+ JEPPESEN 10-1P 9 DEC GENERAL

Size: px
Start display at page:

Download "+ JEPPESEN 10-1P 9 DEC GENERAL"

Transcription

1 , 2007, 206. ALL RIGHTS RESERVE. Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid + 9 EC 6 0-P.. ATIS -ATIS 26.4.AIRPORT.BRIEFING..2. AVANCE SURFACE MOVEMENT GUIANCE AN CONTROL SYSTEM (SMGCS).2.. TRANSPONER OPERATING PROCEURES ON GROUN.2... GENERAL Advanced Surface Movement Guidance and Control System using Mode S multilateration has been commissioned. When on ground, ACFT must squawk Mode C, in order to provide altitude information to the surveillance system, and thereby prevent clutter on RAAR display and false automatic detection of departure for ACFT still on ground ARRIVAL When on RWY, keep TCAS selected. After vacating RWY, select transponder or equivalent and AUTO if available. TCAS shall be deselected when vacating RWY. When parked on stand, select STBY EPARTURE At gate/stand, select STBY. Enter discrete SSR code received. Enter three-letter ICAO designator followed by flight identification number (e.g. AIC748) through FMS or transponder control panel, depending on the avionics. On requesting push-back/taxi (whichever is earlier), select transponder or equivalent and AUTO if available. After receiving clearance to line up, select TCAS when lining up..3. CROSSING RWY OPERATIONS Crossing RWY operations (Arrival/eparture RWY 27 and dedicated eparture RWY 4) in effect between and subject to following conditions: All arrivals to use RWY 27. eparture from Apron A, B, C or to use RWY 4. eparture from Apron G, H or K to use RWY 27. eparture from General Aviation Parking Area located south of RWY 27 and West of RWY 4 to use RWY 27. ATC may deviate from above condition for optimizing capacity. Weather condition criteria: VIS 3000m. Ceiling 500. Tailwind component for RWY 4 not to exceed 8 KT..4. TAXI PROCEURES TWY B from taxilane H up to southern segment of TWY Link 5 parallel to TWY Y code C. Taxilane B3 between northern segment of TWY Link 5 and TWY Link 6 parallel to taxilane Y3 code E. TWY B4 between TWY Link 6 up to behind stand V3R code C. TWYs E7, K, K3, L, L3, L4, taxilane L and taxilane R code C. Taxilane H between taxilane P and TWY M7 code E. Taxilane H from TWY M5 up to northern segment of TWY Link 5, between TWY B and TWY Y code E. Taxilane H3 between TWY Link 6 up to behind stand V32R code E. TWY Link 4 code C.. GENERAL

2 , 2007, 206. ALL RIGHTS RESERVE. Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid + 9 EC 6 0-P TWY Link 5 behind stand K5 linking TWYs B3/Y3 code E. TWY Link 5 behind stand K4 linking TWYs B/Y code C. TWY Link 6 behind stand V28/K6L linking taxilanes Y3/B3 code E. TWY M4 between TWY M up to taxilane H code E. TWY M8 between TWY M and taxilane H west of TWY M7 code E. TWY N4 code E..AIRPORT.BRIEFING. TWY Y from TWY M4 up to southern segment of TWY Link 5 parallel to TWY B code C. Taxilane Y3 between northern segment of TWY Link 5 and TWY Link 6 parallel to taxilane B3 code E. TWY Y4 between TWY Link 6 up to behind stand V3R code C. Portion of RWY 4/32 between TWY K up to TWYs N/N used as TWY. ACFT shall not cross any RWY without positive clearance from Tower. ACFT holding on TWY N at holding position RWY 4/32 will prohibit ACFT taxiing on TWY W4. ACFT holding on TWY W4 at holding position RWY 4/32 will prohibit ACFT taxiing on TWY N. ACFT holding on TWY N at holding position RWY 09/27 will prohibit ACFT taxiing on TWY N. ACFT holding on TWY N6, N0, N and W will prohibit ACFT taxiing on TWY N. ACFT holding on TWY E (between TWY N and RWY 09/27), N3 and N4 will prohibit ACFT taxiing on TWY N. ACFT holding on TWY N at holding position RWY 4/32 will prohibit ACFT taxiing on TWY E. ACFT holding on TWY S at holding position RWY 4/32 will prohibit ACFT taxiing on TWY E. No RIGHT turn allowed on TWY E7 from RWY 4/32. No LEFT turn allowed to RWY 4/32 from TWY E7. However ACFT up to code C can taxi from TWY E7 to TWY K or vice versa across RWY 4/32. Simultaneous taxiing on TWYs B/Y, taxilane B3/Y3 and TWYs B4/Y4 by ACFT up to code C permitted. ACFT taxiing parallel on TWYs B and Y or B4 and Y4 shall not exceed taxiing speed of 0 KT. When code C ACFT is holding on TWY N3, ACFT above code C cannot taxi on TWY N behind TWY N3. When code C ACFT is holding on TWY N4, ACFT above code C cannot taxi on TWY N behind TWY N4. When code C ACFT is holding on TWY M5 short of TWY M, ACFT above code C cannot taxi behind it. Last available exit TWY for RWY 09 is TWY N3 and for RWY 27 is TWY N..5. PARKING INFORMATION.5.. GENERAL For all stands except stands 25 thru 3 push-back is required. Stands A thru A, G thru G5, K3, K4, K5, K6, R, R2, S thru S3 and V4L thru V7R, V8 thru V6R and V7 thru V32R equipped with visual docking guidance system USE OF STANS 25 THRU 3 Enter from South to North via TWYs N and K3. Exit via TWY K with RIGHT turn.. GENERAL.6. OTHER INFORMATION Pilots shall not request for direct routing below FL 40 on Approach to reduce communication congestion.

3 , 2007, 205. ALL RIGHTS RESERVE. Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid +.AIRPORT.BRIEFING. 2. ARRIVAL 2.. SPEE RESTRICTIONS 2... SPEE CONTROL PROCEURES IN THE PROVISION OF RAAR CONTROL SERVICE For detailed information, affecting several major APTs, refer to ATC pages INIA RWY OPERATIONS RWY OCCUPANCY TIME PROCEURE FOR ARRIVAL Pilots are advised that rapid exits from the RWY enable ATC to apply minimum spacing between ACFT on final approach to maximise RWY utilization. Unless instructed otherwise, ACFT vacating the RWY should not stop on any rapid exit taxiway or exit TWY, but proceed to the next TWY as instructed by ATC. Pilots shall contact Ground after vacating RWY unless instructed otherwise by ATC. TWY N5 should be the preferred exit TWY for RWY 09. TWY N8 should be the preferred exit TWY for RWY 27. When RWY 27 is in use: - Rapid exit TWY N7 is available for code A, B & Q400 ACFT only. - Pilots of all code C,, E & F ACFT shall plan to vacate RWY 27 via TWY N8. In case the ACFT is unable to vacate RWY 27 via TWY N8, the pilot shall endeavour to vacate using TWY N9. Exit TWYs N0, N & N should be used only in case the ACFT is unable to vacate the RWY using the preferred TWYs. General Aviation ACFT, Code A, B & C, should vacate RWY 27 via TWY S7. Pilots unable to vacate RWY via the preferred TWYs due to operational reasons, should notify Aerodrome Control Tower, as early as feasible. Preferred exit points for RWY 09 and 27: RWY esignation ACFT Type TWY istance 2.3. TAXI PROCEURES LEFT and RIGHT turn available for ACFT vacating RWY 09 via TWY N5. esign Exit Speed 09 Code C,, E and F N (204m) 50 KT 27 Code C,, E and F N8 66 (878m) EC 5 0-P2.Eff.0.ec. Code B, AT42, AT72, Q400 & CRJ General Aviation ACFT Code A, B and C Code C: 50 KT Code /E/F: 30 KT N7 564 (574m) 50 KT S (735m) -- ACFT vacating RWY 27 via TWY N8 shall continue on TWY N; RIGHT turn is allowed on TWY N without any restriction. LEFT turn allowed only for ACFT with wingspan up to 8'/36m from TWY N8 on to TWY N.

4 , 2007, 205. ALL RIGHTS RESERVE. Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid + 4 EC 5 0-P3.Eff.0.ec..AIRPORT.BRIEFING. 2. ARRIVAL 2.4. OTHER INFORMATION COMMUNICATION FAILURE GENERAL Pilot shall not overfly situated 9NM Southwest of APT under any circumstances. Pilot-in-command (PIC) must maintain the last assigned clearance for 2 minutes after squawking in all cases ASSIGNE RWY - AVAILABILITY FOR RCF ACFT When RWY for landing has already been advised to the ACFT by ATC, such RWY shall be considered as assigned RWY. In case arriving ACFT has not been advised any RWY, RWY 27 shall be considered as assigned RWY for such arrival. uring the notified periods of maintenance/closure of RWY 27, RWY 4 shall be considered as assigned RWY. RWY lights, PAPI & APCH lights in "SWITCHE ON" mode shall indicate the availability of RWY for ACFT experiencing RCF. Switch off ILS for RWY not in use. Irrespective of visibility/weather conditions, RWY and APCH light in "SWITCHE OFF" mode shall indicate non-availability of RWY for ACFT experiencing RCF. In such cases, alternate RWY shall be made available for such ACFT ARRIVAL - ANY PHASE EXCEPT FINAL APPROACH - Squawk 7600; - 2 minutes after squawking 7600 proceed direct to and join holding for assigned RWY; - Within 00NM may commence descent to and join holding for assigned RWY. Cross 25 at or above FL70; - Follow the laid down procedures for assigned RWY; - ATC will provide appropriate separation to the RCF ACFT ARRIVAL - NO LANING CLEARANCE RECEIVE If ACFT on final approach has not received landing clearance, it will carry out missed approach: - Squawk 7600; - Proceed for next approach from for the same RWY; - ATC will keep RWY APCH light in switched-on mode for next approach ARRIVAL - OUTSIE TMA Pilot-in-command (PIC) shall commence RCF manoeuvre, after 2 minutes of squawking 7600 or entering Mumbai TMA, whichever is later. - Proceed direct to and join holding for assigned RWY. - Within 00NM may commence descent to and join holding for assigned RWY. Cross 25 at or above FL70. The above procedures do not restrict the pilot-in-command (PIC) from taking appropriate action fit in case the ACFT receives GPWS/TCAS warning at any phase of the flight RNAV ARRIVAL IN HOLING Leave associated holding after coming over associated waypoint at holding release time, if given, or on completion of the holding. Maintain/descend to last assigned level and proceed to VOR. 5 minutes after leaving the holding descend to FL 00 and commence published instrument APCH procedure from VOR for RWY-in-use NON-RNAV ARRIVAL IN HOLING Proceed to VOR. Maintain/descend to last assigned level. escend in published holding of VOR to FL 90 and commence published instrument APCH procedure for RWY-in-use.

5 , 203, 205. ALL RIGHTS RESERVE. Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid + 5 JAN 6 0-P4.AIRPORT.BRIEFING. 3. EPARTURE 3.. AIRPORT COLLABORATIVE ECISION MAKING The pilot will contact Clearance elivery (CL) to request en-route clearance and SI between TSAT - 5 minutes to TSAT - 5 minutes. Blue Zone. The ACFT must be ready to Start-up/Push-back at TOBT and request SMC (GROUN) for Start-up/Push-back at TSAT -5 minutes and TSAT +5 minutes. Green Zone. (Note: The system may prepone TSAT up to TOBT). In case for Schedule Flight, "Boarding" has not started at or before TSAT -5 minutes, allotted TSAT will be cancelled and associated slot will be allocated to next eligible ACFT. a. A new TOBT is required from Airlines Operator. b. On receipt of new TOBT, the flight will be re-sequenced according to new TOBT and a new TSAT with a subsequent delay will be issued. If at TSAT +5 minutes: Red Zone, ATC has not received Start-up/Push-back request, the ACFT will lose its position in sequence. a. A new TOBT is required from Airlines Operator. b. On receipt of new TOBT, the flight will be re-sequenced according to new TOBT and a new TSAT with a subsequent delay will be issued. ATC should normally be able to issue start-up/push-back at TSAT. Pilots will be informed by ATC of any revised TSAT if there is a delay to TSAT in excess of 5 minutes. Taxi clearance must be requested within 5 minutes of Start-up/Push-back approval time. (Note: If this has not occurred, SMC (GROUN) must be notified of the extent of delay. In such cases, ACFT may lose its departure slot and a new TOBT may be required in A-CM, Mumbai interface. ACFT operator shall be responsible to obtain new AC number from IAF-MLU). The Pre-eparture (Off-block) Sequence will be determined in accordance with Target Start up Approval Time (TSAT) and NOT in accordance with the Start-up Request. Pre-eparture Sequence will not have any bearing on Actual eparture sequence. (Note: Actual eparture sequence may differ from pre-departure sequence in order to optimize the RWY and Airspace utilization.)

6 , 203, 206. ALL RIGHTS RESERVE. Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid + 5 JAN 6 0-P5.AIRPORT.BRIEFING. 3. EPARTURE 3.2. START-UP & PUSH-BACK PROCEURES If ACFT is ready for departure, the pilot shall contact GROUN for pushback and start-up permission. Engine start-up at the stand will not be allowed in conditions of visibility less than 500m. Simultaneous push-back/start-up from adjacent stands is not permitted. When pilot is ready for start-up, he shall seek confirmation from the ground crew for hazard free zone prior to starting ACFT engines. On receipt of the clearance, pilot shall read back the push-back clearance given by ATC, then coordinate with ground crew for push-back and start-up of the ACFT. To expedite departure, the Pilot-In-Command may start engines (on idle power) before commencing push-back on the ACFT stand, in coordination with the ground crew. No cross-bleed start-up by ACFT is permitted till the push-back and/or pull ahead procedure is complete and the ACFT is aligned with the taxilane/taxiway centerline marking. For ACFT stands without dedicated push-back lines, stand lead-in line may be used for push-back guidance. Pilots shall adhere to the push-back and start-up procedures and will use minimum breakaway power. Pilots shall use minimum taxi power when operating on the apron areas to minimize effect of jet blast in the surrounding areas. Simultaneous taxiing by code E ACFT on taxilane P and T is not permitted, unless one of the two ACFT is fully aligned with the centerline of taxilanes P and T, as the case may be, and is holding/stationary. Simultaneous taxiing on taxilane P and T by ACFT below code E is permitted. In case of simultaneous push-back from stands V9, V0, G3, G4 or G5 by code E ACFT, pilot to take caution to ensure clearance from the other ACFT pushing back. Push-back from any of the stands V26, V27 or V28, pilot is to take caution to ensure clearance from ACFT pushing back from any of the stands K3, K4 or K5. RWY 09 Stand Procedure CAUTION - Note A, A2 Push-back deep on TWY L4 and pull ahead up to tug release point T. Taxi out via TWY L. A3 A4 A5 thru A2 Push-back facing West on taxilane L and pull ahead up to tug release point T. Taxi out via TWY L. Push-back facing West on taxilane L up to tug release point T. Taxi out via TWY L. Push-back facing West on taxilane L. Taxi out via TWY L. thru 0 Push-back facing South-West on taxilane K. Taxi out via taxilane K., 2 Push-back deep on TWY N facing West. Taxi out via TWY N. 25 thru 3 Power out facing North-West on taxilane K. Taxi out via taxilane K. Only one ACFT to push back between stands A thru A4 (both stands inclusive) at any point of time. ACFT pushing back deep on TWY L4 will prohibit ACFT taxiing on TWY N. Only alternate ACFT from stands A5 thru A8 to commence push-back at any point of time.

7 , 206. ALL RIGHTS RESERVE. Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid + 8 MAR 6 0-P6 34, 35 Push-back facing South-West on taxilane K3. Taxi out via taxilane K3. 36 ACFT stand 36 to be kept vacant. 37 thru 40 Push-back facing South-West on taxilane K3. Taxi out via taxilane K3. 80 Push-back facing South-East on TWY U up to tug release point T7. Taxi out via TWY N. 8 thru 85 Push-back facing North-West on TWY U. Taxi out via stand 36. Note: Stand 36 is kept vacant. 86 thru 88 Push-back facing North-West on TWY U. Taxi out via stand 36. Note: Stand 36 is kept vacant. G thru G3 Push-back facing South-West on taxilane P up to tug release point T9. Taxi out via taxilane P. G4, G5 Push-back facing South-West on taxilane P up to tug release point T0. Taxi out via taxilane P. L thru L5 L6 thru L0 3. EPARTURE Push-back facing South-East on taxilane W. Taxi out via TWY W. Push-back facing South-East on taxilane W and pull ahead up to tug release point T9. Taxi out via TWY W. SL thru S3R ACFT pushing back from stand SL, S, SR, S2, S2R, S3L and S3R to push back facing North-West on taxilane H. ACFT pushing back from stand S3 to push back facing North-West on taxi lane H up to tug release point T4. ACFT to taxi out via taxilane H..AIRPORT.BRIEFING. RWY 09 (cont d) Stand Procedure CAUTION - Note ACFT on stand 80 not to commence push-back until the ACFT pushing back from stands 8, 82 or 86 has taxied out. ACFT on stands 8, 82 or 86 not to commence push-back until the ACFT pushing back from stand 80 has taxied out. ACFT on stands 8, 82 or 86 not to commence push-back until the ACFT pushing back from stand 80 has taxied out. Push-backs from stand G thru G4, S3, S3R and V are interdependent. ACFT on stand G4 not to commence push-back until the ACFT pushing back from stands G or G2 or G3 has taxied out. Push-backs from stands G4, G5 and V are interdependent. Push-backs from stands SL, S, SR, S2, S2R and V2 are interdependent. Push-backs from stands S3L, S3, S3R and V are interdependent.

8 , 206. ALL RIGHTS RESERVE. Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid + 8 MAR 6 0-P7 V4L thru V5 V6L thru V7R V8L thru V8R Push-back facing South-West on taxilane T and pull ahead abeam stand V7 to tug release point T. Taxi out via taxilane T. Push-back facing South-West on taxilane T and pull ahead up to tug release point T. Taxi out via taxilane T. Push-back facing South-West on taxilane T up to tug release point T. Taxi out via taxilane T. V9, V0 Push-back facing South-West on taxilane T and pull ahead till abeam stand 0. Taxi out via taxilane T. V V2 V3 thru V5 3. EPARTURE Push-back facing South-West on taxilane P up to tug release point T9. Taxi out via taxilane P. Push-back facing North-West on taxilane H. Taxi out via taxilane H. Push-back facing West on taxilane H up to tug release point T5. Taxi out via taxilane H. V6, V7 Push-back deep facing North on TWY M7 up to tug release point T6. Taxi out via taxilane H..AIRPORT.BRIEFING. RWY 09 (cont d) Stand Procedure CAUTION - Note Push-backs from stand V, G, G2, G3, G4, S3L, S3R, S3, S2 and S2R are interdependent. Push-backs from stand V2, SL, S, SR, S2 and Y2 are interdependent. Push-backs from stand V3, Y2, Y3R, Y3, Y3L and Y4 are interdependent. Push-backs from stand V4, Y3, Y3L, and Y4 are interdependent. ACFT on stand V5 and V5R not to commence push-back until the ACFT pushing back from stands V6 or V7 has completed its push-back. ACFT on stands V6 and V7 not to commence push-back until the ACFT pushing back from stand V5 has completed its pushback.

9 , 206. ALL RIGHTS RESERVE. Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid + 5 JAN 6 0-P8.AIRPORT.BRIEFING. RWY 4 Stand Procedure CAUTION - Note: A thru A4 A5 thru A8 A9 thru A A2 3. EPARTURE ACFT on stand A and A2 to push back facing East on taxilane L up to tug release point T. ACFT on stand A3 and A4 to push back facing East on taxilane L and pull ahead to release point T. Taxi out via TWY L4. Push-back facing East on taxilane L. Taxi out via TWY L4. ACFT on stand A9 to push back facing East on taxilane L up to tug release point T2. ACFT on stands A0 and A to push back and pull ahead up to tug release point T2. Taxi out via TWY L4. Push-back deep on TWY L and pull ahead up to tug release point T2. Taxi out via TWY L4. Note: eep push-back on TWY L will restrict another ACFT taxiing on TWY N. thru 8 Push-back facing North-East on taxilane K. Taxi out via TWY K. 9, 0 Push-back facing North-East on taxilane K and pull ahead up to tug release point T4. Taxi out via taxilane K., 2 Push-back deep on TWY N facing East. Taxi out via TWY K. 25 thru 3 Power out facing North-West on taxilane K. Taxi out via taxilane K. 34, 35 Push-back facing North-East on taxilane K3. Taxi out via taxilane K3. 36 ACFT stand 36 to be kept vacant. 37, 38 Push-back facing North-East on taxilane K3. Taxi out via taxilane K3. 39, 40 Push-back facing North-East on taxilane K3 and pull ahead up to tug release point T6. Taxi out via taxilane K3. 80 Push-back facing South-East on TWY U up to tug release point T7. Taxi out via TWY N. Only one ACFT to push back between stands A thru A4 (both stands inclusive) at any point of time. Only alternate ACFT from stands A5 thru A8 to commence push-back at any point of time. Only one ACFT to push back between stands A9 to A2 (both stands inclusive) at any point of time. ACFT on stand 8 not to commence push-back until the ACFT pushing back from stands 9 or 0 has taxied out. ACFT on stand 38 not to commence push-back until the ACFT pushing back from stands 39 or 40 has taxied out. ACFT on stand 80 not to commence push-back until the ACFT pushing back from stands 8, 82 or 86 has taxied out.

10 , 206. ALL RIGHTS RESERVE. Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid + 5 JAN 6 0-P9 8 thru 85 Push-back facing North-West on TWY U. Taxi out via stand 36. Note: Stand 36 is kept vacant. 86 thru 88 Push-back facing North-West on TWY U. Taxi out via stand 36. Note: Stand 36 is kept vacant. G thru G3 Push-back facing South-West on taxilane P up to tug release point T9. Taxi out via taxilane P. G4, G5 Push-back facing South-West on taxilane P up to tug release point T0. Taxi out via taxilane P. L thru L5 L6 thru L0 SL thru S3R V4L thru V5 V6L thru V7R V8L thru V8R 3. EPARTURE Push-back facing South-East on taxilane W. Taxi out via TWY W. Push-back facing South-East on taxilane W and pull ahead up to tug release point T9. Taxi out via TWY W. ACFT pushing back from stand SL thru S2R to push back facing North-West on taxilane H. ACFT pushing back from stand S3 to push back up to tug release point T4. Taxi out via taxilane H. Push-back facing South-West on taxilane T and pull ahead abeam stand V7 to tug release point T. Taxi out via taxilane T. Push-back facing South-West on taxilane T and pull ahead up to tug release point T. Taxi out via taxilane T. Push-back facing South-West on taxilane T up to tug release point T. Taxi out via taxilane T. V9, V0 Push-back facing South-West on taxilane T and pull ahead till abeam stand 0. Taxi out via taxilane T..AIRPORT.BRIEFING. RWY 4 (cont d) Stand Procedure CAUTION - Note: ACFT on stands 8, 82 or 86 not to commence push-back until the ACFT pushing back from stand 80 has taxied out. ACFT on stands 8, 82 or 86 not to commence push-back until the ACFT pushing back from stand 80 has taxied out. Push-backs from stand G thru G4, S3, S3R and V are interdependent. ACFT on stand G4 not to commence push-back until the ACFT pushing back from stands G or G2 or G3 has taxied out. Push-backs from stands G4, G5 and V are interdependent. Push-backs from stands SL, S, SR, S2, S2R and V2 are interdependent. Push-backs from stands S3, S3R, S3L and V are interdependent.

11 , 206. ALL RIGHTS RESERVE. Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid + 8 MAR 6 0-P0 V V2 V3 thru V5 3. EPARTURE Push-back facing South-West on taxilane P up to tug release point T9. Taxi out via taxilane P. Push-back facing North-West on taxilane H. Taxi out via taxilane H. Push-back facing West on taxilane H up to tug release point T5. Taxi out via taxilane H. V6, V7 Push-back deep facing North on TWY M7 up to tug release point T6. Taxi out via taxilane H..AIRPORT.BRIEFING. RWY 4 (cont d) Stand Procedure CAUTION - Note: Push-backs from stand V, G, G2, G3, G4, S3L, S3R, S3, S2 and S2R are interdependent. Push-backs from stand V2, SL, S, SR, S2 and Y2 are interdependent. Push-backs from stand V3, Y2, Y3R, Y3, Y3L and Y4 are interdependent. Push-backs from stand V4, Y3, Y3L, and Y4 are interdependent. ACFT on stand V5 and V5R not to commence push-back until the ACFT pushing back from stands V6 or V7 has completed its push-back. ACFT on stands V6 and V7 not to commence push-back until the ACFT pushing back from stand V5 has completed its pushback.

12 , 206. ALL RIGHTS RESERVE. Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid + 8 MAR 6 0-P.AIRPORT.BRIEFING. RWY 27 Stand Procedure CAUTION - Note: A thru A4 A5 thru A8 A9 thru A A2 3. EPARTURE ACFT on stand A & A2 to push back facing East on taxilane L up to tug release point T. ACFT on stand A3 & A4 to push back facing East on taxilane L and pull ahead to release point T. Taxi out via TWY L4. Push-back facing East on taxilane L. Taxi out via TWY L4. ACFT on stand A9 to push back facing East on taxilane L up to tug release point T2. ACFT on stands A0 and A to push back and pull ahead up to tug release point T2. Taxi out via TWY L4. Push-back deep on TWY L and pull ahead up to tug release point T2. Taxi out via TWY L4. Note: eep push-back on TWY L will restrict another ACFT taxiing on TWY N. thru 8 Push-back facing North-East on taxilane K. Taxi out via TWY K. 9, 0 Push-back facing North-East on taxilane K and pull ahead up to tug release point T4. Taxi out via taxilane K., 2 Push-back deep on TWY N facing East. Taxi out via TWY N. 25 thru 3 Power out facing North-West on taxilane K. Taxi out via taxilane K. 34, 35 Push-back facing North-East on taxilane K3. Taxi out via taxilane K3. 36 ACFT stand 36 to be kept vacant. 37, 38 Push-back facing North-East on taxilane K3. Taxi out via taxilane K3. 39, 40 Push-back facing North-East on taxilane K3 and pull ahead up to tug release point T6. Taxi out via taxilane K3. 80 Push-back facing South-East on TWY U up to tug release point T7. Taxi out via TWY N. Only one ACFT to push back between stands A thru A4 (both stands inclusive) at any point of time. Only alternate ACFT from stands A5 thru A8 to commence push-back at any point of time. Only one ACFT to push back between stands A9 to A2 (both stands inclusive) at any point of time. ACFT on stand 8 not to commence push-back until the ACFT pushing back from stands 9 or 0 has taxied out. ACFT on stand 38 not to commence push-back until the ACFT pushing back from stands 39 or 40 has taxied out. ACFT on stand 80 not to commence push-back until the aircraft pushing back from stands 8, 82 or 86 has taxied out.

13 , 206. ALL RIGHTS RESERVE. Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid + 8 MAR 6 0-P2 8 thru 85 Push-back facing North-West on TWY U. Taxi out via stand 36. Note: Stand 36 is kept vacant. 86 thru 88 Push-back facing North-West on TWY U. Taxi out via stand 36. Note: Stand 36 is kept vacant. G thru G3 Push-back facing South-West on taxilane P up to tug release point T9. Taxi out via taxilane P. G4, G5 Push-back facing South-West on taxilane P up to tug release point T0. Taxi out via taxilane P. L thru L5 L6 thru L0 SL thru S3R V4L thru V5 V6L thru V7R V8L thru V8R 3. EPARTURE Push-back facing South-East on taxilane W. Taxi out via TWY W. Push-back facing South-East on taxilane W and pull ahead up to tug release point T9. Taxi out via TWY W. ACFT pushing back from stand SL thru S2R to push back facing South-East on taxilane H. ACFT pushing back from stand S3L, S3 and S3R to push back facing South-East on taxilane H, pull ahead up to tug release point T4. Taxi out via taxilane H. Push-back facing South-West on taxilane T and pull ahead abeam stand V7 to tug release point T. Taxi out via taxilane T. Push-back facing South-West on taxilane T and pull ahead up to tug release point T. Taxi out via taxilane T. Push-back facing South-West on taxilane T up to tug release point T. Taxi out via taxilane T. V9, V0 Push-back facing South-West on taxilane T and pull ahead till abeam stand 0. Taxi out via taxilane T..AIRPORT.BRIEFING. RWY 27 (cont d) Stand Procedure CAUTION - Note: ACFT on stands 8, 82 or 86 not to commence push-back until the ACFT pushing back from stand 80 has taxied out. ACFT on stands 8, 82 or 86 not to commence push-back until the ACFT pushing back from stand 80 has taxied out. Push-backs from stand G thru G4, S3, S3R and V are interdependent. ACFT on stand G4 not to commence push-back until the ACFT pushing back from stands G or G2 or G3 has taxied out. Push-backs from stands G4, G5 and V are interdependent. Push-backs from stands SL, S, SR, S2, S2R, V & V2 are interdependent. Push-backs from stands S3, S3R, S3L, G, G2, G3 and V are interdependent.

14 , 206. ALL RIGHTS RESERVE. Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid + 8 MAR 6 0-P3 V V2 V3 3. EPARTURE Push-back facing South-East on taxilane H and pull ahead till abeam stand S3 up to tug release point T4. Taxi out via taxilane H. Push-back facing South-East on taxilane H. Taxi out via taxilane H. Push-back facing East on taxilane H. Taxi out via taxilane H. V4, V5 ACFT pushing back from stands V4 and V5 to push back facing East up to tug release point T5. Taxi out via taxilane H. V6, V7 Push-back deep facing North on TWY M7 up to tug release point T6. Taxi out via taxilane H..AIRPORT.BRIEFING. RWY 27 (cont d) Stand Procedure CAUTION - Note: Push-backs from stand V, G, G2, G3, S3L, S3R, S3, SR, S, S2, and S2R are interdependent. Push-backs from stand V2, SL, S, SR, S2 and S2R are interdependent. Push-backs from stand V3, Y2, Y3R, Y3, Y3L, Y4 and V5 are interdependent. Push-backs from stand V4, Y3R, Y3, Y3L and Y4 are interdependent. ACFT on stand V5 not to commence push-back until the ACFT pushing back from stands V6 or V7 has completed its push-back. ACFT on stands V6 and V7 not to commence push-back until the ACFT pushing back from stand V5 has completed its pushback.

15 , 206. ALL RIGHTS RESERVE. Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid + 5 JAN 6 0-P4.AIRPORT.BRIEFING. RWY 32 Stand Procedure CAUTION - Note: A thru A4 A5 thru A8 A9 thru A A2 3. EPARTURE ACFT on stand A & A2 to push back facing East on taxilane L up to tug release point T. ACFT on stand A3 & A4 to push back facing East on taxilane L and pull ahead to release point T. Taxi out via TWY L4. Push-back facing East on taxilane L. Taxi out via TWY L4. ACFT on stand A9 to push back facing East on taxilane L up to tug release point T2. ACFT on stands A0 and A to push back and pull ahead up to tug release point T2. Taxi out via TWY L4. Push-back deep on TWY L and pull ahead up to tug release point T2. Taxi out via TWY L4. Note: eep push-back on TWY L will restrict another ACFT taxiing on TWY N. thru 3 Push-back facing South-West on taxilane K and pull ahead till abeam stand 3. Taxi out via taxilane K. 4 thru 9 Push-back facing South-West on taxilane K. Taxi out via taxilane K. 0 thru 2 Push-back deep on TWY N facing East. Taxi out via TWY N. 25 Push-back facing North-East on taxilane K3 abeam stand 37. Taxi out via stand 36 - TWY U. Note: Stand 36 is kept vacant. Only one ACFT to pushback between stands A thru A4 (both stands inclusive) at any point of time. Only alternate ACFT from stands A5 thru A8 to commence push-back at any point of time. Only one ACFT to push back between stands A9 to A2 (both stands inclusive) at any point of time. ACFT on stands thru 3 not to commence push-back until the ACFT pushing back from stand 4 has taxied out. ACFT on stand 4 not to commence push-back until the ACFT pushing back from stand thru 3 has taxied out. 26, 27 ACFT stands to be kept vacant. ACFT to use minimum 28 thru 3 Power out facing North-West on taxilane K. Taxi out via stand 26. engine power while joining taxilane K3 from K via stand , 35 Push-back facing South-West on taxilane K3 and pull ahead on till abeam stand 35. Taxi out via taxilane K3. 36 ACFT stand 36 to be kept vacant. 37 thru 40 Push-back facing South-West on taxilane K3. Taxi out via taxilane K3.

16 , 206. ALL RIGHTS RESERVE. Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid + 5 JAN 6 0-P5 80 Push-back facing South-East on TWY U up to tug release point T7. Taxi out via TWY N. 8 thru 85 Push-back facing South-East on TWY U. Taxi out via TWY N. Note: Stand 36 is kept vacant. 86 thru 88 Push-back facing South-East on TWY U. Taxi out via TWY N. G thru G3 Push-back facing South-West on taxilane P up to tug release point T9. Taxi out via taxilane P. G4, G5 Push-back facing South-West on taxilane P up to tug release point T0. Taxi out via taxilane P. L thru L5 L6 thru L0 SL thru S3R V4L thru V5 V6L thru V7R 3. EPARTURE Push-back facing South-East on taxilane W. Taxi out via TWY W. Push-back facing South-East on taxilane W and pull ahead up to tug release point T9. Taxi out via TWY W. ACFT pushing back from stand SL thru S2R to push back facing South-East on taxilane H. ACFT pushing back from stand S3L, S3 and S3R to push back facing South-East on taxilane H, pull ahead up to tug release point T4. Taxi out via taxilane H. Push-back facing South-West on taxilane T and pull ahead abeam stand V7 to tug release point T. Taxi out via taxilane T..AIRPORT.BRIEFING. RWY 32 (cont d) Stand Procedure CAUTION - Note: Push-back facing South-West on taxilane T and pull ahead up to tug release point T. Taxi out via taxilane T. ACFT on stand 80 not to commence push-back until the ACFT pushing back from stands 8, 82 or 86 has taxied out. ACFT on stands 8, 82 or 86 not to commence push-back until the ACFT pushing back from stand 80 has taxied out. ACFT on stands 8, 82 or 86 not to commence push-back until the ACFT pushing back from stand 80 has taxied out. Push-backs from stand G thru G4, S3, S3R and V are interdependent. ACFT on stand G4 not to commence push-back until the acft pushing back from stands G or G2 or G3 has taxied out. Push-backs from stands G4, G5 and V are interdependent. Push-backs from stands SL, S, SR, S2, S2R, V and V2 are interdependent. Push-backs from stands S3, S3R, S3L, G, G2, G3 and V are interdependent.

17 , 206. ALL RIGHTS RESERVE. Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid + 8 MAR 6 0-P6 V8L thru V8R Push-back facing South-West on taxilane T up to tug release point T. Taxi out via taxilane T. V9, V0 Push-back facing South-West on taxilane T and pull ahead till abeam stand 0. Taxi out via taxilane T. V V2 V3 3. EPARTURE Push-back facing South-East on taxilane H and pull ahead till abeam stand S3 up to tug release point T4. Taxi out via taxilane H. Push-back facing South-East on taxilane H. Taxi out via taxilane H. Push-back facing East on taxilane H. Taxi out via taxilane H. V4, V5 ACFT pushing back from stands V4 and V5 to push back facing East up to tug release point T5. Taxi out via taxilane H. V6, V7 Push-back deep facing North on TWY M7 up to tug release point T6. Taxi out via taxilane H..AIRPORT.BRIEFING. RWY 32 (cont d) Stand Procedure CAUTION - Note: Push-backs from stand V, G, G2, G3, S3L, S3R, S3, SR, S, S2, and S2R are interdependent. Push-backs from stand V2, SL, S, SR, S2 and S2R are interdependent. Push-backs from stand V3, Y2, Y3R, Y3, Y3L, Y4 and V5 are interdependent. Push-backs from stand V4, Y3R, Y3, Y3L and Y4 are interdependent. ACFT on stand V5 not to commence push-back until the ACFT pushing back from stands V6 or V7 has completed its push-back. ACFT on stands V6 and V7 not to commence push-back until the ACFT pushing back from stand V5 has completed its pushback.

18 , 206. ALL RIGHTS RESERVE. Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid + 8 MAR 6 0-P7.AIRPORT.BRIEFING. 3. EPARTURE 3.3. TAXI PROCEURES ACFT entering RWY 27 from TWY N should strictly follow TWY CL marking and lights. No lock turn for lining up on RWY 27 from TWY N allowed. For RWY 09, code E and code F departure shall use second RWY holding position J available on TWY N short of TWY N and TWY N junction RWY OPERATIONS RWY OCCUPANCY TIME PROCEURE FOR EPARTURE Taxiing ACFT should maintain a taxiing speed of not less than 5 KT on the straight portion of TWYs and between 8-2 KT during turning manoeuvres. ATC may alter departure sequence of an ACFT to optimise RWY utilisation. Based on the ACFT type and its performance characteristics, ATC may issue taxi instructions so as to depart from the nearest RWY intersection from where adequate take-off run is available. Pilots unable to accept departure from intersection may request ATC for alternate take-off position. Pilots requiring departure from the beginning of RWY should make such request at the time of push-back/start-up. However, such requests will be considered by ATC subject to delay. When ACFT is issued with a line-up and take-off clearance at the RWY holding position it shall be in a position to line-up and initiate an immediate take-off in one continuous movement. If unable advice ATC. When ACFT is issued with a take-off clearance after lining up on the RWY it shall commence take-off roll immediately. If the controller observes a delay in ACFT commencing take-off run after issuance of take-off clearance, the take-off clearance will be cancelled and the ACFT shall be instructed to vacate the RWY immediately at the nearest TWY to make way for the subsequent arrival or departure. Airborne ACFT shall contact Radar after passing 800', unless instructed otherwise by ATC OTHER INFORMATION COMMUNICATION FAILURE GENERAL Pilot shall not overfly situated 9NM Southwest of APT under any circumstances ASSIGNE RWY - AVAILABILITY FOR RCF ACFT In case of departures from APT returning on account of RCF, the departure RWY of such ACFT shall be considered as assigned RWY for landing except during the notified periods of maintenance/closure of departure RWY EPARTURE - PROCEE TO ESTINATION Immediately after departure climb to FL70: - Maintain FL70 on SI or as per heading/track last issued and acknowledged. - Squawk 7600; - 2 minutes after setting squawk 7600 climb to FL90; - Maintain FL90 for further 2 minutes, thereafter climb to filed flight planned level; - Continue to follow the SI and flight planned route to destination.

19 , 206. ALL RIGHTS RESERVE. Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid + 5 JAN 6 0-P EPARTURE - RETURN TO EPARTURE Immediately after departure climb to FL70:.AIRPORT.BRIEFING. - Maintain FL70 on SI or as per heading/track last issued and acknowledged. - Squawk 7600; - 2 minutes after setting squawk 7600 climb to FL00; - Maintain FL00 for further 2 minutes, thereafter make shorter arc to come over. Join holding, descend to FL55 in holding and leave ; follow the laid down procedure for assigned RWY up to landing EPARTURE - PROCEE TO ESTINATION CONTACT WITH RAAR RCF after establishing contact with radar: - Squawk 7600; - Initial climb to cleared FL or FL90 whichever is higher; - Maintain cleared heading or SI until 2 minutes after setting code 7600; - Thereafter proceed to the next point of flight planned route; - 2 minutes after setting code 7600 also climb to filed flight planned level and continue to destination EPARTURE - RETURN TO EPARTURE CONTACT WITH RAAR RCF after establishing contact with radar: - Squawk 7600; 3. EPARTURE - If below FL00, continue on current clearance until 2 minutes after setting code 7600, thereafter climb to FL00, reaching FL00, make a shorter arc to join holding; - If above FL00, continue on current clearance until 2 minutes after setting code 7600; thereafter, stop climb and make a shorter arc to join holding descending to FL00; - escend to FL55 in holding and leave ; follow the laid down procedure for assigned RWY EPARTURE - RETURN TO APT AN REQUIRE JETTISONING THE FUEL If ACFT requires to jettison the fuel, join holding at FL00, after one holding over head, ACFT will proceed on R-20 to the jettisoning area defined by R- 205 to R-245 between 25 ME to 45 ME. After jettisoning the fuel, ACFT will come over at FL00 and then descend to FL55 in the hold, then leave for the laid down procedure and continue descent as per procedure ATALINK EPARTURE CLEARANCE (CL) Pilots using CL shall maintain a listening watch on the frequency published for clearance delivery. In the event of any doubts or system-related difficulties, voice procedures shall be resumed. Pre-eparture Clearance issued by voice procedures always supersedes pre-departure clearance transmitted via CL service. Prior to departure, pilots shall verify that the departure route assigned via CL logically refers to the RWY in use and to the route indicated in the current flight plan. In the event of any deviations or doubts, voice procedures shall be used. After CL is obtained pilots shall confirm via data link and once the ACFT is ready for push-back/start-up, voice contact should be established with Clearance elivery stating: "With data link clearance", QNH, POB. To obtain en-route clearance via CL, pilots shall request clearance not earlier than 20 MIN prior to the estimated off-block time (EOBT) or 35 MIN prior to calculated take-off time (CTOT). If rejected, pilots shall revert to voice procedures. Pilots shall acknowledge en-route clearance within 5 minutes.

20 Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid Radar (APP) 27.9 Apt Elev 37' 0-R 7 AUG 07 Alt Set: hpa Trans level: By ATC Trans alt: 4000'.RAAR.MINIMUM.ALTITUES. 2005' 30NM NM 25NM COMMS LOST COMMS LOST COMMS LOST 0NM RAAR LOST COMMS TSOSL MMOC 20NM 0NM Mumbai (Chhatrapati Shivaji Intl) VOR ME LOST COMMS TSOSLMMOC 272' 2600 CHANGES: Reissue. 25NM 2600 MM LOST COMMS TSOSLMMOC 0NM LOST COMMS OM TSOSLMMOC LOST COMMS When radar vectoring is provided for pilot interpreted final approach aids the following radio communication failure procedure shall be applicable.. If the radio communication failure takes place prior to interception of final approach track aircraft should maintain the last assigned altitude or ' whichever is higher and proceed to VOR via shortest route to join the holding procedure. 2. If the radio communication failure takes place after interception of final approach track aircraft should continue the approach and land if visual or carry out the missed approach and join holding at '. After joining the holding procedure aircraft shall carry out the instrument approach procedure for which radar vectoring was provided. TSOSLMMOC LOST COMMS LOST COMMS LOST COMMS 20NM ' 25NM 2785' 30NM 2647' CONTOUR INTERVALS SANERSON, INC., ALL RIGHTS RESERVE.

21 Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid 60^ -ATIS 26.4 ' ^020 OPAKA MSA VOR N E Apt Elev 39' within 2 NM 279^ 6.9 MELAX N E Alt Set: hpa Trans level: By ATC Trans alt: 4000' 00.3 APUSU 4 MAR 6 334^ APUSU N8 00. E RNAV (GNSS OR ME/ME/IRU) 2. RAAR required. 3. If unable to comply with RNAV STARs advise ATC and EXPECT RAAR vectors. 4. EXPECT RAAR vectors to intercept ILS approach..rnav.star. EMRAK A [EMRAA] EMRAK B [EMRAB] RNAV FLIGHTS FROM AIRWAY L-30 FOLLOW IBELA - MELAX - OPAKA THEN JOIN RNAV STARS NOT TO SCALE 04 ^252 XAM LOST COMMS EMRAK N E CHANGES: At or above 2000' 250 KT irect distance to Chhatrapati Shivaji Intl from: MB375 3NM MB403 35NM Reissue. 6. USUP A AKAP O MB39 N9 2.7 E ^ ' 250 KT At MN ^ 270 AH M 022LF ^ KAR ME 2. KAR ME A MB375 N9 2.9 E B ^ MB4~3 N9 2.9 E ^hdg 80^hdg 8000' 20 KT At MAX 6.6 N E For LOST COMMS refer to 0-P pages. SLMMOC TSO ROUTING APUSU - MELAX - OPAKA - EMRAK (2000'+; K250). OPAKA - EMRAK (2000'+; K250). TRANSITION APUSU OPAKA ROUTING EMRAK (2000'+; K250) - MB403 (8000'; K20-). EMRAK (2000'+; K250) - MB39 (000'; K250) - MB375. STAR RWY EMRAK A 27 EMRAK B 09, 2008, 206. ALL RIGHTS RESERVE.

22 CHANGES: Reissue. 27 0^ 25. K RA C EM, 2008, 206. ALL RIGHTS RESERVE. Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid 60^ -ATIS 26.4 ' ^020 MSA VOR Apt Elev 39' within 2 NM 279^ 6.9 MELAX N E MAR APUSU 334^ 0-2A Alt Set: hpa Trans level: By ATC Trans alt: 4000'. RNAV (GNSS OR ME/ME/IRU) 2. RAAR required. 3. If unable to comply with RNAV STARs advise ATC and EXPECT RAAR vectors. 4. EXPECT RAAR vectors to intercept ILS approach. EMRAK C [EMRAC] EMRAK [EMRA] RNAV APUSU N8 00. E RNAV.STAR. FLIGHTS FROM AIRWAY L-30 FOLLOW IBELA - MELAX - OPAKA THEN JOIN RNAV STARS EMRAK N E EMRAK C LOST COMMS At or above 2000' 250 KT For LOST COMMS refer to 0-P pages. SLMMOC TSO EMRAK OPAKA N E At or above FL KT MB387 N E USUP A AKAP O MN 0 02LF ^ 270 AH M 022LF XAM ^252 MB368 N9 2.5 E MB384 N E ^ ^ ' 250 KT At ^ 032 gd h ^ 297^ MB386 N9 8.4 E ^ MB4~3 N9 2.9 E ME 6.6 N E EMRAK At FL70 KAR MB363 N E ^ 032 gd h NOT TO SCALE irect distance to Chhatrapati Shivaji Intl from: MB363 9NM MB387 33NM ROUTING APUSU - MELAX - OPAKA - EMRAK (EMRAK C: 2000'+; K250/ EMRAK : FL20+; K250). OPAKA - EMRAK (EMRAK C: 2000'+; K250/ EMRAK : FL20+; K250). TRANSITION APUSU OPAKA ROUTING RWY EMRAK (2000'+; K250) - MB403 - MB368 (0000'; K250) - MB386 - MB384 - MB387. EMRAK (FL20+; K250) - MB403 (FL70) - MB STAR EMRAK C EMRAK

23 Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid 4 MAR 6 0-2B -ATIS 26.4 Apt Elev 39' Alt Set: hpa Trans level: By ATC Trans alt: 4000'. RNAV (GNSS OR ME/ME/IRU) 2. RAAR required. 3. If unable to comply with RNAV STARs advise ATC and EXPECT RAAR vectors. 4. EXPECT RAAR vectors to intercept ILS approach. IGBAN A [IGBAA] IGBAN B [IGBAB] RNAV SONGARH 358 SG N2 0. E ^.RNAV.STAR. 60^ ' 020^ MSA VOR within 2 NM NOT TO SCALE 57.6 SG HOLING OVER IGBAN COMMS LOST For LOST COMMS refer to 0-P pages. LOST COMMS MHA 2000 MAX FL220 MB375 N9 2.9 E CHANGES: 95^ 0 NM 05^ 80^hdg Reissue. irect distance to Chhatrapati Shivaji Intl from: MB375 3NM MB403 35NM TRANSITION SG STAR RWY IGBAN A 27 IGBAN B MB376 N9 2.8 E At 0000' 20 KT N E ^ 54.4 IGBAN B 205^ ^ 85^ 3.7 IGBAN A ^ 090^ SG - AKTIV - IGBAN (2000'+; K230). AKTIV N E IGBAN N E073.7 At or above 2000' 230 KT MB392 N9 3. E At 000' 230 KT MB39 N9 2.7 E At 000' 20 KT MB4~3 N9 2.9 E ' 80^hdg ROUTING ROUTING IGBAN (2000'+; K230) - MB376 (0000'; K20) - MB375. At MAX 20 KT IGBAN (2000'+; K230) - MB392 (000'; K230) - MB39 (000'; K20) - MB403 (8000'; K20-)., 2008, 206. ALL RIGHTS RESERVE.

24 Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid 4 MAR 6 0-2C -ATIS 26.4 Apt Elev 39' Alt Set: hpa Trans level: By ATC Trans alt: 4000'. RNAV (GNSS OR ME/ME/IRU) 2. RAAR required. 3. If unable to comply with RNAV STARs advise ATC and EXPECT RAAR vectors. 4. EXPECT RAAR vectors to intercept ILS approach. IGBAN C [IGBAC] IGBAN [IGBA] RNAV SONGARH 358 SG N2 0. E ^.RNAV.STAR. 60^ ' 020^ MSA VOR within 2 NM NOT TO SCALE 57.6 SG HOLING OVER IGBAN COMMS LOST For LOST COMMS refer to 0-P pages. LOST COMMS MHA 2000 MAX FL220 95^ 0 NM 05^ MB387 N E At 9000' 20 KT 230^hdg 30^ 8.7 MB386 N9 8.4 E At 9000' 20 KT 6.6 N E MB384 N E At 9000' 20 KT 35^ 2.4 IGBAN C.9 260^ IGBAN C, 9^ 35^ IGBAN ^ hdg ^ 95^ AKTIV N E MB4~2 N E IGBAN C At 9000' 20 KT MB385 N E At 000' IGBAN N E073.7 At or above 2000' 250 KT MB363 N E At 9000' 20 KT irect distance to Chhatrapati Shivaji Intl from: MB363 9NM MB387 33NM TRANSITION SG STAR IGBAN C CHANGES: IGBAN Reissue. RWY 4 32 SG - AKTIV - IGBAN (2000'+; K250). ROUTING ROUTING IGBAN (2000'+; K250) - MB402 (9000'; K20) - MB386 (9000'; K20) - MB384 (9000'; K20) - MB387 (9000'; K20). IGBAN (2000'+; K250) - MB402 - MB385 (000') - MB363 (9000'; K20)., 2008, 206. ALL RIGHTS RESERVE.

25 CHANGES: Reissue., 2008, 206. ALL RIGHTS RESERVE. Printed from JeppView for Windows on 07 May 207; Terminal chart data cycle (Expired); Notice: After 09 Feb 207, 0000Z, this chart may no longer be valid 4 MAR MB374 N8 57. E SUGI N9 33. E ATIS ^hdg N E ^hdg 7000' 20 KT At AROTA N9 08. E ^ SUGI 2^ 8^ 80 MB395 N E Apt Elev 39' MB394 N E MB393 N E NOT TO SCALE ' 20 KT At KETOR ^ 840 A R OTE K ^ B R OTEK N E ^ BI SET BISET N E Alt Set: hpa Trans level: By ATC Trans alt: 4000'. RNAV (GNSS OR ME/ME/IRU) 2. RAAR required. 3. If unable to comply with RNAV STARs advise ATC and EXPECT RAAR vectors. 4. EXPECT RAAR vectors to intercept ILS approach. KETOR A [KETOA] KETOR B [KETOB] RNAV irect distance to Chhatrapati Shivaji Intl from: MB374 27NM MB395 3NM ^522 At or above 2000' 250 KT MR A LOST COMMS For LOST COMMS refer to 0-P pages. I SLMMOC 90.8 AH M 0 22LF XAM MN 0 ^ NUG TSO ^760 ARMI N E GUNI N7 2.6 E ERVIS KABSO I 333^ N E ^ SI VRE 0002 ^820 N E ROUTING TRANSITION.RNAV.STAR. 60^ BISET - KETOR (2000'+; K250). ' ^020 MSA VOR OKILA N E KABSO 332^ ARMI - KETOR (2000'+; K250). ERVIS - KETOR (2000'+; K250). GUNI - KETOR (2000'+; K250). OKILA - KABSO - KETOR (2000'+; K250). SUGI - AROTA - KETOR (2000'+; K250). BISET ARMI ERVIS GUNI KABSO SUGI ROUTING within 2 NM KETOR (2000'+; K250) - MB393 - MB394 (0000'; K20) - MB395. RWY 27 STAR KETOR A KETOR (2000'+; K250) - MB374 (7000'; K20). KETOR B 09

JeppView for Windows. General Information. Runway Information. Communication Information. jep=jeppesen

JeppView for Windows. General Information. Runway Information. Communication Information. jep=jeppesen Airport Information For VOGO Printed on 27 Jan 208 Page (c) SANERSON, INC., 208, ALL RIGHTS RESERVE jep= JeppView for Windows General Information Location: IN ICAO/IATA: VOGO / GOI Lat/Long: N5 22.85',

More information

JEPPESEN 10-1R 30NM 20NM 10NM. Cochin 10NM 10NM COCHIN RADAR

JEPPESEN 10-1R 30NM 20NM 10NM. Cochin 10NM 10NM COCHIN RADAR Printed from JeppView for Windows 5.3.. on 7 May 7; Terminal chart data cycle -7 (Expired); Notice: After 9 Feb 7, Z, this chart may no longer be valid VOI/OK INTL JAN 4 -R, INIA.RAAR.MINIMUM.ALTITUES.

More information

JeppView for Windows. jep=jeppesen. Stopway: 197 ft. Location: BEIJING CHN Runway: 01 ICAO/IATA: ZBAA / PEK. Length x Width: ft x 197 ft

JeppView for Windows. jep=jeppesen. Stopway: 197 ft. Location: BEIJING CHN Runway: 01 ICAO/IATA: ZBAA / PEK. Length x Width: ft x 197 ft Airport Information For ZBAA Printed on 27 Jan 208 Page (c) SANERSON, INC., 208, ALL RIGHTS RESERVE jep= JeppView for Windows Lighting: General Edge, Information ALS, Centerline Stopway: 97 ft Location:

More information

KATHMANDU, NEPAL VNKT/KTM BHARATPUR [BHP] POKHARA [PHR] RWY 02 ARRIVALS KTM 090^ 295 BHP 10500' 10500' KATHMANDU R270^ B 345 BHARATPUR POKHARA

KATHMANDU, NEPAL VNKT/KTM BHARATPUR [BHP] POKHARA [PHR] RWY 02 ARRIVALS KTM 090^ 295 BHP 10500' 10500' KATHMANDU R270^ B 345 BHARATPUR POKHARA Licensed to (unknown). Printed on 4 Apr. ICE: PRINTE FROM AN EXPIRE REVISION. isc - *ATIS. 7. 49' JUL 9 JeppView.6.. KATHMANU, NEPAL -.STAR. Alt Set: hpa Trans level: FL5 Trans alt: 5' BHARATPUR [BHP]

More information

10 Secondary Surveillance Radar

10 Secondary Surveillance Radar 10 Secondary Surveillance Radar As we have just noted, the primary radar element of the ATC Surveillance Radar System provides detection of suitable targets with good accuracy in bearing and range measurement

More information

KATHMANDU, NEPAL .STAR. 11,600' KTM VOR MSA 10,500' 050^

KATHMANDU, NEPAL .STAR. 11,600' KTM VOR MSA 10,500' 050^ VNKT/ *ATIS KATHMANU, NEPAL 2 MAR 2-2.Eff.5.Apr..STAR. Alt Set: hpa Trans level: FL5 Trans alt: 5' POKHARA [PHR] ARRIVALS VNKT/ *ATIS -2A 2 MAR 2.Eff.5.Apr. Alt Set: hpa Trans level: FL5 Trans alt: 5',

More information

JeppView for Windows. jep=jeppesen. Airport Information For LBSF Printed on 06 Dec 2017 Page 1. General Information. Runway Information

JeppView for Windows. jep=jeppesen. Airport Information For LBSF Printed on 06 Dec 2017 Page 1. General Information. Runway Information Airport Information For LBSF Printed on 06 ec 07 Page (c) SANERSON, INC., 07, ALL RIGHTS RESERVE jep= JeppView for Windows General Information Location: BGR ICAO/IATA: LBSF / Lat/Long: N4 4.70', E0 4.50'

More information

JeppView for Windows. List of pages in this Trip Kit. Trip Kit Index

JeppView for Windows. List of pages in this Trip Kit. Trip Kit Index Trip Kit Index Printed on 03 Feb 207 Page (c) SANERSON, INC., 207, ALL RIGHTS RESERVE jep= JeppView for Windows List of pages in this Trip Kit Trip Kit Index Airport Information For VNKT Terminal Charts

More information

JeppView for Windows. General Information. Runway Information. Communication Information. jep=jeppesen

JeppView for Windows. General Information. Runway Information. Communication Information. jep=jeppesen Airport Information For UKKG Printed on 12 Nov 2018 Page 1 (c) SANERSON, INC., 2018, ALL RIGHTS RESERVE jep= JeppView for Windows General Information Location: KIROVOHRA UKR ICAO/IATA: UKKG / KGO Lat/Long:

More information

JeppView for Windows. jep=jeppesen. Airport Information For GVAC Printed on 06 Dec 2017 Page 1. General Information. Runway Information

JeppView for Windows. jep=jeppesen. Airport Information For GVAC Printed on 06 Dec 2017 Page 1. General Information. Runway Information Airport Information For GVA Printed on 06 ec 27 Page (c) SANERSON, IN., 27, ALL RIGHTS RESERVE jep= JeppView for Windows General Information Location: PV IAO/IATA: GVA / SI Lat/Long: N6 44.26', W022 57.00'

More information

SAARBRÜCKEN Germany (EDDR)

SAARBRÜCKEN Germany (EDDR) Hangars 1 2 For flight simulator use only. Not to be used for real world flight. 27 Germany () 27 Area of competency apron control Area of competency DFS TWR Terminal B 09 Noise abetement facility for

More information

MKN LGMK/JMK PIDAX 1A [PIDA1A] RWY 34 ARRIVALS VARIX 1Q HOLDING OVER MKN 263^ 325^ 337^ 351^ MKN 188^ 016^ 089^ 070^ LETSO PIDAX PEROK NITSA

MKN LGMK/JMK PIDAX 1A [PIDA1A] RWY 34 ARRIVALS VARIX 1Q HOLDING OVER MKN 263^ 325^ 337^ 351^ MKN 188^ 016^ 089^ 070^ LETSO PIDAX PEROK NITSA ' LETSO N37 27.5 E025 39.5, GREECE 0-2.STAR. Alt Set: hpa When an altitude higher than TA is designated, an equivalent FL shall be specified by ATC. 0.0 N37 26.4 E025 20.7 R083^ 3 LETSO A 2 5000 263^ R250^

More information

JeppView for Windows. General Information Communication Information. Runway Information. jep=jeppesen. Location: DAR-ES-SALAAM TZA

JeppView for Windows. General Information Communication Information. Runway Information. jep=jeppesen. Location: DAR-ES-SALAAM TZA Airport Information For HTA Printed on 27 Jan 208 Page (c) SANERSON, INC., 208, ALL RIGHTS RESERVE jep= JeppView for Windows General Information Communication Information Location: AR-ES-SALAAM TZA ATIS:

More information

RJNK / KOMATSU AD CHART KOMATSU AD. AIP Japan KOMATSU RJNK-AD TWY C1 THRU C5. Installed on. Example for MANDATORY

RJNK / KOMATSU AD CHART KOMATSU AD. AIP Japan KOMATSU RJNK-AD TWY C1 THRU C5. Installed on. Example for MANDATORY AIP Japan RJNK-AD2-24.1 RJNK / AD CHART AD TRUE NORTH APRON FLOOD LGT VORTAC () PAPI Angle 2.5 MEHT 20.0m(66ft) 570.86m CENTER-HELIPAD TAXIING GUIDANCE SIGNS 1 2 3 4 5 6 7 8 C-4 C-3 C-2 C-1 EAST-HELIPAD

More information

Operational Concept for a complete A-SMGCS

Operational Concept for a complete A-SMGCS Operational Concept for a complete A-SMGCS An Output of conceptual work in the European Project EMMA Background EMMA aims to prepare the concept for higher implementation levels of A-SMGCS that will be

More information

EMMA2 Operational Concept

EMMA2 Operational Concept EMMA2 Operational Concept for a complete A-SMGCS Jörn Jakobi DLR Internet: http://www.dlr.de/emma Integrated Project of the Sixth Framework Programme, Priority 1.4: Aeronautics and Space, sponsored by

More information

PERFORM A DME ARC. This document illustrates how to perform a DME arc with a HSI-equipped Beechcraft 90. Descent steps

PERFORM A DME ARC. This document illustrates how to perform a DME arc with a HSI-equipped Beechcraft 90. Descent steps PERFORM A DME ARC 1. Introduction This document illustrates how to perform a DME arc with a HSI-equipped Beechcraft 90. 2. Preparatory work 2.1. Scenario You will need to open the following charts of Clermont

More information

JeppView for Windows. List of pages in this Trip Kit. Trip Kit Index

JeppView for Windows. List of pages in this Trip Kit. Trip Kit Index Trip Kit Index Printed on 14 Jan 2017 Page 1 (c) SANERSON, INC., 2017, ALL RIGHTS RESERVE jep= JeppView for Windows List of pages in this Trip Kit Trip Kit Index Airport Information For UARR Terminal Charts

More information

JEPPESEN FliteMap

JEPPESEN FliteMap REVISION LETTER For isc 8-07 Licensed to r. Gyorgy Hajos. Printed on 0 Sep 07. FliteMap 9.6..0 Page Changed chart(s) since isc 7-07 A = Added chart, REV = Revised chart, EL = eleted chart. ACT PROCEURE

More information

JeppView for Windows. General Information. Runway Information. Communication Information. jep=jeppesen

JeppView for Windows. General Information. Runway Information. Communication Information. jep=jeppesen Airport Information For UKHH Printed on 2 Nov 208 Page (c) SANERSON, INC., 208, ALL RIGHTS RESERVE jep= JeppView for Windows General Information Location: UKR ICAO/IATA: UKHH / HRK Lat/Long: N49.62', E036

More information

JeppView for Windows. jep=jeppesen. Airport Information For LFLX Printed on 06 Dec 2017 Page 1. General Information. Runway Information

JeppView for Windows. jep=jeppesen. Airport Information For LFLX Printed on 06 Dec 2017 Page 1. General Information. Runway Information Airport Information For LFLX Printed on 06 ec 07 Page (c) SANERSON, INC., 07, ALL RIGHTS RESERVE jep= JeppView for Windows General Information Location: FRA ICAO/IATA: LFLX / CHR Lat/Long: N46 5.6', E00

More information

JeppView for Windows. List of pages in this Trip Kit. Trip Kit Index

JeppView for Windows. List of pages in this Trip Kit. Trip Kit Index Trip Kit Index Printed on 5 Apr 03 Page (c) SANERSON, INC., 03, ALL RIGHTS RESERVE jep= JeppView for Windows List of pages in this Trip Kit Trip Kit Index Airport Information For LEBL Terminal Charts For

More information

Airport Information. Details for ALEXANDROS PAPADIAMANDIS. State/Province

Airport Information. Details for ALEXANDROS PAPADIAMANDIS. State/Province Airport Information etails for ALEXANROS PAPAIAMANIS City SKIATHOS State/Province Country GRC Latitude N 39 0' 39.00" Longitude E 23 30' 3.00" Elevation 54 Longest Runway 5300 Magnetic Variance E 4.0 Fuel

More information

491229N W DME I-DD. Freq-paired. Anemometer PAPI (3 ) MEHT 55. Fire Station. Hold. Twy E. Hold E Hold C2. Twy A (40) (62) Terminal Building

491229N W DME I-DD. Freq-paired. Anemometer PAPI (3 ) MEHT 55. Fire Station. Hold. Twy E. Hold E Hold C2. Twy A (40) (62) Terminal Building AERODROME CHART - ICAO ELEVATIONS IN FEET AMSL... HEIGHTS IN FEET ABOVE AD... (121) 491229N 0021144W 002 1230W 002 1200W 002 1130W ELEV 002 1100W (1 Sep 05) AD 2--2-1 491300N N 491300N 491230N 09 Displaced

More information

VOR/DME APPROACH WITH A320

VOR/DME APPROACH WITH A320 1. Introduction VOR/DME APPROACH WITH A320 This documentation presents an example of a VOR/DME approach performed with an Airbus 320 at LFRS runway 21. This type of approach is a non-precision approach

More information

JeppView for Windows. List of pages in this Trip Kit. Trip Kit Index

JeppView for Windows. List of pages in this Trip Kit. Trip Kit Index Trip Kit Index Printed on 15 Apr 2013 Page 1 (c) SANERSON, INC., 2013, ALL RIGHTS RESERVE jep= JeppView for Windows List of pages in this Trip Kit Trip Kit Index Airport Information For LGTS Terminal Charts

More information

JeppView for Windows. List of pages in this Trip Kit. ep=jeppesen. jj je eej. Trip Kit Index

JeppView for Windows. List of pages in this Trip Kit. ep=jeppesen. jj je eej. Trip Kit Index jj je eej Trip Kit Index Printed on 9 Apr 202 Page (c) SANERSON, INC., 202, ALL RIGHTS RESERVE ep= JeppView for Windows List of pages in this Trip Kit Trip Kit Index Airport Information For UKFF Terminal

More information

11 Traffic-alert and Collision Avoidance System (TCAS)

11 Traffic-alert and Collision Avoidance System (TCAS) 11 Traffic-alert and Collision Avoidance System (TCAS) INSTRUMENTATION 11.1 Introduction In the early nineties the American FAA stated that civil aircraft flying in US airspace were equipped with a Traffic-alert

More information

DME I-GH & I-UY Freq-paired NDB GUY 361 ILS LLZ I-GH ILS LLZ I-UY PAPI (3 ) MEHT m x 45m Asphalt. TwyB Hold PAPI (3 ) MEHT 47

DME I-GH & I-UY Freq-paired NDB GUY 361 ILS LLZ I-GH ILS LLZ I-UY PAPI (3 ) MEHT m x 45m Asphalt. TwyB Hold PAPI (3 ) MEHT 47 AERODROME CHART - ICAO 002 3700W ELEVATIONS IN FEET AMSL... HEIGHTS IN FEET ABOVE AD... (51) 002 3630W 002 0W 002 3530W (12 May 05) AD 2--2-1 492606N 0027W ELEV 387 N 492630N 492630N 320 330 ILS LLZ I-GH

More information

RJOM / MATSUYAMA AD CHART MATSUYAMA AP N M. AIP Japan MATSUYAMA RJOM-AD WIND DIRECTION INDICATOR LGT RWY 32 OVERRUN LGT APCH LGT BEACONS. 461.

RJOM / MATSUYAMA AD CHART MATSUYAMA AP N M. AIP Japan MATSUYAMA RJOM-AD WIND DIRECTION INDICATOR LGT RWY 32 OVERRUN LGT APCH LGT BEACONS. 461. AIP Japan RJOM-AD2-24.1 RJOM / AD CHART AP 340m TWR 405m T S R Q P N M J K G H E F C D A B 8 9 10 11 12 13 ABN OVERRUN LGT PAPI Angle 3.0 MEHT 20m (66 ft) 190m WIND DIRECTION INDICATOR LGT 85m 1 2 3 5

More information

2000 by UPS Aviation Technologies, Inc. All rights reserved. Printed in the U.S.A.

2000 by UPS Aviation Technologies, Inc. All rights reserved. Printed in the U.S.A. No part of this document may be reproduced in any form or by any means without the express written consent of UPS Aviation Technologies, Inc. UPS Aviation Technologies, Inc., II Morrow, and Apollo are

More information

JeppView for Windows. General Information. Runway Information. Communication Information. jep=jeppesen

JeppView for Windows. General Information. Runway Information. Communication Information. jep=jeppesen Airport Information For WA Printed on 27 May 203 Page (c) SANERSON, INC, 203, ALL RIGHTS RESERVE jep= JeppView for Windows General Information Location: Bali Idn IATA Code: PS Lat/Long: S08 448' E5 0'

More information

Serbia and Montenegro vacc Aerodrome Charts - Tivat [LYTV]

Serbia and Montenegro vacc Aerodrome Charts - Tivat [LYTV] Serbia and Montenegro v erodrome harts - Tivat [LYTV] isclaimer: These charts are intended for flight simulation purposes, and should not, under any circumstances, be used for real aviation navigation.

More information

ICAO AFI/MID ASBU IMPLEMENTATION WORKSHOP. Cairo, November 2015

ICAO AFI/MID ASBU IMPLEMENTATION WORKSHOP. Cairo, November 2015 ICAO AFI/MID ASBU IMPLEMENTATION WORKSHOP Cairo, 23-26 November 2015 1 2 List of Contents Why ASBU? ASBU Module ( B0-SURF ). A-SMGCS Functions. A-SMGCS Implementation Levels. How does A-SMGCS work? A-SMGCS

More information

VATSIM CODE OF CONDUCT

VATSIM CODE OF CONDUCT VATSIM CODE OF CONDUCT VATSIM is an online community created for enthusiasts of flight simulation and air traffic control. One of the main goals of VATSIM is to create an environment which is fun and,

More information

This page is intentionally blank. GARMIN G1000 SYNTHETIC VISION AND PATHWAYS OPTION Rev 1 Page 2 of 27

This page is intentionally blank. GARMIN G1000 SYNTHETIC VISION AND PATHWAYS OPTION Rev 1 Page 2 of 27 This page is intentionally blank. 190-00492-15 Rev 1 Page 2 of 27 Revision Number Page Number(s) LOG OF REVISIONS Description FAA Approved Date of Approval 1 All Initial Release See Page 1 See Page 1 190-00492-15

More information

Instrument Flight Procedures - Glass Cockpits

Instrument Flight Procedures - Glass Cockpits Instrument Flight Procedures - Glass Cockpits The concepts contained here are general in nature and can be used by all however, they are targeted toward glass cockpits and, more specifically, integrated

More information

NIT OKR 391 N E OKR OKR BRATISLAVA, SLOVAKIA LZIB/BTS BRATISLAVA, SLOVAKIA LZIB/BTS ABLOM 1R [ABLO1R], BERVA 1R [BERV1R]

NIT OKR 391 N E OKR OKR BRATISLAVA, SLOVAKIA LZIB/BTS BRATISLAVA, SLOVAKIA LZIB/BTS ABLOM 1R [ABLO1R], BERVA 1R [BERV1R] NOTIE: PRINTE FROM N EXPIRE REION. isc -007 TIS 8.65 NOTIE: PRINTE FROM N EXPIRE REION. isc -007 KUNET R KUNET S 6 MY 06 0-.STR. 6 MY 06 lt Set: hpa (MM on request) Trans level: y T Trans alt: 8000' 0-

More information

PBN Airspace & Procedures

PBN Airspace & Procedures PBN Airspace & Procedures Design/Database/Charting Aspects Presented by Sorin Onitiu Manager Business Affairs - Jeppesen ICAO Regional GO-TEAM Visit Belarus Minsk, 7 9 April 2015 Topics Evolution of Procedure

More information

SHARM EL SHEIKH, EGYPT HESH/SSH

SHARM EL SHEIKH, EGYPT HESH/SSH HNGES: Reissue., 2007, 20. LL RIGHTS RESERVE. Printed from JeppView for Windows 5.3.0.0 on 07 May 207; Terminal chart data cycle 02-207 (Expired); Notice: fter 09 Feb 207, 0000Z, this chart may no longer

More information

JeppView for Windows. List of pages in this Trip Kit. Trip Kit Index

JeppView for Windows. List of pages in this Trip Kit. Trip Kit Index Trip Kit Index Printed on 9 Apr 204 Page (c) SANERSON, INC., 204, ALL RIGHTS RESERVE jep= JeppView for Windows List of pages in this Trip Kit Trip Kit Index Airport Information For UKFF Terminal Charts

More information

NDB Approach Background

NDB Approach Background NDB Approaches 1 NDB Approach Background One of the oldest and most disliked approaches Can use NDBs both on and off of the destination airport NDB approaches can be on the TO or FROM side of an NDB; some

More information

MHN MHN MJV ADX IBA ADX IBA IBIZA, SPAIN LEIB/IBZ BRUNO TWO VICTOR (BRUNO 2V) [BRUN2V] CORDA ONE VICTOR

MHN MHN MJV ADX IBA ADX IBA IBIZA, SPAIN LEIB/IBZ BRUNO TWO VICTOR (BRUNO 2V) [BRUN2V] CORDA ONE VICTOR , SPIN 30 MY 08 0-2.STR. lt Set: hpa RUNO ONE NOVEMER (RUNO N) [RUNN] OR TWO NOVEMER (OR 2N) [OR2N] MORSS ONE NOVEMER (MORSS N) [MORSN] NINOT ONE NOVEMER (NINOT N) [NINON] RWY RRIVLS R075^ 2.5 5000 MORSS

More information

Human Factors Implications of Continuous Descent Approach Procedures for Noise Abatement in Air Traffic Control

Human Factors Implications of Continuous Descent Approach Procedures for Noise Abatement in Air Traffic Control Human Factors Implications of Continuous Descent Approach Procedures for Noise Abatement in Air Traffic Control Hayley J. Davison Reynolds, hayley@mit.edu Tom G. Reynolds, tgr25@cam.ac.uk R. John Hansman,

More information

ATM-ASDE System Cassiopeia-5

ATM-ASDE System Cassiopeia-5 Casseopeia-5 consists of the following componeents: Multi-Sensor Data Processor (MSDP) Controller Working Position (CWP) Maintenance Workstation The ASDE is able to accept the following input data: Sensor

More information

Copyrighted Material - Taylor & Francis

Copyrighted Material - Taylor & Francis 22 Traffic Alert and Collision Avoidance System II (TCAS II) Steve Henely Rockwell Collins 22. Introduction...22-22.2 Components...22-2 22.3 Surveillance...22-3 22. Protected Airspace...22-3 22. Collision

More information

D18 TLL D15 TLL (IAF) N E DME Arc D15 TLL D13 TLL (IAF) D15 TLL D18 TLL N DOPIK D15 TLL (IAF) N E

D18 TLL D15 TLL (IAF) N E DME Arc D15 TLL D13 TLL (IAF) D15 TLL D18 TLL N DOPIK D15 TLL (IAF) N E 0^ 0^.STR. 8 N9 0. E0.9 8 N9 0. E0.7 OPIK N9. E0 0.8 8 8 N9 9. N9 9.9 E0. E0. R^ ^ OPIK N9. E0 9. OPIK, 9^ 0^ TRNS LEVEL: Y T TRNS LT: 000' 0-.Eff.9.Nov. LTI, LTI OPIK, OPIK RRIVLS. N9.7 E0 0. LTI N9.

More information

JeppView for Windows. Runway Information. jep=jeppesen

JeppView for Windows. Runway Information. jep=jeppesen Airport Information For UAAA Printed on ec 07 Page (c) SANERSON, INC., 07, ALL RIGHTS RESERVE jep= JeppView for Windows Communication General Information Information : Location: 35.00 Non-English KAZ :

More information

Pilot s Operating Handbook Supplement AS-21

Pilot s Operating Handbook Supplement AS-21 SECTION 9 Pilot s Operating Handbook Supplement Mode S Transponder GARMIN GTX 335 / GTX 345 This supplement is applicable and must be inserted into Section 9 of the POH when a GARMIN GTX 335 or GTX 345

More information

JEPPESEN MANZANILLO 3 ARRIVAL (RWY 10) KUBOS N W ROUTING

JEPPESEN MANZANILLO 3 ARRIVAL (RWY 10) KUBOS N W ROUTING M/SU pt Elev 7 SEP 07 10-2 lt Set: hpa Trans level: y T Trans alt: ' MNZNILLO 3 RRIVL (RWY 10) E U, U.STR. MS MNZNILLO 116.0 N20 18.2 W077 06.0 130^ E U 52 KUOS N19 50.4 W076 19.6 EXPET clearance to Runway

More information

TRUE NORTH ISHIGAKI AP. AIP Japan ISHIGAKI ROIG-AD (28.43m) 93ft RWY 22 RWY THR ID LGT LEVEL m. (28.46m) MEHT 14.

TRUE NORTH ISHIGAKI AP. AIP Japan ISHIGAKI ROIG-AD (28.43m) 93ft RWY 22 RWY THR ID LGT LEVEL m. (28.46m) MEHT 14. ROIG-AD2-24.1 ROIG / AD CHART AP TWR ABN APRON FLOOD LGT TRUE NORTH WDI 1 2 3 5 6 JCG APRON 264.3m 7 TAXIING GUIDANCE SIGN RWY THR ID LGT T-1 T-2 PAPI Angle 3.0 MEHT 14.9m(49ft) ARP 1 4 2 3 2 3 22 04 4

More information

DSKJ SKOPJE SKJ LWSK/SKP SKOPJE, MACEDONIA, FYR OF LWSK/SKP SKOPJE, MACEDONIA, FYR OF KRATO 1B [KRAT1B], PEP 1B RWY 34 ARRIVALS

DSKJ SKOPJE SKJ LWSK/SKP SKOPJE, MACEDONIA, FYR OF LWSK/SKP SKOPJE, MACEDONIA, FYR OF KRATO 1B [KRAT1B], PEP 1B RWY 34 ARRIVALS NGES: STRs transferred. SNERSON, IN.,. LL RIGTS RESERVE. OLING OVER N4 48.7 E 6.5 7^ 97 LW(P)- 5 95 6 N4.3 E 6.9 (3.75) N4.3 E 6.9 36^.8 N4 56. E 37.8 R^ R53^ /4 7.4 R (IF) N4 36.7 E 44.6 7.4 N4 48.9 E

More information

EMMA Project Update + Operational Concept for a complete A-SMGCS

EMMA Project Update + Operational Concept for a complete A-SMGCS EMMA Project Update + Operational Concept for a complete A-SMGCS Jörn Jakobi, DLR Internet: http://www.dlr.de/emma Integrated Project of the Sixth Framework Programme, Priority 1.4: Aeronautics and Space,

More information

Guidance Material for ILS requirements in RSA

Guidance Material for ILS requirements in RSA Guidance Material for ILS requirements in RSA General:- Controlled airspace required with appropriate procedures. Control Tower to have clear and unobstructed view of the complete runway complex. ATC to

More information

JeppView for Windows. Communication Beacon: Yes Information. Runway Information. jep=jeppesen. Surface Type: concrete.

JeppView for Windows. Communication Beacon: Yes Information. Runway Information. jep=jeppesen. Surface Type: concrete. irport Information For OL Printed on ec 207 Page (c) SNERSON, INC., 207, LL RIGHTS RESERVE jep= JeppView for Windows Surface General Type: Information concrete TZ-Elev: 40 ft Lighting: Edge, LS, Centerline

More information

MYANMAR CIVIL AVIATION REQUIREMENTS

MYANMAR CIVIL AVIATION REQUIREMENTS Civil Aviation Requirements THE REPULBIC OF THE UNION OF MYANMAR MINISTRY OF TRANSPORT DEPARTMENT OF CIVIL AVIATION MYANMAR CIVIL AVIATION REQUIREMENTS MCAR Part-5 ANS Section 9 Volume-V Aeronautical Telecommunications

More information

OPERATIONAL ADVICE NOTICE (OAN) OAN 114/2018 MAN-TP PP16 HV & AGL PIT & DUCT INSTALLATION This OAN replaces OAN with immediate effect.

OPERATIONAL ADVICE NOTICE (OAN) OAN 114/2018 MAN-TP PP16 HV & AGL PIT & DUCT INSTALLATION This OAN replaces OAN with immediate effect. OAN 114/2018 MAN-TP PP16 HV & AGL PIT & DUCT INSTALLATION This OAN replaces OAN 106-2018 with immediate effect. OAN REF:- 114/2018 DATE OF ISSUE:- 13/11/2018 EFFECTIVE DATE:- 13/11/2018 MANUAL REFERENCE(S):-

More information

ICAO SARPS AND GUIDANCE DOCUMENTS ON SURVEILLANCE SYSTEMS

ICAO SARPS AND GUIDANCE DOCUMENTS ON SURVEILLANCE SYSTEMS ICAO SARPS AND GUIDANCE DOCUMENTS ON SURVEILLANCE SYSTEMS MEETING/WORKSHOP ON AUTOMATIC DEPENDENT SURVEILLANCE BROADCAST (ADS B) IMPLEMENTATION (ADS B/IMP) (Lima, Peru, 13 to 16 November 2017) ONOFRIO

More information

AIRPLANE FLIGHT MANUAL AQUILA AT01. Date of Issue A.01 Initial Issue (minor change MB-AT ) all March

AIRPLANE FLIGHT MANUAL AQUILA AT01. Date of Issue A.01 Initial Issue (minor change MB-AT ) all March 0.1 LIST OF REVISIONS AND AMENDMENTS Revision Reason for Amendment/Revision Affected Pages Date of Issue A.01 Initial Issue (minor change MB-AT01-00297) all 2009 19. March 0.2 LIST OF EFFECTIVE PAGES Page

More information

FOUND FBA-2C1/2C2 BUSH HAWK EQUIPPED WITH SINGLE GARMIN GNS-430 # 1 VHF-AM COMM / VOR-ILS / GPS RECEIVER

FOUND FBA-2C1/2C2 BUSH HAWK EQUIPPED WITH SINGLE GARMIN GNS-430 # 1 VHF-AM COMM / VOR-ILS / GPS RECEIVER FOUND SUPPLEMENT M400-S11 Transport Canada Approved Flight Manual Supplement For FOUND BUSH HAWK EQUIPPED WITH SINGLE # 1 VHF-AM COMM / VOR-ILS / GPS RECEIVER Section 1 General is Unapproved and provided

More information

ILB 414 N E BRZ 400 N E DRJK CRE KRK ISLAND, CROATIA KRK ISLAND, CROATIA LDRI/RJK LDRI/RJK

ILB 414 N E BRZ 400 N E DRJK CRE KRK ISLAND, CROATIA KRK ISLAND, CROATIA LDRI/RJK LDRI/RJK Licensed to IT. Printed on Sep 9. Notice: fter Sep 9 9Z, this chart may no longer be valid. isc 8-9 JeppView.6.. L/ 7 MR 9 -.Eff.9.pr..STR. 8^ pt Elev 78' 4^6 6^ 7 SPEE: MX KT ELOW FL IST 4.8 IL N4.9 E4.

More information

ICAO PBN GO TEAM PBN Implementation Workshop ENAC / ATM

ICAO PBN GO TEAM PBN Implementation Workshop ENAC / ATM ICAO PBN GO TEAM PBN Implementation Workshop Minsk, BELARUS, 7-10 April 2015 ENAC / ATM Bertrand FOUCHER 1 PERSONAL BACKGROUND ATCO in Paris Charles de Gaulle ATC Supervisor in Paris Charles de Gaulle,

More information

429.0m. Annual change 1'E VAR 8 W(2009) PAPI Angle 3.0 RWY SIDE. MEHT 65.6ft DETAIL-A APRON FLOOD LGT TAXIING GUIDANCE SIGN 18 /198

429.0m. Annual change 1'E VAR 8 W(2009) PAPI Angle 3.0 RWY SIDE. MEHT 65.6ft DETAIL-A APRON FLOOD LGT TAXIING GUIDANCE SIGN 18 /198 RJSI / AD CHART AP 45.4m WIND SPEED METER RADIO 118. - 16. PAPI Angle 3.0 MEHT 74ft R S Q W-APRON P N L O M J K E F GH D C B A ABN FIRE STATION APRON FOR SMALL ACFT OVERRUN AREA EDGE LGT ILS SEE DETAIL-A

More information

Simultaneous approach authorized with RWY34R VOR/DME NARITA NRE N/ E. VOR/DME HOKUSO HKE N/ E

Simultaneous approach authorized with RWY34R VOR/DME NARITA NRE N/ E. VOR/DME HOKUSO HKE N/ E / INTL APP 1244-1277 - 2612 ILS - LLZ 1119 IYQ ILS - GP 3311 ILS - DME CH-56X TOWER 1182-1227 - 1262 2368-12195G Simultaneous approach authorized with RWY34R ILS RWY34L RADAR AVAILABLE ATIS 12825 VAR6

More information

Exam questions: AE3-295-II

Exam questions: AE3-295-II Exam questions: AE3-295-II 1. NAVIGATION SYSTEMS (30 points) In this question we consider the DME radio beacon. [a] What does the acronym DME stand for? (3 points) DME stand for Distance Measuring Equipment

More information

2 VHF DIRECTION FINDING

2 VHF DIRECTION FINDING 2 VHF DIRECTION FINDING This chapter explains the principle of operation and the use of the VHF Ground Direction Finding (VDF). VDF provides means of determining the aircraft bearing from a ground station.

More information

Subject: Aeronautical Telecommunications Aeronautical Radio Frequency Spectrum Utilization

Subject: Aeronautical Telecommunications Aeronautical Radio Frequency Spectrum Utilization GOVERNMENT OF INDIA OFFICE OF DIRECTOR GENERAL OF CIVIL AVIATION TECHNICAL CENTRE, OPP SAFDARJANG AIRPORT, NEW DELHI CIVIL AVIATION REQUIREMENTS SECTION 4 - AERODROME STANDARDS & AIR TRAFFIC SERVICES SERIES

More information

AERONAUTICAL INFORMATION CIRCULAR 15/14

AERONAUTICAL INFORMATION CIRCULAR 15/14 AERONAUTICAL INFORMATION CIRCULAR 15/14 IMPLEMENTATION PLANNING OF CONTROLLER PILOT DATA LINK COMMUNICATIONS SERVICES IN CANADIAN DOMESTIC AIRSPACE Introduction (Replaces AIC 34/13) On 16 December 2011,

More information

KMD 550/850. Traffic Avoidance Function (TCAS/TAS/TIS) Pilot s Guide Addendum. Multi-Function Display. For Software Version 01/13 or later

KMD 550/850. Traffic Avoidance Function (TCAS/TAS/TIS) Pilot s Guide Addendum. Multi-Function Display. For Software Version 01/13 or later N B KMD 550/850 Multi-Function Display Traffic Avoidance Function (TCAS/TAS/TIS) Pilot s Guide Addendum For Software Version 01/13 or later Revision 3 Jun/2004 006-18238-0000 The information contained

More information

AD 2-OERY-1 7 JAN 16 OERY AD 2.1 AERODROME LOCATION INDICATOR AND NAME. OERY - RIYADH/ King Salman Air Base

AD 2-OERY-1 7 JAN 16 OERY AD 2.1 AERODROME LOCATION INDICATOR AND NAME. OERY - RIYADH/ King Salman Air Base AD 2-OERY-1 7 JAN 16 OERY AD 2.1 AERODROME LOCATION INDICATOR AND NAME OERY - RIYADH/ King Salman Air Base OERY AD 2.2 AERODROME GEOGRAPHICAL AND ADMINISTRATIVE DATA 1 ARP coordinates and site at AD 244319N

More information

VT-27 Formation Script

VT-27 Formation Script 1 VT-27 Formation Script Cockpit Checklist (BOTH) o Input briefed VHF Tactical Frequency (123.47, 123.57, or 123.67) (BOTH) LEAD: -Tac Call Sign- One is ready to close canopy on VHF Tactical Frequency

More information

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

REPUBLIC OF CROATIA. Croatia Control Ltd. Aeronautical Information Service Rudolfa Fizira Velika Gorica, PO Box 103 Croatia REPUBLIC OF CROATIA Non-AIRAC Phone: +385 1 6259 373 +385 1 6259 589 +385 1 6259 372 Fax: +385 1 6259 374 AFS: LDZAYOYX Email: aip@crocontrol.hr URL: http://www.crocontrol.hr Croatia Control Ltd. Aeronautical

More information

AD CHART RJDT / TSUSHIMA TSUSHIMA AP. AIP Japan TSUSHIMA RJDT-AD m 90 m 90 m APCH GUIDANCE LGT. RWY ft. (55.

AD CHART RJDT / TSUSHIMA TSUSHIMA AP. AIP Japan TSUSHIMA RJDT-AD m 90 m 90 m APCH GUIDANCE LGT. RWY ft. (55. WDI.8 m 6 RWY THR ID LGT RWY ft (6. m) 8 ft (6. m) 9 m PAPI Angle. MEHT 8.m(6ft) T- T- AP CGL ARP LONGITUDINAL PROFILE OF RWY TRUE NORTH.8 m WDI RTHL OVERRUN AREA EDGE LGT APCH GUIDANCE LGT 9 m 9 m 9 m

More information

APPENDIX C VISUAL AND NAVIGATIONAL AIDS

APPENDIX C VISUAL AND NAVIGATIONAL AIDS VISUAL AND NAVIGATIONAL AIDS APPENDIX C VISUAL AND NAVIGATIONAL AIDS An integral part of the airport system is the visual and navigational aids provided to assist pilots in navigating both on the airfield

More information

Mode S Skills 101. OK, so you ve got four basic surveillance skills, you ve got the: ATCRBS Skills Mode S Skills TCAS Skills ADS-B skills

Mode S Skills 101. OK, so you ve got four basic surveillance skills, you ve got the: ATCRBS Skills Mode S Skills TCAS Skills ADS-B skills Mode S Skills 101 OK, so you ve got four basic surveillance skills, you ve got the: ATCRBS Skills Mode S Skills TCAS Skills ADS-B skills Fisher Fisher Slide 1 853D ELECTRONIC SYSTEMS GROUP MODE S 101 Prepared

More information

[EN 105] Evaluation Results of Airport Surface Multilateration

[EN 105] Evaluation Results of Airport Surface Multilateration ENRI Int. Workshop on ATM/CNS. Tokyo, Japan. (EIWAC 2010) [EN 105] Evaluation Results of Airport Surface Multilateration (EIWAC 2010) + H. Miyazaki*, T. Koga**, E. Ueda*, Y. Kakubari*, S. Nihei* *Communication,

More information

ILS REFERENCE DATUM 53 DGC IFF 0.8DME. FIELD ELEV 30ft TDZ ELEV 32ft STA TO RWY 34. PALS OUT RVR 1400m VIS 1400m PALS AVBL. RVR 1200m VIS 1200m

ILS REFERENCE DATUM 53 DGC IFF 0.8DME. FIELD ELEV 30ft TDZ ELEV 32ft STA TO RWY 34. PALS OUT RVR 1400m VIS 1400m PALS AVBL. RVR 1200m VIS 1200m FUKUOKA ILS RWY 34 FUKUOKA APP ILS-LLZ FUKUOKA TOWER RADAR AVAILABLE 1191-11965 - 1207 1089 IFF ILS-GP 3293 1184-1262 2612-2708 ILS-DME 987(CH-26X) 2368 ATIS 1272 377 VER6 45 W 2003 253 073 IKE MHA 4000

More information

SkyView. Autopilot In-Flight Tuning Guide. This product is not approved for installation in type certificated aircraft

SkyView. Autopilot In-Flight Tuning Guide. This product is not approved for installation in type certificated aircraft SkyView Autopilot In-Flight Tuning Guide This product is not approved for installation in type certificated aircraft Document 102064-000, Revision B For use with firmware version 10.0 March, 2014 Copyright

More information

AE4-393: Avionics Exam Solutions

AE4-393: Avionics Exam Solutions AE4-393: Avionics Exam Solutions 2008-01-30 1. AVIONICS GENERAL a) WAAS: Wide Area Augmentation System: an air navigation aid developed by the Federal Aviation Administration to augment the Global Positioning

More information

Caution : When take off RWY10, high terrain exists in southeast side of airport (Right of departure course).

Caution : When take off RWY10, high terrain exists in southeast side of airport (Right of departure course). RJNG-AD2-24.1 RJNG / SID NORIC TWO DEPARTURE RWY28 : Climb via GFT R-285 to GFT 6DME, then turn right,... RWY10 : Turn left, climb via GFT R-090 to GFT 7DME, then turn left,......climb via GFT R-044 to

More information

AFI Flight Operations Safety Awareness Seminar (FOSAS)

AFI Flight Operations Safety Awareness Seminar (FOSAS) Open space to put your own picture AFI Flight Operations Safety Awareness Seminar (FOSAS) Operations linked to weather ICAO/Airbus Nairobi, 19-21 Sep. 2017 Agenda Operations linked to weather Weather A

More information

JeppView for Windows. General Information. Runway Information. Communication Information. jep=jeppesen

JeppView for Windows. General Information. Runway Information. Communication Information. jep=jeppesen irport Information For OML Printed on 27 Jan 208 Page (c) SNERSON, IN., 208, LL RIGHTS RESERVE jep= JeppView for Windows General Information Location: L IN RE IO/IT: OML / N Lat/Long: N24 5.70', E055 36.55'

More information

JeppView for Windows. General Information. Runway Information. Communication Information. jep=jeppesen

JeppView for Windows. General Information. Runway Information. Communication Information. jep=jeppesen irport Information For GM Printed on 27 Jan 208 Page (c) SNERSON, IN., 208, LL RIGHTS RESERVE jep= JeppView for Windows General Information Location: GIR MR IO/IT: GM / G Lat/Long: N30 9.35', W009 24.68'

More information

1. GENERAL ATIS ATIS Arrival ATIS Departure NOISE ABATEMENT PROCEDURES GENERAL

1. GENERAL ATIS ATIS Arrival ATIS Departure NOISE ABATEMENT PROCEDURES GENERAL + 4 AUG 07.. ATIS ATIS Arrival.65 ATIS eparture.97 0-P. GENERAL, SPAIN AIRPORT.BRIEFING.. NOISE ABATEMENT PROCEURES... GENERAL Barcelona APT is not available to ACFT without radio or unable to maintain

More information

Fokker 50 - Automatic Flight Control System

Fokker 50 - Automatic Flight Control System GENERAL The Automatic Flight Control System (AFCS) controls the aircraft around the pitch, roll, and yaw axes. The system consists of: Two Flight Directors (FD). Autopilot (AP). Flight Augmentation System

More information

Chapter 10 Navigation

Chapter 10 Navigation Chapter 10 Navigation Table of Contents VHF Omnidirectional Range (VOR) VOR Orientation Course Determination VOR Airways VOR Receiver Check Points Automatic Direction Finder (ADF) Global Positioning System

More information

Microair Avionics Pty Ltd Airport Drive Bundaberg Queensland 4670 Australia Tel: Fax:

Microair Avionics Pty Ltd Airport Drive Bundaberg Queensland 4670 Australia Tel: Fax: Microair Avionics Pty Ltd Airport Drive Bundaberg Queensland 4670 Australia Tel: +61 7 41 553048 Fax: +61 7 41 553049 e-mail: support@microair.com.au About This Document Microair Avionics have developed

More information

Integration of surveillance in the ACC automation system

Integration of surveillance in the ACC automation system Integration of surveillance in the ACC automation system ICAO Seminar on the Implementation of Aeronautical Surveillance and Automation Systems in the SAM Region San Carlos de Bariloche 6-8 Decembre 2010

More information

P/N 135A FAA Approved: 7/26/2005 Section 9 Initial Release Page 1 of 10

P/N 135A FAA Approved: 7/26/2005 Section 9 Initial Release Page 1 of 10 FAA APPROVED AIRPLANE FLIGHT MANUAL SUPPLEMENT FOR GARMIN GNS 430 - VHF COMM/NAV/GPS Serial No: Registration No: When installing the Garmin GNS 430 - VHF COMM/NAV/GPS in the Liberty Aerospace XL2, this

More information

Absolute Block. Uncontrolled When Printed Document to be part superseded by GKRT0055 Iss 1 and GKRT0077 Iss 1 (published on 07/09/2013)

Absolute Block. Uncontrolled When Printed Document to be part superseded by GKRT0055 Iss 1 and GKRT0077 Iss 1 (published on 07/09/2013) Signatures removed from electronic version Submitted by... Richard Genner Nominated Responsible Manager Approved by... Philip Wiltshire Chairman, Train Control & Communications Subject Committee Approved

More information

DSMF N E

DSMF N E 40.5 ^ N44 54.9 E033 47. LUSHT 34 L N44 40.5 E034 3.9 33^ 7.3 LESNIK 395 LE N44 50.0 E034 5.0 07^.6 60.5 R076^ 7. TOL N45 06.0 E034 4.0 INK N44.3 E034 0. 3^ 3^ 305^ 4 9^ 0 49^ 56^ 065^4 M 4 6^, UKRINE

More information

Evaluation Results of Airport Surface Multilateration. Hiromi Miyazaki Electronic Navigation Research Institute

Evaluation Results of Airport Surface Multilateration. Hiromi Miyazaki Electronic Navigation Research Institute Evaluation Results of Airport Surface Multilateration Hiromi Miyazaki Electronic Navigation Research Institute 1 Contents Introduction Background, Purposes Overview of Multilateration (MLAT) Advantages,

More information

Flight Demonstration of the Separation Analysis Methodology for Continuous Descent Arrival

Flight Demonstration of the Separation Analysis Methodology for Continuous Descent Arrival Flight Demonstration of the Separation Analysis Methodology for Continuous Descent Arrival Liling Ren & John-Paul B. Clarke Air Transportation Laboratory School of Aerospace Engineering Georgia Institute

More information

Ron Turner Technical Lead for Surface Systems. Syracuse, NY. Sensis Air Traffic Systems - 1

Ron Turner Technical Lead for Surface Systems. Syracuse, NY. Sensis Air Traffic Systems - 1 Multilateration Technology Overview Ron Turner Technical Lead for Surface Systems Sensis Corporation Syracuse, NY Sensis Air Traffic Systems - 1 Presentation Agenda Multilateration Overview Transponder

More information

Chapter Four AIRPORT LAYOUT PLAN SET COMPONENTS

Chapter Four AIRPORT LAYOUT PLAN SET COMPONENTS The purpose of this chapter is to present the graphic representation of the items addressed and recommended in Chapter Three Demand Capacity Analysis and Facility Requirements (page 3-1). The Airport Layout

More information

Evaluation Results of Multilateration at Narita International Airport

Evaluation Results of Multilateration at Narita International Airport Evaluation Results of Multilateration at Narita International Airport Hiromi Miyazaki, Tadashi Koga, Eisuke Ueda, Izumi Yamada, Yasuyuki Kakubari and Shiro Nihei Electronic Navigation Research Institute

More information

JeppView for Windows. JeppView for Windows. jep=jeppesen. jep=jeppesen. Airport Information For EEKE. Trip Kit Index

JeppView for Windows. JeppView for Windows. jep=jeppesen. jep=jeppesen. Airport Information For EEKE. Trip Kit Index Trip Kit Index Printed on 03 Jul 208 Page (c) SNERSON, IN., 208, LL RIGHTS RESERVE jep= irport Information For EEKE Printed on 03 Jul 208 Page (c) SNERSON, IN., 208, LL RIGHTS RESERVE jep= List of pages

More information

+ JEPPESEN 1. GENERAL

+ JEPPESEN 1. GENERAL , 06. LL RIGHTS RESERVE. Printed from JeppView for Windows 5..0.0 on 07 May 07; Terminal chart data cycle 0-07 (Expired); Notice: fter 09 Feb 07, 0000Z, this chart may no longer be valid + OIIE/.. TIS

More information

AT01 AIRPLANE FLIGHT MANUAL

AT01 AIRPLANE FLIGHT MANUAL Table of Contents Supplement AVE12 1. Section 1 General AVE12 3 2. Section 2 Operating Limitations AVE12 3 3. Section 3 Emergency Procedures AVE12 3 4. Section 4 Normal Procedures AVE12 4 5. Section 5

More information

NOT TO SCALE D25 GOW D20 GOW SLP W D20 GOW N D25 GOW FOYLE SLP ^ NOT TO SCALE D25 GOW D20 GOW SLP (GOW D17) W

NOT TO SCALE D25 GOW D20 GOW SLP W D20 GOW N D25 GOW FOYLE SLP ^ NOT TO SCALE D25 GOW D20 GOW SLP (GOW D17) W R03^ ^ ^ 6^, UK SEP 06 0-.STR. 9. lt Set: hpa Trans level: y T Trans alt:. ircraft on all routes may be radar vectored.. Holdings may be used by SOTTISH ontrol for integration traffic. ORSUM N 03. W0.

More information