa
l
Julia
na k
anaa
l
GeleenbeekGeleenbeek
GeulGeul
UbachUbachOverOverWormsWorms
MAASTRICHT
C 3000CTR
GNDAMSL
D
GEILENKIRCHEN
3000CTR
GNDAMSL
GNDD
MAASTRICHT
3000CTR
AMSL
3000C
KLEINE-BROGEL
4500TMA
AGLAMSL2
C 20002500
AMSLAMSL
C FL2500
055AMSL
TRA
15003500
AMSLAMSL
17
EB
17503000
P
AGLAGL5B
050FLEB
2500
P
AGL
5C
MAASTRICHT UMC
MAASTRICHT AACHEN
SCHINVELD
HEINSBERG
GEILENKIRCHEN
AACHEN
636
673695
645
719
739
614770
581617
591
640
591
672
751
657
925
1533
UNIFORMARR / DEP
ECHOARR / DEP
BRAVOARR / DEP
MAASTR
ICHT
MA
AS
TRIC
HT
SELS
FIR
AM
STE
RD
AM
FIR
LANGEN FIR
LANGEN FIRAMSTERDAM FIR
US
BR
(up to)
KLEINE-BROGEL
C 25004500TMA
AMSLAMSL1
423
436
454
703
768
536
633
102
472
656
381
1058
ILS
AREA
RW
Y 03
ILS
AREA
RW
Y 21
TWR472
03
21
529
ATZSCHINVELD
3000GND
AMSL
E
DÜSSELDORF
1000
TMA
AGLFL 100
330 AGL
575 AGL
FL
TMZ
1500195AMSL
MAASTRICHT
12001 2
3AMSL
575 AGL
FL
TMZ
1500195AMSL
MAASTRICHT
12001 2
3AMSL
E
DÜSSELDORF
1000
TMA
AGLFL 100
1000 AGL
1000 AGL
1000 AGL
HOTELROMEO
INDIA
PAPA
UNIFORM
SIERRA
BRAVO
MAASTRICHT108.600
50°58’19’’N/ CH23X
/ MAS
005°57’38’’E300
GULL50°48’26’’N
/ GUL - 383.5005°53’44’’E
L51°01’10’’N
/ NW- 373005°52’42’’E
GOLF
942MAASTRICHT
C 3000CTR
GNDAMSL
ECHO
B FLFL
MAASTRICHT
095195
TMA 2
TMA
1+
2 &
TM
Z
TMA 1+
2 & T
MZ
D FL
MAASTRICHT
095TMA 1
1500 AMSL
C FL 195FL 095
AMSTERDAMFIR
LIEGE TMA ONE
LIEGE TMAONE &TWO
LIEGE TMA ONE
LIEGE TMA TWO LIEGE TMAONE & TWO
BRUSSELSCTA EASTFOUR B
BRUSSELSFIR
MAASTRIC
HT
& TMZ
TMA 2
MAASTRICHTTMA 1
MAASTRICHTTMA 1
MAASTRICHT TMA 2 & TMZ
FL 055C FL 095
BRUSSELS CTA EASTFOUR A
BR
US
SE
LS C
TAE
AS
T TH
RE
E
BR
US
SE
LS C
TAE
AS
T FO
UR
A/B
BRUSSELS CTA
EAST FOUR A/BLIEGE TMA FOURLIEGE TMA
FIVE
SC
HIN
VE
LD S
EC
TOR
B
GN
D -
300
0 A
MS
L
AD 2.EHBK-VAC.1
AD ELEV 375AD ELEV 375
51°51°00’00’
50°50°55’55’
50°50°45’45’NN
005° 50’005° 50’
© Air Traffic Control the Netherlands
005° 55’005° 55’
AIP NETHERLANDS
Topography © Topografische Dienst Kadaster
51°51°05’05’NN
005° 40’E005° 40’E005° 45’005° 45’ 006° 05’E006° 05’E
50°50°50’50’
VA
R 0° (2010)
BEARINGS ARE MAGNETICDISTANCES IN NMALTITUDES AND ELEVATIONSIN FEET AMSL
1533
Visual holding
Recommended visual holding
2 4
1 2NM
km 2
1
0
0
1 3
For description VFR - procedures see EHBK AD 2.22. APP 123.975
124.575ATIS
TWR119.700121.825
119.475
BeekApproach
Beek Tower
132.350 Dutch MIL INFO
1
124.300FIC
FIC (MIL)
MaastrichtInformation
Beek Delivery
Flare. Avoid overflying.
65
3
1
2
3
MON-FRI before 0800 (0700) and after 1600 (1500), SAT, SUN, and HOL.
MON-FRI 0800-1600 (0700-1500), EXCL HOL: lower limit 1200 ft AMSL.
TMZ MAASTRICHT:
SCALE 1 : 200.000MON-FRI 0800-1600 (0700-1500), EXCL HOL: lower limit for non-motorised hangglidersand paraglider.
Gas compressor station. Avoid overflying below 1000 ft AGL.HIGHEST KNOWN ELEVATIONON THIS CHART:
25 JUL 2013
AIRAC AMDT 08/2013
MAASTRICHT / Maastricht AachenVISUAL APPROACH CHART
Amsterdam Information126.900 Brussels INFO
006° 00’006° 00’
CH
AN
GE
: SC
HIN
VE
LD S
EC
TOR
B a
dded
, edi
toria
l.
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STEINSTEIN
ELSLOOELSLOO
BEEKBEEK
VALKENBURGVALKENBURG
MAASTRICHTMAASTRICHT
AmbyAmby
BergBerg
ViltVilt
SibbeSibbe
RothemRothem
MeerssenMeerssen
BundeBunde
HulsbergHulsberg
AalbeekAalbeek
SchimmertSchimmert
UlestratenUlestraten
GeverikGeverik
GrootgenhoutGrootgenhout
SpaubeekSpaubeek
NeerbeekNeerbeek
SweikhuizenSweikhuizen
CatsopCatsop
HussenbergHussenberg
MoorveldMoorveld
BoorsemBoorsem
KotemKotem
GeulGeul
MaasMaas
MaasMaas
Julia
naka
naal
Julia
naka
naal
GELEENGELEEN
SITTARDSITTARD
Gel
eenb
eek
Gel
eenb
eek
03
614
657
2200m
1800m
3000m
21
UNIFORMARR/DEP
ECHOARR/DEP
PROHIBITED/RESTRICTED/DANGERAREAS NOT INDICATED
412
460436
447
477
487
536
496
SMALL JETS ANDMULTI-ENGINEPROPELLOR AIRCRAFT
509
421
562606
591
AMSTE
RDAM F
IR
BRUSSELS F
IR
C3000 AMSL
MAASTRICHT CTR
GND
BRAVOARR/DEP
LIGHT ACFTLIGHT ACFT
528
330 AGL
751
HOTELROMEO
INDIA
GOLF
SIERRA
770
617581
591
640
591
MAASTRICHT UMC
BEARINGS ARE MAGNETICDISTANCES IN NMALTITUDES AND ELEVATIONSIN FEET AMSL
HIGHEST KNOWN ELEVATIONON THIS CHART:
Topografische ondergrond © TDN, Emmen
770
ft
m
For description VFR - procedures see EHBK AD 2.22.
AD ELEV 375AD ELEV 375
Visual holding
Flare. Avoid overflying.
Gas compressor station.Avoid overflying below 1000 ft AGL.
APP 123.975
124.575ATIS
TWR119.700121.825
119.475
Beek Approach
Beek Tower
500 0 1000
20002000 0
1000
4000 6000
2000
005° 50’E005° 50’E005° 45’E005° 45’E
50°50°55’55’
50°50°50’N50’N
Maastricht Information
AD 2.EHBK-VAC.2
© Air Traffic Control the Netherlands
Area to be avoided as much as possible.
Beek Delivery
ATC DISCRETION
CIRCUIT
ARR/DEP ROUTE
SCALE 1:70000
VA
R 0° E
(2010)
AIP NETHERLANDS
AIRAC AMDT 06/2013
CH
AN
GE
: M
IKE
AR
R/D
EP
ren
amed
into
EC
HO
AR
R/D
EP
, edi
toria
l.
30 MAY 2013MAASTRICHT/Maastricht Aachen
VFR TRAFFIC CIRCUITS
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