AIP MACAO GUANG ZHOU FIR HONG KONG FIR AD2-VMMC-60 SID MACAO RWY MAY 2016 (BIGRO 4 D, MIPAG 5 D, NLG 5 D, SHL 5 D) CAT A, B, C, D

Similar documents
ENR 3. ATS ROUTES. For detailed descriptions of specific lower altitude ATS routes, refer to current editions of the following publications:

EFFECTIVE DATE: 03 JANUARY Contents Coordination requirement for flights operating inside restricted airspace.

Learning. Goals LAND. basics as. Abeam C B. Abeam G C. Page 1 of 13. Document : V1.1

1. You are flying near your favorite VOR. You experience 15 of bearing change in 11 minutes 36 seconds. How far are you from the station?

RNAV SID Coding Table of GBG 6 X

(SDF) PU402. (MAPt) WELCH PU406

(SDF) PU402. (MAPt) WELCH PU406

FLYING TO BANKSTOWN AND BACK TO BATHURST. Suggestions. Errol Chopping, December, Have Sydney VTC and Sydney VNC Charts

I2201 WORKSHEET. Planned Route: Takeoff: KSAT, RWY 31R Altitude: 6,000 Route: KRND via Radar vectors RND KSAT Airport Diagram

PPL Exam 3 Working File. Where significant calculation/thinking is required.

FLIGHT PERFORMANCE AND PLANNING (2) PERFORMANCE

Tecnam Eaglet Standard Operating Procedures and Maneuvers Supplement

I3101 WORKSHEET. Planned Route: Takeoff: KGPT, RWY 32 Altitude: 5,000

Mandatory Briefing Bardufoss (ENDU)

PPL Exam 1 Working File. Where significant calculation/thinking is required.

RNAV (GPS) RWY 10 RNAV (GPS) RWY 10 NE-1,25 NOV 2004 NE-1,25 NOV 2004 (BID) 104^ 284^ 104^ 104^ ^ 284^

AIRAC AIP SUPPLEMENT A 12/17 08 June 2017

OBSTACLE DEPARTURE PROCEDURES Part 3

FLIGHT CREW TRAINING NOTICE

RNAV/RNP Operations & VNAV Approaches

1. You may request a contact approach if there is 1 SM flight visibility and you can operate clear of clouds to the destination airport.

FL009 FL009. He was aware that there was a Robinson R22 leaving the cct and that the other cct traffic was aware of their position.

VFR Circuit Tutorial. A Hong Kong-based Virtual Airline. VOHK Training Team Version 2.1 Flight Simulation Use Only 9 July 2017

for MIL use only PAPI Holding point S1 540 m 540 m 540 m 78 x150 m M I L PAPI 4.0 PAPI 4.0 PAPI 4.0 TWR Holding point B Run-up C I V TANK Hangar

for MIL use only PAPI Holding point S1 540 m 540 m 540 m M I L PAPI 4.0 PAPI 4.0 PAPI 4.0 TWR Holding point B C I V TANK Hangar 7 ft AGL (2 m) Fence

5. With winds aloft of 112 at 34 knots, TAS of 265 km/hr, and a TC of 057, what is the groundspeed and wind correction angle (WCA)?

Noise Abatement Takeoff 1 Close In Profile

T A K E O F F A N D C L I M B

PERFORM A NDB APPROACH [A320]

Aircraft Performance Calculations: Descent Analysis. Dr. Antonio A. Trani Professor

Meraj Aviation Flight Academy Training and Procedures Manual Standard Operating Procedure

TROMSO, NORWAY JEPPESEN ' Y ARP. Elev 25' Meters 18-55

Circuit Considerations

SULAYMANIYAH INTERNATIONAL AIRPORT MATS

AKRON FIVE DEPARTURE AKRON FIVE DEPARTURE. EC-1, 07 DEC 2017 to 04 JAN 2018 (ACO5.ACO) (ACO5.ACO) EC-1, 07 DEC 2017 to 04 JAN 2018 TOP ALTITUDE: 3000

AIR NAVIGATION. Key Revision. Press F5 to start.

Flying The Boeing

Flying The Boeing Advanced

PROCEDURE DOCUMENTATION

RNP APCH procedures for BEJAIA Soummam-Abane Ramdane RWY26

Climb Calculations. Points to note: Climb time, fuel burn, and distance covered will be greater in the following conditions.

ILS APPROACH WITH A320

Lufthansa Flight Training (LFT) GmbH (Preliminary Text) Instrument Flight Procedures

REPUBLIC OF CROATIA. Croatia Control Ltd. Aeronautical Information Service Rudolfa Fizira Velika Gorica, PO Box 103 Croatia

I2101 SIMULATOR ABBREVIATED CHECKLIST

VI.B. Traffic Patterns

NIFA CRM / LOFT CONTESTANT BRIEFING

IVAO International Virtual Aviation Organization Training department

Takeoff Performance. A 1 C change in temperature from ISA will increase or decrease the takeoff ground roll by 10%.

Ongoing research in Hong Kong has led to improved wind shear and turbulence alerts

Copyright 2014 Gleim Publications, Inc. and/or Gleim Internet, Inc. All rights reserved. Duplication prohibited.

Date: 21 Feb 2017 Time: 1816Z (Night) Position: 5339N 00102E Location: West corner EG D323D

AIC FRANCE A 31/12. Publication date: DEC 27. Page 1/7. SUBJECT : Deployment of CDO (continuous descent operations) on the French territory

VI.B. Traffic Patterns

2. At a ground speed of 184 knots, what will be the time required to cover 288 nautical miles? a. 86 minutes b. 90 minutes c. 94 minutes d.

PRIVATE PILOT MANEUVERS Practical Test Standards FAA-S A

Q3201 WORKSHEET. Planned Route:

OPERATIONS MANUAL PART A INSTRUCTIONS AND TRAINING REQUIREMENTS FOR THE AVOIDANCE OF CONTROLLED FLIGHT INTO TERRAIN AND POLICIES FOR THE USE OF GPWS

POWER-OFF 180 ACCURACY APPROACH AND LANDING

MANEUVERS GUIDE. Liberty Aerospace 1383 General Aviation Drive Melbourne, FL (800)

TAKEOFF MINIMUMS, (OBSTACLE) DEPARTURE PROCEDURES, AND DIVERSE VECTOR AREA (RADAR VECTORS) INSTRUMENT APPROACH PROCEDURE CHARTS

Bird strikes Swedish Airspace

Summer Solstice Ocean Race CCVracing.org

CLT Continued Aircraft Operations Evaluations

Cessna 172 Profiles. TRAFFIC PATTERNS (Check Chart Supplement prior to flight) Index

UMA Drawing Number ST B EMI GROUND TEST PROCEDURE

CALCULATING IN-FLIGHT WINDS

Flying The Embraer Brasilia (EMB-120)

FAA-S-ACS-6 June 2016 Private Pilot Airplane Airman Certification Standards. Task ACS Settings

REPUBLIC OF CROATIA. LDZA - New PBN instrument flight procedures at Zagreb Airport

Airbus Series Vol.2 (c) Wilco Publishing feelthere.com

Civil Air Patrol Auxiliary of the United States Air Force

Safety Criticality Analysis of Air Traffic Management Systems: A Compositional Bisimulation Approach

I2102 WORKSHEET. Planned Route: Takeoff: KNSE, RWY 32 Altitude: 12,000 Route: RADAR DEPARTURE. Syllabus Notes None. Special Syllabus Requirements None

Rod Machado s Instrument Pilot s Handbook

PROCEDURES GUIDE CESSNA 172N SKYHAWK

COCKPIT INSTRUMENTATION:

Answer Key. Page 1 of 5. 1) What is the maximum flaps-extended speed? A. 100 MPH. B. 65 MPH. C. 165 MPH. 2) Altimeter 1 indicates

ILS Approach Nomenclature

RAPID CITY REGIONAL AIRPORT MOVEMENT AREA DRIVING TEST

UUEE - MOSCOW-SHEREMETYEVO

FLYING OPERATIONS. Hard Landing

LOWS. Runways: Runway 15 Takeoff length: 2705, Landing length: 2505 Runway 33 Takeoff length: 2750, Landing length: 2510

3rd Eurocontrol CDO Workshop

Cessna 172R Profiles

AIRPROX REPORT No Date/Time: 2 Jun Z (Saturday) 5137N 00105W (0 5nm ESE Benson - elev 203ft) Airspace: ATZ (Class: G)

THE FLIGHT COMPUTER AND NAVIGATION PLOTTER

Aviation Merit Badge Knowledge Check

TRN DHN RUS DEHNAMAK 3A (DHN 3A) NAGMA 2A, NAGMA 2B, RABAM 2A RABAM 2B, RABAM 1C, RADAL 1A VARAMIN 2A (VR 2A), VARAMIN 2B (VR 2B) ARRIVALS .STAR.

Flight Profiles are designed as a guideline. Power settings are recommended and subject to change based

Helideck Limitations List (HLL)

See the diagrams at the end of this manual for judging position locations.

New Airfield Risk Assessment / Categorisation

I2103 WORKSHEET. Planned Route: Takeoff: KNSE, RWY 32 Altitude: 12,000 Route: RADAR DEPARTURE. Syllabus Notes None

THE FLIGHT COMPUTER AND NAVIGATION PLOTTER

Flight Planning & Aircraft Performance Part 2

Gleim Instrument Pilot FAA Knowledge Test Prep 2018 Edition, 1st Printing Updates March 2018

NIZ AZR CGS NIZ STP AZR CGS NC 338 N E CANNES, FRANCE CANNES, FRANCE LFMD/CEQ LFMD/CEQ KERIT 5C [KERI5C], MERLU 5C [MERL5C] ARRIVALS

Risk Assessment. Residual Level of Risk (Considering existing and proposed controls) E, H, M, L or N See Tables 1 3 L

APPENDIX J REQUIRED NAVIGATION PERFORMANCE IMPACTS EVALUATION REPORT

Transcription:

AIP MACAO GUANG ZHOU FIR HONG KONG FIR AD2-VMMC-60 SID MACAO RWY 34 26 MAY 2016 (BIGRO 4 D, MIPAG 5 D, NLG 5 D, SHL 5 D) CAT A, B, C, D BIGRO 4 D (minimum climb gradient of 4.8% required until leaving 1800 m) Depart on track 358 M and climb to 400 ft (120 m). Then turn right and continue climb to ZAO. Leave ZAO on R040. Turn left at LATOP to intercept SMT R274 at 1200 m. Then continue climbing, at NLG R214 turn left to intercept NLG R219 at 1800 m. To NLG R219 DME 29.5 at 3000 m, turn right at heading 249 M, to BOKAT at 3600 m, to BIGRO. MIPAG 5 D (minimum climb gradient of 4.8% required until leaving 3300m) Depart on track 358 M and climb to 400 ft (120 m). Turn right to ZAO and continue climbing to 3300 m and maintain. On ZAO R040, at GLN DME 21.5 turn right on GLN R224 to GLN, turn left on GLN R310 to MIPAG. NLG 5 D (minimum climb gradient of 4.8% required until reaching 1500 m) Depart on track 358 M and climb to 400 ft (120 m). Then turn right and continue climb to ZAO. Leave ZAO on R040. At LATOP turn left to establish on NLG R166 and reach 1500m by NLG. SHL 5 D (minimum climb gradient of 4.8% required until leaving 3300m) Depart on track 358 M and climb to 400 ft (120 m). Then turn right and continue climb to ZAO. Leave ZAO on R040, continue climbing to 3300 m and maintain, at GLN DME 21.5 proceed on GLN R224 to GLN. Leave GLN on R340 to IDUMA at 3300 m/3600 m. Turn left at IDUMA and proceed to SHL via SHL R157. REMARK: (1) Aircraft are NOT TO OVERSHOOT JIUZHOU DVOR (ZAO 117.2 MHz) R230 which defines the northern limit for flights taking off RWY 34 due to NOISE ABATEMENT for Zhuhai City. (2) Aircraft unable to comply with the minimum climb gradient must inform Macao ground control at first contact to allow special coordination. (3) Maximum departure turning speed: 205 kt IAS. (4) Owing to the proximity of the Hong Kong international airport, pilots departing on RWY 34 towards Hong Kong direction are reminded the need to follow the standard SID track until LKC DVOR. Any deviation from the standard SID track could result in direct conflict with Hong Kong traffic. Civil Aviation Authority Macao, China AIRAC AMDT 01/16

AIP MACAO GUANG ZHOU FIR HONG KONG FIR AD2-VMMC-60 B SID MACAO RWY 34 26 MAY 2016 (BIGRO 8 D, MIPAG 6 D, NLG 6 D, SHL 6 D) CAT A, B, C, D BIGRO 8 D (minimum climb gradient of 4.8% required until leaving 1800 m) Depart on track 358 M, at MCU DME 3.3NM turn right on track 040 M and continue climbing. Turn left at MCU DME 9.0NM to intercept SMT 274 at 1200m. Then continue climbing, at NLG R214 turn left to intercept NLG R219 at 1800m. To NLG R219 DME 29.5 at 3000 m, turn right at heading 249 M, to BOKAT at 3600 m, to BIGRO. MIPAG 6 D (minimum climb gradient of 4.8% required until leaving 3300m) Depart on track 358 M, at MCU DME 3.3NM turn right on track 040 M and continue climbing. By MCU DME 9.0NM establish on GLN R222, continue climbing to 3300m and maintain, to GLN, turn left on GLN R310 to MIPAG. NLG 6 D (minimum climb gradient of 4.8% required until reaching 1500 m) Depart on track 358 M, at MCU DME 3.3NM turn right on track 040 M and continue climbing. At MCU DME 9.0NM turn left to establish on NLG R166 and reach 1500m by NLG. SHL 6 D (minimum climb gradient of 4.8% required until leaving 3300m) Depart on track 358 M, at MCU DME 3.3NM turn right on track 040 M and continue climbing. By MCU DME 9.0NM establish on GLN R222, continue climbing to 3300m and maintain. Leave GLN on R340 to IDUMA at 3300m. Turn left at IDUMA and proceed to SHL via SHL R157. REMARK: (1) These SIDs are available when ZAO is unserviceable. (2) Aircraft unable to comply with the minimum climb gradient must inform Macao ground control at first contact to allow special coordination. (3) Maximum departure turning speed: 205 kt IAS. (4) Owing to the proximity of the Hong Kong international airport, pilots departing on RWY 34 towards Hong Kong direction are reminded the need to follow the standard SID track until LKC DVOR. Any deviation from the standard SID track could result in direct conflict with Hong Kong traffic. Civil Aviation Authority Macao, China AIRAC AMDT 01/16

GRUPA 1 V 86 AD 2 - VMMC - 62 G GUANGZHOU FIR - HONG KONG FIR AIP MACAO 19 SEP 2013 SID MACAO RWY 34 RADIO FAILURE PROCEDURE : Squawk A / 7600 CIVIL AVIATION AUTHORITY - MACAO, CHINA CORRECTIONS : No Change. JIUZHOU ZAO117.2 R274 SMT 4000 6000 (1219 m 1829 m) DO NOT OVERSHOOT R230 MACAO MCU 116.4 Ch 111X 358 5500 MNM (1676 m MNM) 040 7 5.4% 16.1NM SMT R040 ZAO 5 12.5 NM MCU 094 5 11.0 NM SMT 6000 MNM (1829 m MNM) 6.0 NM SMT 6 151 400 4000 ( 120m 1219m ) 21.7 109 6.3 15.0 SIU MO TO SMT 114.8 Ch 95X 18 CAMRI 22 01.8 N 114 04.5 E BREAM 21 46.8 N 114 03.5 E TITAN 21 40.5 N 114 03.0 E TUNG LUNG TD 116.1 Ch 108X 134 117 22.2 SHELY 22 05.4 N 114 39.2 E 39 15.8 OCEAN 21 48.7 N 114 48.8 E LAKES 21 58.7 N 114 54.6 E 94 134 90 TWR : APP : APP : ATIS : MACAO Tower ZHUHAI Approach HONG KONG Radar MACAO MAX DEP TURNING SPEED : 205 kt IAS RASSE 21 47.6 N 115 19.8 E 118.0 120.35 (124.25) ( 1 ) 126.3 / 119.1 ( 2 ) 126.4 SOUSA 2 V 94 71.4 CONGA 1 V TA 9000 (2700 m) 29 81.3 VAR 2 W (95) Not to Scale SOUSA 22 01.2 N 116 11.5 E CONGA 21 44.0 N 116 47.1 E 14.1 216 PECAN 21 26.3 N 114 02.1 E (ALLEY 1 V,CONGA 1 V, GRUPA 1 V, SOUSA 2 V) 25.3 ALLEY 1 V AIRAC AMDT 01/13 ALLEY 21 05.2 N 113 47.2 E BEARINGS, TRACKS AND RADIALS ARE MAGNETIC ALTITUDES AND ELEVATIONS ARE IN FEET AND/OR (METERS / m) DISTANCES IN NAUTICAL MILES GRUPA 20 50.7 N 115 57.0 E

AIP MACAO GUANG ZHOU FIR HONG KONG FIR AD2-VMMC-62 H SID MACAO RWY 34 19 SEP 2013 (ALLEY 1 V, CONGA 1 V, GRUPA 1 V, SOUSA 2 V) CAT A, B, C, D ALLEY 1 V (minimum climb gradient of 5.4% required until leaving 5500 ft) Depart on track 358 M and climb to 400 ft (120 m). Then turn right and continue climb to ZAO. Leave ZAO on R040 climbing to 4000 ft, at SMT DME 16.1 (MCU DME 12.5) turn right to establish on SMT R274, continue climbing to pass 5500 ft by SMT DME 11.0 and reach 6000 ft by SMT DME 6.0. Further climb when instructed by ATC. From SMT DME 6.0 turn right to CAMRI. From CAMRI turn right direct to BREAM, then TITAN and then PECAN. From PECAN turn right to ALLEY. Continue on Terminal Transition Routes published in Hong Kong AIP. If SMT is not available, ALLEY 1 V is not permitted. CONGA 1 V (minimum climb gradient of 5.4% required until leaving 5500 ft) Depart on track 358 M and climb to 400 ft (120 m). Then turn right and continue climb to ZAO. Leave ZAO on R040 climbing to 4000 ft, at SMT DME 16.1 (MCU DME 12.5) turn right to establish on SMT R274, continue climbing to pass 5500 ft by SMT DME 11.0 and reach 6000 ft by SMT DME 6.0. Further climb when instructed by ATC. From SMT track direct to TD. From TD track direct to OCEAN and then turn left direct to RASSE and CONGA. Continue on Terminal Transition Routes published in Hong Kong AIP. If SMT is not available, CONGA 1 V is not permitted. If TD is not available, expect radar vectors to CONGA. GRUPA 1 V (minimum climb gradient of 5.4% required until leaving 5500 ft) Depart on track 358 M and climb to 400 ft (120 m). Then turn right and continue climb to ZAO. Leave ZAO on R040 climbing to 4000 ft, at SMT DME 16.1 (MCU DME 12.5) turn right to establish on SMT R274, continue climbing to pass 5500 ft by SMT DME 11.0 and reach 6000 ft by SMT DME 6.0. Further climb when instructed by ATC. From SMT track direct to TD. From TD track direct to OCEAN and then GRUPA. Continue on Terminal Transition Routes published in Hong Kong AIP. If SMT is not available, GRUPA 1 V is not permitted If TD is not available, expect radar vectors to GRUPA. SOUSA 2 V (minimum climb gradient of 5.4% required until leaving 5500 ft) Depart on track 358 M and climb to 400 ft (120 m). Then turn right and continue climb to ZAO. Leave ZAO on R040 climbing to 4000 ft, at SMT DME 16.1 (MCU DME 12.5) turn right to establish on SMT R274, continue climbing to pass 5500 ft by SMT DME 11.0 and reach 6000 ft by SMT DME 6.0. Further climb when instructed by ATC. From SMT track direct to TD. From TD turn right direct to SHELY then LAKES. From LAKES turn left direct to SOUSA. Continue on Terminal Transition Routes published in Hong Kong AIP. If SMT is not available, SOUSA 2 V is not permitted. If TD is not available, expect radar vectors to SHELY. REMARK: (1) Aircraft are NOT TO OVERSHOOT JIUZHOU DVOR (ZAO 117.2 MHz) R230 which defines the northern limit for flights taking off RWY 34 due to NOISE ABATEMENT for Zhuhai City. (2) Procedure Design Gradient based only on airspace restriction. (3) Aircraft unable to comply with the minimum climb gradient must inform MACAO ground control at first contact to allow special coordination. (4) Maximum departure turning speed: 205 kt IAS until ZAO DVOR. (5) Standard Instrument Departure Procedures (SIDs) transiting Hong Kong Airspace Speed Restriction Aircraft shall fly at 250 kt or less below FL 110. Loss of communication In the event of loss of communication, aircraft shall comply with the last acknowledged clearance up to the next reporting point in the SID, then climb to the flight planned cruising level and follow the flight planned route to join the appropriate airway. (6) Owing to the proximity of the Hong Kong international airport, pilots departing on RWY 34 towards Hong Kong direction are reminded the need to follow the standard SID track until LKC DVOR. Any deviation from the standard SID track could result in direct conflict with Hong Kong traffic. (7) If ZAO is unserviceable, Depart on track 358M, at MCU DME 3.3NM turn right on track 040M. Then turn right by MCU DME 13.8NM (SMT DME 16.2NM) at altitude 4000ft to intercept SMT R274, continue climbing to pass 5500ft by SMT DME 11.0NM and reach 6000ft by SMT DME 6.0NM. Further climb when instructed by ATC and continues the original SID. Civil Aviation Authority Macao, China AMDT 19

GRUPA 2 W 86 AD 2 VMMC - 62 I GUANGZHOU FIR - HONG KONG FIR AIP MACAO 19 SEP 2013 SID MACAO RWY 34 RADIO FAILURE PROCEDURE : Squawk A / 7600 CIVIL AVIATION AUTHORITY - MACAO, CHINA CORRECTIONS : No Change. JIUZHOU ZAO117.2 R274 SMT 4000 6000 (1219 m 1829 m) DO NOT OVERSHOOT R230 MACAO MCU 116.4 Ch 111X 358 5500 MNM (1676 m MNM) 040 7 5.4% 16.1NM SMT R040 ZAO 5 12.5 NM MCU 094 5 11.0 NM SMT 6000 MNM (1829 m MNM) 164 6.0 NM SMT 24.7 400 4000 ( 120m 1219m ) 167 10.4 6.3 90 102 SIU MO TO SMT 114.8 Ch 95X DOCTA 21 56.8 N 114 00.6 E BREAM 21 46.8 N 114 03.5 E TITAN 21 40.5 N 114 03.0 E 45.6 50.3 OCEAN 21 48.7 N 114 48.8 E LAKES 21 58.7 N 114 54.6 E 94 134 90 TWR : APP : APP : ATIS : MACAO Tower ZHUHAI Approach HONG KONG Radar MACAO MAX DEP TURNING SPEED : 205 kt IAS SOUSA 2 W RASSE 21 47.6 N 115 19.8 E 118.0 120.35 (124.25) ( 1 ) 126.3 / 119.1 ( 2 ) 126.4 94 71.4 TA 9000 (2700 m) 28.8 81.3 CONGA 2 W VAR 2 W (95) Not to Scale SOUSA 22 01.2 N 116 11.5 E CONGA 21 44.0 N 116 47.1 E 14.1 216 PECAN 21 26.3 N 114 02.1 E (ALLEY 1 W, CONGA 2 W, GRUPA 2 W, SOUSA 2 W) 25.3 ALLEY 1 W AIRAC AMDT 01/13 ALLEY 21 05.2 N 113 47.2 E BEARINGS, TRACKS AND RADIALS ARE MAGNETIC ALTITUDES AND ELEVATIONS ARE IN FEET AND/OR (METERS / m) DISTANCES IN NAUTICAL MILES GRUPA 20 50.7 N 115 57.0 E