VTSM  —  Surat Thani/ Samui

VTSM  AD 2.1  AERODROME LOCATION INDICATOR AND NAME

VTSM  —  Surat Thani/ Samui

VTSM  AD 2.2  AERODROME GEOGRAPHICAL AND ADMINISTRATIVE DATA

1

ARP coordinates and site at AD

093256N 1000345E

Centre line of RWY, 860 M from THR 35

2

Direction and distance from (city)

17 KM, from city
3

Elevation/Reference temperature

19.5 M (64 FT) / 33°C
4Geoid Undulation at AD ELEV PSN

NIL

5

MAG VAR/Annual change

0°22'W(2018)/0°1'E/year
6

AD Administration, address, telephone,
telefax, telex, AFS

Director of Samui Airport
Samui Airport
Amphoe Ko.Samui

Surat Thani Province 84320
Thailand

Tel:  +667 742 8521

Fax:  +667 742 8539

Email:  samuiairport@bangkokair.com

URL:  www.samuiairport.com

AFS:  VTSMYDYX

7

Types of traffic permitted (IFR/VFR)

IFR/VFR
8

Remarks

Operator: Bangkok Airways Public Company Limited

VTSM  AD 2.3  OPERATIONAL HOURS

1

Aerodrome Operator

2300-1500 After this period 1 HR PN to ATC

2

Customs and immigration

2300-1500

3

Health and sanitation

2300-1500
4

AIS Briefing Office

NIL

5

ATS Reporting Office (ARO)

2300-1500
6

MET Briefing Office

NIL

7

ATS

2300-1500
8

Fuelling

2300-1500
9

Handling

2300-1500
10

Security

H24
11

De-icing

NIL

12

Remarks

NIL

VTSM  AD 2.4  HANDLING SERVICES AND FACILITIES

1

Cargo-handling facilities

NIL

2

Fuel/oil types

JET A1

3

Fuelling facilities/capacity

Refueller @ 2 Trailers 12,000 L, 1 Trailer 7,500 L
4

De-icing facilities

NIL

5

Hangar space for visiting aircraft

NIL

6

Repair facilities for visiting aircraft

NIL

7

Remarks

The airport has provided ground handling agents as following:

Bangkok Airways Ground Services Co., Ltd (PGGS)

Ground Handling Inquiry E-mail: office@pg-gs.com

Phone: +667 742 8500 ext 31381 or +666 3079 6696

VTSM  AD 2.5  PASSENGER FACILITIES

1

Hotels

In the vicinity of AD
2

Restaurants

At AD

3

Transportation

Limousine

4

Medical facilities

First aid at AD
5

Bank and Post Office

Money Exchange: Available

Post Office: NIL

6

Tourist Office

Open 0100-1300
7

Remarks

NIL

VTSM  AD 2.6  RESCUE AND FIRE FIGHTING SERVICES

1

AD category for fire fighting

Category 6
2

Rescue equipment

Available at fire fighting trucks

3

Capability for removal of disabled aircraft

NIL

4

Remarks

NIL

VTSM  AD 2.7  SEASONAL AVAILABILITY - CLEARING

1

Types of clearing equipment

NIL

2

Clearance priorities

NIL

3

Remarks

The aerodrome is available all seasons.

VTSM  AD 2.8  APRONS, TAXIWAYS AND CHECK LOCATIONS/POSITIONS DATA

1Apron surface and strength

Surface: Concrete

Strength: PCN 42/R/D/X/T

2Taxiway width, surface and strength

Taxiway A, B, C, D , E and F

Width: 30 M

Surface: Concrete

Strength: PCN 42/R/D/X/T

3

Altimeter checkpoint location and elevation

NIL

4

VOR checkpoints

NIL

5

INS checkpoints

NIL

6

Remarks

NIL

VTSM  AD 2.9  SURFACE MOVEMENT GUIDANCE AND CONTROL SYSTEM AND MARKINGS

1

Use of aircraft stand ID signs, TWY guide lines and visual docking/parking guidance system of aircraft stands

Taxi guidance signs and guide lines at TWY and Apron

2

RWY and TWY markings and LGT

RWY: Marked and lighted

3

Stop bars

Marked
4

Remarks

NIL

VTSM  AD 2.10  AERODROME OBSTACLES

In approach/TKOF areas

In circling areas and at AD

Remarks

123

RWY/Area affected

Obstacle type

Elevation

Markings/LGT

Coordinates

Obstacle type

Elevation

Markings/LGT

Coordinates

abcab
RWY 17/APCHBuilding

28.5 M (93.5 FT)

No Markings

No LGT

093335.23N 1000346.24E

Hill 630 M

093324N 1000423E

See Aerodrome obstacle chart type A for details

RWY 35/TKOFBuilding

40 M (131 FT)

No Markings

No LGT

093415.23N 1000334.55E
  

VTSM  AD 2.11  METEOROLOGICAL INFORMATION PROVIDED

1

Associated MET Office

Bangkok Airways Public Company Ltd.

Aeronautical Radio of Thailand Company Ltd.

2

Hours of service

MET Office outside hours

0000-1430

Tel: +662 399 4566-75 (H24)

3

Office responsible for TAF preparation

Periods of validity

Southern Regional Met. Center (East coast)

4

Type of landing forecast

Interval of issuance

TAF
5

Briefing/consultation provided

At Met office

6

Flight documentation

Language(s) used

Thai/English
7

Charts and other information available for
briefing or consultation

Daily Weather Forecast
8

Supplementary equipment available for
providing information

NIL

9

ATS units provided with information

Control Tower
10

Additional information (limitation of service, etc.)

Volmet Service / Bangkok Radio

VTSM  AD 2.12  RUNWAY PHYSICAL CHARACTERISTICS

Designations

RWY NR

TRUE BRG

Dimensions of RWY(M)

Strength (PCN) and surface of RWY and SWY

THR coordinates

RWY end coordinates

THE geoid undulation

THR elevation and highest elevation of TDZ of precision APP RWY
123456
17

174°

2100x45

PCN 38/F/B/W/T

Concrete and asphalt

093319.40N 1000342.26E

43 FT

35

354°

2100x45

PCN 38/F/B/W/T

Concrete and asphalt

093227.55N 1000347.31E

56 FT

Slope of RWY-SWY

SWY dimensions (M)

CWY dimensions (M)Strip dimensions (M)OFZRemarks
789101112
  0% / 0.8%
1300 M / 800 M
  225x45 60x45 2085x150

NIL

See below
 

-0.8% / 0%
800 M / 1300 M

(See of Type A chart)

  60x45 60x45 2020x150

NIL

See below

Remarks

Infringement of RWY strips

Infringement maximum of 52.5 M start at 376 M to 480 M from runway threshold 35, located on left side of runway 35.

VTSM  AD 2.13  DECLARED DISTANCES

RWY Designator

TORA

(M)

TODA

(M)

ASDA

(M)

LDA

(M)

Remarks

123456
17 1800 1860 2025 1825

NIL

35 1900 1960 1960 1660

NIL

VTSM  AD 2.14  APPROACH AND RUNWAY LIGHTING

RWY Designator

APCH LGT

type

LEN INTST

THR LGT

colour

WBAR

VASIS

(MEHT)

PAPI

TDZ, LGT

LEN

RWY Centre Line LGT

Length, spacing,

colour,

INTST

RWY edge LGT

LEN, spacing,

colour

INTST

RWY End LGT

colour

WBAR

SWY LGT

LEN (M)

colour

Remarks

12345678910
17

NIL

Green

PAPI

Right

(51.12FT)

White

2 Pairs

2100 M,30 M

White

FM 0-1208 M,

Red/White

FM 1208-1800 M, Red

FM 1800-2100 M, LIH

2100 M,60 M

Red

FM 0-200 M,

White

FM 200-1504 M,

Yellow

FM 1504-2100 M,

LIH

Red

NIL

RTIL
35

NIL

Green

PAPI

Left 3.2°

(54.10FT)

White

2 Pairs

2100 M,30 M

White

FM 0-1188 M,

Red/White

FM 1188-1780 M, Red

FM 1780-2100 M, LIH

2100 M,60 M

Red

FM 0-300 M,

White,

FM 300-1485 M,

Yellow

FM 1485-2100 M,

LIH

Red

NIL

RTIL

VTSM  AD 2.15  OTHER LIGHTING, SECONDARY POWER SUPPLY

1

ABN/IBN location, characteristics and hours of operation

ABN: at Control Tower FLG/WG. EV 7 Sec

2300-1500

2

LDI location and LGT

Anemometer location and LGT

LDI: 3 Wind cone with illumination at THR 17, 500 M and 800 M from THR 17 and 180 M from THR 35

Anemometer: At MET Station 410 M from THR 17

3

TWY edge and centre line lighting

TWY edge Lighted

4

Secondary power supply/switch-over time

Electrical Generator / 0 Sec (UPS)
5

Remarks

NIL

VTSM  AD 2.16  HELICOPTER LANDING AREA

1

Coordinates TLOF or THR of FATO

Geoid undulation

NIL

2

TLOF and/or FATO elevation M/FT

NIL

3

TLOF and FATO area dimensions, surface, strength, marking

NIL

4

True and MAG BRG of FATO

NIL

5

Declared distance available

NIL

6

APP and FATO lighting

NIL

7

Remarks

NIL

VTSM  AD 2.17  ATS AIRSPACE

1

Designation and lateral limits

A circle of 5 NM radius centred on SAMUI NDB

(093314.01N 1000335.65E)

2

Vertical limits

2000 FT/AGL
3

Airspace classification

D
4

ATS unit call sign

Language(s)

Samui Tower

English, Thai

5

Transition altitude

11000 FT
6

Remarks

NIL

VTSM  AD 2.18  ATS COMMUNICATION FACILITIES

Service designation

Call sign

Frequency

Hours of operation

Remarks

12345
APP Samui Approach

129.6 MHZ

2300-1500

(1)Emergency Frequency

(2)If unable to contact Samui Approach, contact Samui TWR on 118.9 MHZ

TWR Samui Tower

118.9 MHZ

121.5 MHZ

243.0 MHZ(1)

2300-1500
GND Samui Ground

121.9 MHZ

2300-1500
ATIS Samui Airport Information

128.6 MHZ

2300-1500

VTSM  AD 2.19  RADIO NAVIGATION AND LANDING AIDS

Type of aid,

MAG VAR

CAT of ILS/MLS

(For VOR/ILS/MLS, give declination)

ID

Frequency

Hours of operation

Position of transmitting antenna coordinates

Elevation of DME transmitting antenna

Remarks

1234567
DVOR/DME SMU

117.6 MHZ

CH123X

H24
093249.47N 1000342.27E
24 M  
NDB SM 316 KHZH24
093314.01N 1000335.65E
  

VTSM  AD 2.20  LOCAL AERODROME REGULATIONS

NIL

VTSM  AD 2.21  NOISE ABATEMENT PROCEDURES

1.  ICAO Noise Abatement Departure Procedure RWY17/35
1.1 ICAO have developed aircraft operating procedures, Noise Abatement Departure Procedure 1 (NADP 1) and Noise Abatement Departure Procedure 2 (NADP 2), for the take-off climb to ensure that the necessary safety of flight operations is maintained whilst minimizing exposure to noise on the ground.
1.2 NADP 1 is intended to provide noise reduction for noise sensitive areas in close proximity to the departure end of the runway. NADP 2 provides noise reduction to areas more distant from the runway end.
1.3 All operators are to adopt NADP 1 procedures for all take-offs from Samui Airport on RWY17 or RWY35
1.4 Full details of NADP 1 and NADP 2 are contained in ICAO Procedures for Air Navigation Services – Aircraft Operations, Volume 1 – Flight Procedures (PANSOPS, Doc 8168 Volume 1).
1.5 For Propeller and Turboprop Aeroplane, after take-off Pilot-in-Command should aim to use an airspeed giving the best rate of climb.
2.  Noise Mitigating Measures
2.1 The following procedures are implemented to reduce aircraft noise levels when operating conditions permit. These measures include:
  1. Preferential use of Runway

  2. APU Restrictions

  3. Reverse Thrust Use

2.2 Preferential use of Runway

RWY35 for take-off and RWY17 for landing are preferentially to be used. However, in order to achieve maximum flight safety, this procedure is not applied under the following circumstances.

  1. The use of other runway is necessary in consideration of safety of the aircraft operation.

  2. The condition of the specified runway is not suitable for landing or take-off.

  3. The tail wind component, including gusts, exceeds 5 KT.

  4. The cross wind component, including gusts, exceeds 15 KT.

  5. When the possibility exists that orderly flow of traffic may be impeded.

2.3 APU Restrictions

For noise abatement purposes, pilots are encouraged to limit Auxiliary Power Units (APU) use to the minimum time necessary. The maximum recommended APU run-time is (30) minutes.

2.4 Reverse Thrust Use

The use of reverse thrust may negatively impact the residential community surrounding the Samui Airport, particularly during night hours. The use of minimum reverse thrust necessary for safety is recommended consistent with runway conditions and available length.

3.  Noise Level Limits
3.1 Noise Operating Restrictions

Under the Environmental Protection (Aircraft Noise) Regulations, international and domestic aircraft operating to/from Samui Airport are required to be certified as compliant with the relevant ICAO Annex 16 Volume I, Aircraft Noise.

  1. Subsonic jets must be certified as Chapter 3 or Chapter 4.

  2. Aircraft with Chapter 2 noise certification are not permitted to operate.

3.2 Marginally Compliant Chapter 3 (MCC3) Aircraft

The operations to flights which will be operated by subsonic jet aircraft that meet the Chapter 3 standards by a cumulative margin of not more than 5 EPNdB (Marginally Compliant Chapter 3 (MCC3) Aircraft) will be prohibited for take-off and landing at Samui Airport between 1100 UTC and 2359 UTC.

3.3 Exempted MCC3 Aircraft

MCC3 aircraft operated for emergency, medical and humanitarian purposes are exempted from the above restriction.

VTSM  AD 2.22  FLIGHT PROCEDURES

1.  The Continuous Descent Operations (CDO) for arrivals into Samui Airport
1.1 Introduction
1.1.1 CDO is an operation, enabled by airspace design, procedure design and ATC facilitation, in which an aircraft descends continuously, to the greatest possible extent, by employing minimum engine thrust, ideally in a low drag configuration, prior to Final Approach Fix / Final Approach Point.
1.1.2 Vertical profile of CDO aims to improve flight stability (minimal level-off), increase terrain safety, ensure environmental friendly procedures by reducing aircraft noise, fuel consumption and emissions, enhanced flight punctuality and predictability, as well as other economic benefits for flights into Samui Airport.
1.2 Condition of Use
1.2.1 Conditions for Conducting a CDO
1.2.1.1 CDO application must be under surveillance environment
1.2.1.2 CDO can be requested by pilot or initiated by ATC. Pilot should request CDO at least 5 minutes prior to reaching Top of Descent (TOD) for any type of approach

Note: 1. There is limited benefit if CDO clearance is received at altitude lower than 10,000 FT.

Note: 2. In case of CDO procedure being impractical due to an emergency, weather condition, traffic situation or any other reasons, an alternate instruction will be issued by ATC, or requested by pilot.

1.2.2 Application of Other ATC Procedures
1.2.2.1 When conducting CDO, standard ATC procedures continue to apply. ATC may issue clearance to an intermediate approach level while facilitating a CDO profile
1.2.2.2 In doing so, ATC shall endeavour to issue further descent clearance prior to the CDO flight reaching the last assigned altitude so as to prevent aircraft from levelling off.
1.2.3 Change of Runway-In-Use
1.2.3.1 In case of change on Runway-in-Use prior to aircraft reaching Final Approach Fix, i.e. from RWY17 to RWY35 CDO procedure shall be cancelled.
1.2.3.2 Pilot should then re-plan arrival route to the revised landing runway and inform ATC if the flight would still be able to meet all required speed/altitude restrictions
1.2.4 Aircraft Type

CDO procedure is applicable for FMS capable aircraft

1.2.5 Arrival Routes

CDO procedure is in place for all aircraft on W32 inbound from Bangkok to Samui Airport

1.2.6 Operations Time

CDO is available 24 hours

1.2.7 Available Runway

CDO procedure is available for RWY17

1.2.8 Types of Approach
1.2.8.1 RNAV (GNSS) RWY17 CAT A, B
1.2.8.2 RNAV (GNSS) RWY17 CAT C
1.2.8.3 VOR A RWY17 CAT A, B
1.2.8.4 VOR A RWY17 CAT C
1.2.8.5 VOR RWY17 CAT A, B
1.2.8.6 VOR RWY17 CAT C
1.2.9 Speed

When traffic permits, aircraft will operate at an optimum speed calculated by FMS, depending on aircraft type. The following speed guidance should be applicable in case of high traffic volume.

Flight StatusSpeed Range
Above 10 000 FT250 - 320 IAS
Below 10 000 FT220 - 250 IAS
Final Segment (up to 4 NM)160 - 180 IAS
1.2.10 Minimum Flight Altitude
1.2.10.1 Outside SMU TMA, aircraft shall comply with altitude constraints of the CDO procedure.
1.2.10.2 During CDO, minimum safety altitudes are identical to those within Instrument Approach Procedures requested.
1.3 CDO Procedure
1.3.1 Before aircraft reaching TOD (approximately 150 NM from the airport), either pilot or ATC can initiate CDO using phraseologies described in para 1.4.
1.3.2 When all requirements for CDO are met and situation permits, CDO will commence.
1.3.3 Pilot shall operate aircraft FMS to plan optimal descent profile and report CDO execution Samui commencing descent
1.3.4 Aircraft should descend continuously on normal arrival route to SMU TMA
1.3.5 Longitudinal separation required will be at least 5 minutes (15 NM) between CDO traffic
1.3.6 Operations without Vectoring
1.3.6.1 RNAV (GNSS) RWY17 CAT A, B Procedure
  1. Aircraft Arriving on W32

    1. After passing, 30 NM from SMU DVOR, altitude not lower than 6,000 FT., then proceed to PENFO and follow the RNAV (GNSS) RWY17 CAT A, B procedure as published in AIP Thailand, or

    2. The pilot may request permission to fly directly to (IF); however, this would be an ATC’s jurisdiction whether the request can be approved, depending on traffic conditions. In this case, the pilot shall fly directly to (IF) altitude 3,200 FT., and cross 30 NM from SMU DVOR, altitude not lower than 4,000 FT., following the RNAV (GNSS) RWY17 CAT A, B procedure as published in AIP Thailand.

1.3.6.2 RNAV (GNSS) RWY17 CAT C Procedure
  1. Aircraft Arriving on W32

    1. After passing, 30 NM from SMU DVOR, altitude not lower than 6,000 FT., then proceed to PENFO and follow the RNAV (GNSS) RWY17 CAT C procedure as published in AIP Thailand, or

    2. The pilot may request permission to fly directly to (IF); however, this would be an ATC’s jurisdiction whether the request can be approved, depending on traffic conditions. In this case, the pilot shall fly directly to (IF) altitude 3,200 FT., and cross 30 NM from SMU DVOR, altitude not lower than 4,000 FT., following the RNAV (GNSS) RWY17 CAT C procedure as published in AIP Thailand.

1.3.6.3 VOR A RWY17 CAT A and B Procedure
  1. Aircraft Arriving on W32

    1. After passing, 30 NM from SMU DVOR, altitude not lower than 6,000 FT., then proceed to PENFO and follow the VOR A RWY17 CAT A, B procedure as published in AIP Thailand, or

    2. The pilot may request permission to fly directly to (IF); however, this would be an ATC’s jurisdiction whether the request can be approved, depending on traffic conditions. In this case, the pilot shall fly directly to (IF) altitude 3,300 FT., and cross 30 NM from SMU DVOR, altitude not lower than 4,000 FT., following the VOR A RWY17 CAT A, B procedure as published in AIP Thailand.

1.3.6.4 VOR A RWY17 CAT C Procedure
  1. Aircraft Arriving on W32

    1. After passing, 30 NM from SMU DVOR, altitude not lower than 6,000 FT., then proceed to PENFO and follow the VOR A RWY17 CAT C procedure as published in AIP Thailand, or

    2. The pilot may request permission to fly directly to (IF); however, this would be an ATC’s jurisdiction whether the request can be approved, depending on traffic conditions. In this case, the pilot shall fly directly to (IF) altitude 3,300 FT., and cross 30 NM from SMU DVOR, altitude not lower than 4,000 FT., following the VOR A RWY17 CAT C procedure as published in AIP Thailand.

1.3.6.5 VOR RWY17 CAT A, B Procedure
  1. Aircraft Arriving on W32

    1. After passing, 30 NM from SMU DVOR, altitude not lower than 6,000 FT., then proceed to PENFO and follow the VOR RWY17 CAT A, B procedure as published in AIP Thailand, or

    2. The pilot may request permission to fly directly to (IF); however, this would be an ATC’s jurisdiction whether the request can be approved, depending on traffic conditions. In this case, the pilot shall fly directly to (IF) altitude 3,500 FT., and cross 30 NM from SMU DVOR, altitude not lower than 4,000 FT.,following the VOR RWY17 CAT A, B procedure as published in AIP Thailand

1.3.6.6 VOR RWY17 CAT C Procedure
  1. Aircraft Arriving on W32

    1. After passing, 30 NM from SMU DVOR, altitude not lower than 6,000 FT., then proceed to PENFO and follow the VOR RWY17 CAT C procedure as published in AIP Thailand, or

    2. The pilot may request permission to fly directly to (IF); however, this would be an ATC’s jurisdiction whether the request can be approved, depending on traffic conditions. In this case, the pilot shall fly directly to (IF) altitude 3,500 FT., and cross 30 NM from SMU DVOR, altitude not lower than 4,000 FT., following the VOR RWY17 CAT C procedure as published in AIP Thailand.

1.3.7 Operations under Vectoring
1.3.7.1 Pilot should receive CDO clearance at altitude not lower than 10,000 FT.
1.3.7.2 ATC shall provide vectoring guidance and track mile estimate to pilot.
1.3.8 Radio Communications Failure
1.3.8.1 In the event of radio communication failure, CDO flight will be terminated immediately.
1.3.8.2 Pilot is to apply radio failure procedures stated in AIP Thailand ENR 1.6-6 para 6
1.4 Phraseology
1.4.1 The following phraseology enables clear and concise communications between pilot and controller to maintain safety of CDO arrivals.
1.4.2 ATC-initiated CDO

“(aircraft call sign), (ATC unit), CDO AVAILABLE, DO YOU ACCEPT?”

1.4.3 Pilots response to ATC-initiated CDO
1.4.3.1 “(aircraft call sign), ACCEPT CDO”
1.4.3.2 “(aircraft call sign), NEGATIVE CDO”
1.4.4 Pilot-requested CDO

“(ATC Unit), (aircraft call sign), REQUEST CDO (type of approach) APPROACH”

1.4.5 Approval by Bangkok Area Control Centre

“(aircraft call sign), CLEARED DIRECT TO (point), CDO DESCEND [(level) or (altitude), QNH (number)]”

1.4.6 Denial from Bangkok Area Control Centre
1.4.6.1 “(aircraft call sign), NEGATIVE CDO, DUE TO (reason)”
1.4.6.2 “(aircraft call sign), EXPECT CDO FROM SAMUI APPROACH”
1.4.7 Approval by Samui Approach Control Unit
1.4.7.1 “(aircraft call sign), DIRECT TO (point), DESCEND [(level) or (altitude), QNH (number)], CLEARED CDO (type of approach) APPROACH, REPORT ESTABLISHED”
1.4.7.2 “(aircraft call sign), DESCEND INITIALLY [(level) or (altitude), QNH (number)], CDO APPROVED”
1.4.8 When vectoring for CDO

“(aircraft call sign), VECTORING FOR CDO, FLY HEADING (number) DESCEND [(level) or (altitude), QNH (number)], TRACK MILE (number)”

1.4.9 CDO Cancellation
1.4.9.1 “(aircraft call sign), CANCEL CDO DUE TO (reason), (STOP) DESCEND [(level) or (altitude), QNH (number)]”
1.4.9.2 “(aircraft call sign), DUE TO (reason), CDO IS NOW TERMINATED”
1.4.10 Resuming CDO

“(aircraft call sign), RESUME CDO, DCT (point), DESCEND [(level) or (altitude), QNH (number) ], CLEARED (type of approach) APPROACH”

1.4.11 Pilot report leaving

“(aircraft call sign), CDO LEAVING (level)”

1.4.12 Warning of aircraft below CDO Profile

“(aircraft call sign), BELOW CDO PROFILE, ALTITUDE SHOULD BE (altitude) OR ABOVE”

1.5 Information / Training
1.5.1 Each airline must ensure that, for each type of aircraft, pilots are aware of CDO performance requirements
1.5.2 Airlines are expected to define strategy to be adopted to drag-generating parts extension to stabilize aircraft in landing configuration at an altitude in compliance with flight safety, taking into account glide path at 3° in Final Approach

VTSM  AD 2.23  ADDITIONAL INFORMATION

NIL

VTSM  AD 2.24  CHARTS RELATED TO AN AERODROME

Chart name

Page

Aerodrome Chart - ICAO

AD 2-VTSM-2-1

Aircraft Parking/Docking Chart - ICAO

AD 2-VTSM-2-3

Aerodrome Ground Movement Chart - ICAO

AD 2-VTSM-2-5

Aerodrome Obstacle Chart - ICAO Type A - RWY 35/17

AD 2-VTSM-3-1

Instrument Approach Chart - ICAO - VOR RWY 17 CAT A, B

AD 2-VTSM-8-1

Instrument Approach Chart - ICAO - VOR RWY 17 CAT A, B (Fix and point list table)

AD 2-VTSM-8-2

Instrument Approach Chart - ICAO - VOR A RWY 17 CAT A, B

AD 2-VTSM-8-3

Instrument Approach Chart - ICAO - VOR A RWY 17 CAT A, B (Fix and point list table)

AD 2-VTSM-8-4

Instrument Approach Chart - ICAO - VOR RWY 35 CAT A, B

AD 2-VTSM-8-5

Instrument Approach Chart - ICAO - VOR RWY 35 CAT A, B (Fix and point list table)

AD 2-VTSM-8-6

Instrument Approach Chart - ICAO - VOR RWY 17 CAT C

AD 2-VTSM-8-7

Instrument Approach Chart - ICAO - VOR RWY 17 CAT C (Fix and point list table)

AD 2-VTSM-8-8

Instrument Approach Chart - ICAO - VOR A RWY 17 CAT C

AD 2-VTSM-8-9

Instrument Approach Chart - ICAO - VOR A RWY 17 CAT C (Fix and point list table)

AD 2-VTSM-8-10

Instrument Approach Chart - ICAO - VOR RWY 35 CAT C

AD 2-VTSM-8-11

Instrument Approach Chart - ICAO - VOR RWY 35 CAT C (Fix and point list table)

AD 2-VTSM-8-12

Instrument Approach Chart - ICAO - RNAV (GNSS) RWY 17 CAT A, B

AD 2-VTSM-8-13

Instrument Approach Chart - ICAO - RNAV (GNSS) RWY 17 CAT A, B (Tabular description)

AD 2-VTSM-8-14

Instrument Approach Chart - ICAO - RNAV (GNSS) RWY 35 CAT A, B

AD 2-VTSM-8-15

Instrument Approach Chart - ICAO - RNAV (GNSS) RWY 35 CAT A, B (Tabular description)

AD 2-VTSM-8-16

Instrument Approach Chart - ICAO - RNAV (GNSS) RWY 17 CAT C

AD 2-VTSM-8-17

Instrument Approach Chart - ICAO - RNAV (GNSS) RWY 17 CAT C (Tabular description)

AD 2-VTSM-8-18

Instrument Approach Chart - ICAO - RNAV (GNSS) RWY 35 CAT C

AD 2-VTSM-8-19

Instrument Approach Chart - ICAO - RNAV (GNSS) RWY 35 CAT C (Tabular description)

AD 2-VTSM-8-20