EYPA  

   EYPA AD 2.1 AERODROME LOCATION INDICATOR AND NAME

EYPA - PALANGA/INTERNATIONAL

   EYPA AD 2.2 AERODROME GEOGRAPHICAL AND ADMINISTRATIVE DATA

1AD ARP coordinates and its site555823N 0210538E
007°/1140 M from THR RWY 01
2Direction and distance from city011°, 6.5 KM from Palanga
3AD elevation/Reference temperature33 FT / 20°C
4Geoid undulation at AD ELEV PSN81 FT
5MAG VAR (date)/Annual change6°E (2020) / +0,14°
6AD operatorJSC LITHUANIAN AIRPORTS PALANGA BRANCH
AddressLiepojos road 1
LT-00169 PALANGA
LITHUANIA
Telephone+370 460 5 20 66
TelefaxNIL
AFS addressEYPAYDYX
E-mail[email protected]
Website addresswww.palanga-airport.lt
7Types of traffic permitted (IFR/VFR)IFR/VFR
8RemarksNIL

   EYPA AD 2.3 OPERATIONAL HOURS

1AD Administration
AD Operator
MON-THU 0600-1445 (0500-1345)
FRI 0600-1330 (0500-1230)
H24
2Customs and immigrationH24
3Health and sanitationH24
4AIS Briefing OfficeH24
5ATS Reporting Office (ARO)H24
6MET Briefing OfficeH24
7ATSH24
8FuellingH24
9HandlingH24
10SecurityH24
11De-icingH24
12RemarksPPR is strictly applied to arriving flights at AD, more detailed information and exceptions are in AD 2.20 item 1. Prior coordination for the provision of ground handling services with any of the ground handling services provider specified in AD 2.4 item 7 is mandatory

   EYPA AD 2.4 HANDLING SERVICES AND FACILITIES

1Cargo-handling facilitiesOnly military cargo handling possible.
2Fuel and oil typesAVGAS-LL, Jet A1
3Fuelling facilities and capacityAvailable without limitations
4De-icing facilitiesAvailable
5Hangar space for visiting aircraftLight aircraft (up to 5700 kg)
6Repair facilities for visiting aircraftNIL
7RemarksThe provision of ground handling services must be coordinated before submitting the PPR application: UAB Ground Handling Agency - phone No. +370 460 56 400; Mob +370 682 22 449; +370 698 14 953; e-mail: [email protected]; [email protected].
Ground power unit GPU: 115V and 28V

   EYPA AD 2.5 PASSENGER FACILITIES

1HotelsIn the city
2RestaurantsAt AD and in the city
3TransportationBuses, Taxis, Car rental
4Medical FacilitiesFirst Aid at AD. Hospitals in the city
5Bank and Post OfficeAt AD and in the city
In the city
6Tourist OfficeIn the city
7RemarksNIL

   EYPA AD 2.6 RESCUE AND FIREFIGHTING SERVICES

1AD category for firefightingA7
2Rescue equipmentAvailable
3Capability for removal of disabled aircraftAvailable
4Remarks

NIL

   EYPA AD 2.7 RUNWAY SURFACE CONDITION ASSESSMENT AND REPORTING, AND SNOW PLAN

1Types of clearing equipmentSnow Blower, Snow Ploughs, Scrapers, Spreaders, Sprayer
2Clearance priorities1. RWY 01/19, TWY A, B to apron.
2. ACFT stands.
3Use of material for movement area surface treatmentRWY 01/19, TWY’s, APRON DE-ICED/ANTI-ICED WITH NAFO/KFOR
4Specially prepared winter runwaysNIL
5RemarksInformation on snow clearance published in SNOWTAMs. See AD 1.2.2

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

1Designation, surface and strength of apronsAPRON NORTH: GRASS
APRON SOUTH: CONC+ASPH
2Designation, width, surface and strength of taxiwaysA: 23 M, ASPH, PCR 612/F/B/W/T
B: 7.5 M, GRASS, 5700 kg/0.5 MPa
3Location and elevation of ACLLocation:
Aircraft stands - Elevation
4 – 34 FT (10.3 M)
11 – 31 FT (9.4 M)
4Location of VOR checkpointsNIL
5Position of INS checkpointsNIL
6RemarksPedestrian routes are marked with a white dashed line on SOUTH APRON from aircraft stands 2 to 7 to/from terminal

   EYPA AD 2.9 SURFACE MOVEMENT GUIDANCE AND CONTROL SYSTEM AND MARKINGS

1Use of aircraft stand IDENT signs, TWY guide lines and visual docking/parking guidance system of aircraft stands

Apron South: aircraft stand ID signs, apron safety lines and TWY guide lines markings, centre line (green) lights are provided for taxilane C, and for aircraft stand 8.
TWY and holding position markings.
Apron North: apron edge markers.

2RWY and TWY markings and LGT

RWY markings - designation, CL, THR, DTHR, fixed distance zones, TDZ, side stripe.
Lights: RWY edge, CL, DTHR and RWY end, all LGT are LED.
TWY A - CL, holding positions at the intersection of TWY/RWY, TWY side strip, shoulder transverse strips.
Lights: TWY A edge lights and stop bars, RWY guard – yellow, LIH, centre line, all LGT are LED.
TWY B - edge markings.

3Stop bars TWY A - RED, LIL, LED
4Remarks

NIL

   EYPA AD 2.10 AERODROME OBSTACLES

Obstacle data for AD Palanga is provided in the form of a digital data set. Details on how the digital data set may be obtained are given in and available for registered users at website:
https://www.ans.lt/en/information-publications/digital-datasets.
See GEN 3.1.6. See .for details of how digital data set may be obtained.

   EYPA AD 2.11 METEOROLOGICAL INFORMATION PROVIDED

1Associated MET OfficePalanga
2Hours of service. Responsible MET Office outside these hours

As AD

3Office responsible for preparation of TAF
Periods of validity
Interval of issuance of the forecasts

LHMS Forecasts and Warnings Division (aviation), Vilnius

24 HR
6 HR
4TREND forecast. Interval of issuance

NIL

5Briefing and/or consultation T, D*

LHMS Forecasts and Warnings Division (aviation)

Tel. +370 648 05 448, +370 648 06 768
6Types of flight documentation supplied
Language(s) used
C, PL*
ENG/LIT
7Charts and other information displayed oravailable for briefing or consultationP, W, SWH, SWM, SWL*
OPMET INFO
8Supplementary equipment available for providing information on MET conditions

Computer with Internet AVBL, MESSIR NET

9ATS units provided with MET informationPalanga APP
Palanga TWR
10Additional information (limitation of service)

* Abbreviations see in GEN 3.5.4

   EYPA AD 2.12 RUNWAY PHYSICAL CHARACTERISTICS

RWY designationsTRUE BRGDimensions of RWY
(M)
Strength (PCR) and surface of RWY/SWYTHR and RWY end coordinates, geoid undulation THR and highest elevation of TDZ of precision APCH RWY
123456
01012.73°2280 x 45565/F/A/W/T
ASPH
DTHR - 555751.93N
0210525.11E
RWY end - 555859.09N
0210552.17E
GUND 81 FT
DTHR 33 FT
19192.73°2280 x 45565/F/A/W/T
ASPH
DTHR - 555854.36N
0210550.27E
RWY end - 555747.20N
0210523.21E
GUND 81 FT
DTHR 32 FT
TDZ 33 FT

RWY designationsRWY/SWY slopeSWY dimensions
(M)
CWY dimensions
(M)
Strip dimensions
(M)
Dimensions of RESA
(M)
17891011
010.01%NILNIL2400 x 280240 x 90
190.03%NILNIL2400 x 280240 x 90

RWY designationsLocation and description of arresting systemObstacle-free zoneRemarks
1121314
01NILNILDTHR distances: RWY 01/19 – 150 M from THR
19NILNIL

   EYPA AD 2.13 DECLARED DISTANCES

RWY designatorTORA (M)TODA (M)ASDA (M)LDA (M)Remarks
123456
01228022802280-NIL
TWY A137513751375-NIL
DTHR---2130NIL
19228022802280-NIL
TWY A928928928-NIL
DTHR---2130NIL

   EYPA AD 2.14 APPROACH AND RUNWAY LIGHTING

RWY designatorAPCHLGT type, LEN, INTSTTHR LGT, colour, WBARVASIS (MEHT) PAPITDZ LGT LENRCLL LEN, spacing, colour, INTSTREDL LEN, spacing, colour, INTST Colour of RENL and WBARSTWL LEN (M) and colour
123456789
01SALS
420 M
LIH, LED
DTHR - GREEN, LIH, Inset,
LED
WBAR - LIH, Elevated, GREEN
LED
PAPI

Left
(52 FT)
NIL2130 M, spacing 30 M, White from DTHR to the first 1230 M, Red and White next 600 M, last 300 M Red, LED
LIH
2280 M, spacing 60 M, Red 150 M from THR to DTHR, White next 1530 M, last 600 M Yellow, LED
LIH
RED, LIH
Elevated, LED
NIL
19CAT I
900 M
LIH, LED
DTHR - GREEN, LIH, Inset,
LED
WBAR - LIH, Elevated, GREEN
LED
PAPI

Left
(60 FT)
NIL2130 M, spacing 30 M, White from DTHR to the first 1230 M, Red and White next 600 M, last 300 M Red, LED
LIH
2280 M, spacing 60 M, Red 150 M from THR to DTHR, White next 1530 M, last 600 M Yellow, LED
LIH
RED, LIH
Inset, LED
NIL
10 Remarks

   EYPA AD 2.15 OTHER LIGHTING, SECONDARY POWER SUPPLY

1ABN/IBN location, characteristics and hours of operation

NIL

2LDI location and LGT
Anemometer location and LGT
LDI: NIL

Wind sensors: 275 M and 286 M from DTHR RWY 01 and 292 M and 305 M from DTHR RWY 19, lighted

3TWY edge and centre line LGT

Edge: TWY A – BLUE, LIM, LED.
Centre line: TWY A – GREEN, LIM, LED.

4Secondary power supply and switchover time

Secondary power supply to all lighting at AD.
Switch-over time: 1 SEC.

5Remarks

NIL

   EYPA AD 2.16 HELICOPTER LANDING AREA

1Coordinates TLOF or THR of FATO
Geoid undulation
NIL
2TLOF and/or FATO elevation M/FTNIL
3TLOF and FATO area dimensions, surface, strength, markingNIL
4True BRG of FATONIL
5Declared distance availableNIL
6APCH and FATO lightingNIL
7Remarks

Landing on RWY

   EYPA AD 2.17 ATS AIRSPACE

1Designation and lateral limitsEYPA CTR
560945N 0211352E - 560905N 0211907E - 560547N 0212105E - 555906N 0211827E - 555615N 0211354E - 554530N 0210932E - 554741N 0205215E - 560407N 0205848E - 560409N 0210352E along border LATVIA_LITHUANIA - 560945N 0211352E
2Vertical limits800 FT MSL

GND

3Airspace classificationC*
4ATS unit call sign
Language(s)
PALANGA TOWER
LIT, ENG
5Transition altitude5000 FT MSL
6Hours of applicabilityH24
7RemarksClass of airspace G when ATS does not operate

   EYPA AD 2.18 ATS COMMUNICATION FACILITIES

Service designationCall signFrequency/channelSATVOICE numberLogon addressHours of operationRemarks
1234567
APP/TWRPALANGA TOWER124.305NILNILH24Primary
118.305NILNILAlternative
121.500 MHZNILNILEmergency
ATISPALANGA ATIS127.805NILNILH24ENG only
Primary
FISPALANGA INFORMATION125.730NILNILH24ENG, LIT
Primary
121.500 MHZNILNILEmergency

   EYPA AD 2.19 RADIO NAVIGATION AND LANDING AIDS

Type of aids, VAR, type of supported OPS, classification for ILS and facility, APCH facility designation for GBAS, for VOR/ILS/MLS - station declinationIDENTFrequency, channel number, service provider, RPIHours of operationTransmitting antenna coordinatesELEV of DME transmitting antennaService volume radius from the GBAS reference point Remarks
12345678
DME
PLG114.800 MHZ CH 95XH24555723.5N
0210513.4E
100 FT

NIL

Coverage 100 NM.
L
(6° E)
PN407 KHZ HO555723.1N
0210513.5E
NIL

NIL

NIL
ILS RWY 19 CAT I (6° E)
I/D/3
LOCIAN110.100 MHZ HO555735.8N
0210518.6E
NIL

NIL

NIL
GPNIL334.400 MHZ HO555843.8N
0210553.7E
NIL

NIL

3° GP, 54 FT
DMEIANCH 38XHO555843.8N
0210553.7E
100 FT

NIL

DME coverage - at least coverage of azimuth angle guidance sector.
LPV RWY 01

NIL

(CH 84388)H24

NIL

NIL

NIL

EGNOS maintained by ESSP (European Satellite Services Provider)

   EYPA AD 2.20 LOCAL AERODROME REGULATIONS

1  General Regulations

The Prior Permission Required to operate a flight (PPR) procedure in aerodrome strictly applies to arriving flights, classified as non-scheduled (N), general aviation (G), military (M) or other (X) than approved scheduled flights (S). The coordination of PPR is performed at least 24 hours before scheduled time of arrival of the flight, when ground handling services provision is pre-arranged with any ground handling services provider. The list and contacts of ground handling services providers can be found in AD 2.4. 7 p. The description of PPR and application form can be found in:
https://www.ltou.lt/lt/ppr.

The exemption applies to SAR flights, flights, during which an aircraft is involved in an emergency situation.

At aerodrome a number of local regulations are applied. Marshaller assistance shall be provided to any aircraft entering and leaving aircraft stand on apron. Any other information about the local regulations can be obtained from Palanga TWR.

2  Taxiing to and from stands, other limitations

Aircraft taxi via given taxiing routes only. Aircraft movement to/from parking stands will be guided by marshallers. Taxiing to aircraft stands 1–2 is possible via stand 1 from taxiing route C only.

Taxiing to aircraft stands 3–7 is possible via next free parking stand, parking direction must be to the west only.

Taxiing to aircraft stand 8 is performed only from taxiing route D, parking direction must be to the south.

Stand 1 is used for aircraft with wingspan up to 52 M.

Stands 2–7 are used for aircraft with wingspan up to 36 M.

Stand 8 is used for aircraft with wingspan up to 25 M.

Stand number for arriving aircraft will be allocated by TWR.

Assistance from "FOLLOW-ME" vehicle can be requested via TWR.

ATC clearance shall be issued before departing aircraft is leaving standing position or during taxiing to holding point CH 124.305.

Departing aircraft shall obtain engines start-up, taxi clearance from TWR.

Ground handling company FREQ 131.500 MHZ is responsible for the movement and servicing an aircraft on the parking stand. From the moment when a departing aircraft that obtained permission for taxing, Palanga TWR is taking responsibility for the safe movement of an aircraft in the maneuvering area until the moment when arriving aircraft has reported to Palanga TWR marshaller in sight. Marshaller is responsible for guiding aircraft at standing area.

180° turns on RWY for aircraft of categories C and D are allowed only in designated areas at the ends of the RWY (see EYPA AD 2.24-01).

Testing of aircraft engines in exceptional cases can be performed at ACFT stand 1.

3  Parking area for General Aviation

General Aviation aircraft will have to use the General Aviation Parking stands 9–15.

Taxiing to aircraft stands 9–15 along the guide line, parking direction must be to the west only.

Stands 9–15 are used for aircraft with wingspan up to 18 M.

4  Parking area for helicopters

ACFT stands 1–7 are used for helicopters parking.

5  Apron, taxiing during winter conditions

The taxi guide lines might not be visible due to snow. Assistance from "FOLLOW-ME" vehicle can be requested via TWR.

6  School and training Training flights, technical test flights, use of runways
School and training flights, technical test flights, use of runways

Training Schooland training, technical test flights can only be made after permission obtained from Palanga TWR. No more than two training and technical test flights are allowed at the same time. Taking into account the intensity of scheduled flights and the current traffic situation, the TWR makes the decision on whether to permit these flights.Information about RWY in use will be given by TWR.

7   Helicopter traffic, limitation

Helicopters taxiing from RWY to stands via TWY A are using taxiing route.

8  Removal of disabled aircraft from runways

In case an aircraft is wrecked on a runway, it is the duty of the owner or user of such aircraft to take care that it is removed as soon as possible. If a wrecked aircraft is not removed as quickly as possible by the owner or operator the aircraft will be removed by an aerodrome service unit at the owner’s or user’s expense.

   EYPA AD 2.21 NOISE ABATEMENT PROCEDURES

From 22 April 2007 noise abatement procedures for Palanga International Airport should be applied in accordance to Regulations on the Limitation of the Operation of Civil Subsonic Jet Aeroplanes at the Airports of the Republic of Lithuania approved by Order No. 3-96/D1-171 issued on 23 March 2007 by the Minister of Transport and Communications and the Minister of Environment of the Republic of Lithuania.

These regulations establish limitation of operation of civil subsonic jet aeroplanes (hereinafter – aeroplanes) to and from the airports of the Republic of Lithuania.

  1. These regulations are applied to the aeroplanes with a maximum take-off mass of 34 000 kg or more and with a certified maximum internal accommodation for the aeroplane type in question consisting of more than 19 passenger seats, excluding any seats for crew.
  2. Aeroplanes can operate to and from the airports of the Republic of Lithuania only if they meet the standards of Chapter 3, Part II, Volume I of Annex 16 to the Convention on International Civil Aviation (second edition, 1988).
  3. Lithuanian Transport Safety Administration (LTSA) has the right to exempt aeroplanes of historical significance from applying the requirements of item 2. LTSA shall inform on the exemption made, and the basis for an exemption decision, the competent authorities of the European Community Member States and the European Commission.
  4. While submitting permission for flights, LTSA shall acknowledge exemption decisions made by another European Community Member State in respect of aeroplanes entered into its aircraft register.
  5. In exceptional cases LTSA may temporarily allow operation of an aeroplane that does not meet the requirements of item 2., at airports of the Republic of Lithuania, if:
    1. operation of an aeroplane is so significant that it would be unjustifiable to decline to grant a temporary exemption;
    2. an aeroplane performs a non-commercial flight related with its repair, maintenance and modification.

   EYPA AD 2.22 FLIGHT PROCEDURES

1  General

All flights within Palanga TMA and Palanga CTR shall be conducted in accordance with FPL.

2  IFR arrival
2.1  Holding procedures are shown on instrument Approach Charts or on STAR Charts – see EYPA AD 2.24-14, EYPA AD 2.24-15, EYPA AD 2.24-20, EYPA AD 2.24-21, EYPA AD 2.24-22, EYPA AD 2.24-23, EYPA AD 2.24-24, EYPA AD 2.24-25 and EYPA AD 2.24-26. All holding patterns as directed by ATC.
2.2 RNAV 1 (GNSS) standard arrival instrument route - see EYPA AD 2.24-14, EYPA AD 2.24-15.
2.2.1 RNAV STAR based on GNSS for position update is considered as RNAV 1. For this particular case aircraft shall be equipped with Area Navigation Equipment (RNAV) with a Required Navigation Performance (RNP) of at least 1 NM.
2.2.2 Arriving aircraft certified for RNAV 1 operations will be assigned a STAR based on the use of GNSS. For aircraft not intending to execute STAR radar vectors will be assigned or issue clearance to an appropriate navigation aid. A pilot in-command receiving clearance via RNAV and unable flying RNAV shall inform ATC by using phraseology “UNABLE RNAV STAR”.
2.2.3 If the RNAV equipment fails or if the GNSS position update is malfunctioning, pilot in-command shall inform ATC as soon as practicable. ATC will then provide vectors or issue clearance to an appropriate navigation aid.
2.2.4 FL/Altitude restrictions at way points of RNAV 1 STAR do not constitute an authorisation to descend to the FL/Altitude specified. ATC will issue an explicit clearance to fly the STAR when FL/Altitude assignments are issued by ATC.clearance:
  • to fly STAR as published by using Continuous Descent Approach phraseology “DESCEND VIA XXXXX XX ARRIVAL” (a “descend via” clearance is an instruction to the pilot to descend in a manner that complies with the published lateral flight path, FL/Altitudes, and speeds);
  • to fly STAR when FL/Altitude assignments are issued by ATC.
2.2.5 Published FL/Altitude restrictions, which are at or above cleared FL/Altitude which is in effect shall be complied with. If due published speed restrictions unable to comply with FL/Altitude restrictions, advise ATC as soon as possible.
2.2.6 For non-RNAV aircraft or RNAV aircraft unable to conform published STARs – inform ATC accordingly and follow ATC instructions. proceed direct to IAF PN to perform instrument approach. Expect FL/Altitude FL or altitude by ATC. Radar vectors within Palanga TMA also may be requested.
2.2.7  In accordance with the provisions of paragraph (c) of EU-OPS 1.405, when a pilot-in-command after passing the remote marker beacon, or its equivalent, and being reported on RVR/visibility minima fallen below applicable minima, is continuing the approach to DA/H or MDA/H: air traffic controller clearance “Cleared to Land” is issued only in regard of RWY condition and conformity with separation minima and shall not be considered as controller-issued clearance to land below the applicable minima. Responsibility for a decision to land in such conditions shall be taken exclusively by the pilot-in-command.
2.2.8 Communication failure – set transponder code 7600.see, and ..EYPA AD 2.24-14, EYPA AD 2.24-15 and EYPA AD 2.24-19.
  • When the approach clearance is received, proceed in accordance with the published approach procedures;
  • When during STAR execution, but the approach clearance is not received, follow the STAR, maintain the last cleared FL (ALT) to IAF, then descend in holding pattern to 4000 FT MSL (over IAF NAPUS to 3000 FT MSL), carry out instrument approach for the runway–in–use. See EYPA AD 2.24-14, EYPA AD 2.24-15 and EYPA AD 2.24-19;
  • When during radar vectoring or DIRECT TO method, when the approach clearance is not received, maintain the last cleared FL (ALT), proceed direct to holding pattern over IAF SOMPU for RWY 01 or IAF NAPUS for RWY 19 (for non-RNAV ACFT to IAF PN), descent in holding pattern to 4000 FT MSL (over IAF NAPUS to 3000 FT MSL) and carry out an instrument approach for the runway–in–use; 
  • During a missed approach, proceed in accordance with the published missed approach procedures.

If an IFR flight encounters VMC and the pilot in command decides to continue flying in VMC, the pilot shall set transponder code 7601, land at the nearest suitable aerodrome and report arrival by the most expeditious means to the appropriate ATS unit. The aircraft will still fly under IFR rules.

Note: Aircraft having a mobile phone on board shall contact ATC on +370 706 94 111. If possible stay on the line until further instructed by ATC.

2.2.9 Noise abatement procedures should be applied according to ICAO Doc 8168, Volume 1, section 7.
3  IFR Departure
3.1 Standard instrument departures – see EYPA AD 2.24-10 and EYPA AD 2.24-11 for non-RNAV aircraft. RNAV 1 (GNSS) standard departure instrument route – see EYPA AD 2.24-12 and EYPA AD 2.24-13.

Pilot in-command of departing aircraft shall establish radio contact with Palanga TWR for reasons:

  • to advise parking position;
  • to confirm ATIS information and read back its QNH;
  • to obtain clearance for start up of engines;
  • to report the intention to carry out a de-icing of aircraft before departure;
  • to obtain ATC clearance.
3.1.1 RNAV SID based on GNSS for position update is considered as RNAV 1. For this particular case aircraft shall be equipped with Area Navigation Equipment (RNAV) with a Required Navigation Performance (RNP) of at least 1 NM.
3.1.2 Departing aircraft will be assigned a SID based on the use of RNAV 1 (GNSS) or a detailed departure clearance. Aircraft proceeding on SID shall use PDG 7.0 % or PDG 7.7 % until first way point. Aircraft unable to conform with this procedure shall inform ATC accordingly.
3.1.3 Omni-directional departures (on pilot in-command request only):

When departing from RWY 01/19 climb straight ahead with PDG 7.7 % to turning altitude 500 FT MSL. Continue climb to appropriate MSA.

3.1.4 Communication failure – set transponder code 7600.see
Continue SID routes for at least 7 min climbing to last assigned and acknowledged FL, but not below FL120. Continue climbing to FPL FL. See ,EYPA AD 2.24-10, EYPA AD 2.24-11, EYPA AD 2.24-12, EYPA AD 2.24-13 and EYPA AD 2.24-19.
3.1.5 Noise abatement procedures should be applied according to ICAO Doc 8168, Volume 1, section 7.
3.2  Low Visibility Procedures (LVP)

The Low Visibility Procedures (LVP) are established for take-off only at Palanga international aerodrome when Runway Visual Range (RVR) value limitation is from 350 M till 250 M.

3.2.1 The status of LVP is passed to pilots by means of ATIS broadcast or RTF: “Low Visibility Take-off Procedures are in force”.
3.2.2 The preparation phase for Low Visibility Takeoff Procedure is initiated by ATC when RVR is 450 M with decreasing tendency.
3.2.3 Low Visibility Take-off Procedure is commenced 15 minutes before planned ETD when RVR is 350 M.
3.2.4 In conditions where Low Visibility Take-off Procedures are in operation:
  1. only one aircraft can be present on the maneuvering area of an aerodrome, when necessary, accompanied by aircraft follow-me vehicle, and, in case of emergency, by emergency vehicles proceeding to the assistance of the aircraft in distress;
  2. emergency vehicles proceeding to the assistance of an aircraft in distress shall be afforded priority over all other surface movement traffic;
  3. other vehicles, except the ones indicated under Item a), are allowed to occupy the maneuvering area only when there is no aircraft on it.
3.2.5 Low Visibility Take-off Procedure is canceled when RVR is 450 M with increasing tendency.
4  Radar Procedures within Palanga TMA
4.1 Radar Vectoring and Sequencing
– Available.
4.2 Surveillance Radar Approaches
– Not available.
4.3 Precision Radar Approach
– Not available.
5  VFR flights
5.1 VFR reporting points, VFR holdings and recommended VFR arrival and departure routes are established – see EYPA AD 2.24-41.
5.2 Procedures for VFR flights within Palanga TMA/CTR:
  1. Flight plan shall be filed for the flight concerned;
  2. ATC clearance shall be obtained from the Palanga TWR not later than 5 min before entering TMA/CTR;
  3. Deviation from ATC clearance (given) may only be made, if a prior permission has been obtained;
  4. Two-way radio communication shall be maintained on the frequency prescribed. Information about the appropriate frequency can be obtained from Palanga TWR.

   EYPA AD 2.23 ADDITIONAL INFORMATION

Bird concentrations in the vicinity of Palanga aerodrome

Typical coastal aerodrome. Bird concentrations exhibit clearly expressed seasonality. Four periods can be distinguished in the year: bird wintering (November–February), spring bird migration (March–May) summer bird migration (July–August) and autumn bird migration (August–November), breeding and juvenile's wandering (May–July).

Winter periods are characterized by 24-hour movements of gulls (black-headed, herring, common) from resting sites on the seacoast to feeding sites (garbage disposal places of Klaipėda and Kretinga, farms) in the morning and back in the evening. The altitudes are about 500 M. Time of movements in the 24-hour period: 1–2 hours after local sunrise and 2–3 hours before sunset. The territory of the airport is a feeding place for common buzzard, partridge, Corvidae (rooks, crows, jackdaws). Roe and foxes are also met here.

During the spring bird migration as early as in March swans, geese, gulls, lapwings, starlings fly over the aerodrome.

In April waterfowl, gulls. Corvidae and starlings, various species of birds of prey predominate. Hazard is caused by large flocks of wood-pigeons, mass flight of finches. With strong side western winds the amount of waterfowl significantly increases while with eastern winds it is noticed to decrease.

Predominating direction of migration is N. Altitude of migration is up to 100 M at the daytime and up to 2000 M at night. The most hazardous 24-hour periods: 1–3 and 6–7 hours after local sunset at night and 1, 4–7 hours after local sunrise at the daytime.

During the bird breeding and post-breeding wandering in May gulls, mallards, herons and 2 pairs of kestrels known to breed in the vicinity predominate.

June is the beginning of migration of lapwings, starlings, swifts and swallows. In July–August starlings, gulls and waders (lapwings, curlews) predominate. Increased accumulations of gulls initiate the formation of 24-hour movements from resting sites to feeding territories in the morning and back in the evening.

At the end of July – the first decade of August mass migration of common scoter is observed at night (1–8 hours after local sunset) in the altitude of 1500–4000 M. The direction of bird flight W–SW. Flight velocity: 85–120 KM/H.

During autumn bird migration the highest intensity is noticed starting with the third decade of September which lasts till the second decade of October.

In September geese, wood-pigeons, lapwings, gulls, starlings and swallows predominate. In October mass migration of finches occurs. Corvidae, geese, starlings, cranes migrate. S and SW flight directions predominate. Altitude of migrations reaches 4500 M.

The most hazardous hours when bird migration densities reach their maximum are: 1–4 and 6–8 hours after local sunset at night and 1–5 hours after local sunrise at the daytime.

When the sea becomes stormy large concentrations of gulls (common and herring) accumulate on the take-off/landing runway to await for the weather to calm down.

As far as practicable ATS will inform pilots of the bird activity and estimate heights AGL.

During the above periods pilots of aircraft are advised, where the aircraft design limitations permit, to operate landing lights in flight within the terminal area and during the take-off, approach to land and climb and descent procedures.

Dispersal activities include occasional play back of distress calls from the tape recording the firing and shell crackers, supplemented by the use of live ammunition and trapping sounds. Modifications of the environment are under way to reduce if not eliminate the hazard. They comprise better methods of garbage disposal and drainage, elimination of hedge and ground cover and cessation of farming activity.

   EYPA AD 2.24 AERONAUTICAL CHARTS RELATED TO AN AERODROME

Aerodrome Chart - ICAOEYPA AD 2.24-01
Aerodrome Ground Movement and Parking Chart - ICAOEYPA AD 2.24-02
Aerodrome Obstacle Chart (Type A) - ICAOEYPA AD 2.24-05
Standard Departure Chart - Instrument (SID) - ICAO RWY 01EYPA AD 2.24-10
Standard Departure Chart - Instrument (SID) - ICAO RWY 19EYPA AD 2.24-11
Standard Departure Chart - Instrument (SID) - ICAO RNAV RWY 01EYPA AD 2.24-12
Standard Departure Chart - Instrument (SID) - ICAO RNAV RWY 19EYPA AD 2.24-13
Standard Arrival Chart - Instrument (STAR) - ICAO RNAV RWY 01EYPA AD 2.24-14
Standard Arrival Chart - Instrument (STAR) - ICAO RNAV RWY 19EYPA AD 2.24-15
ATC Surveillance Minimum Altitude Chart - ICAOEYPA AD 2.24-19
Instrument Approach Chart - ICAO ILS or LOC RWY 19EYPA AD 2.24-20
Instrument Approach Chart - ICAO RNP RWY 01 (CAT A/B/C/D)EYPA AD 2.24-21
Instrument Approach Chart - ICAO RNP (LNAV only) RWY 19EYPA AD 2.24-22
Instrument Approach Chart - ICAO NDB Z RWY 01 (CAT A/B)EYPA AD 2.24-23
Instrument Approach Chart - ICAO NDB Y RWY 01 (CAT C/D)EYPA AD 2.24-24
Instrument Approach Chart - ICAO NDB Z RWY 19 (CAT A/B)EYPA AD 2.24-25
Instrument Approach Chart - ICAO NDB Y RWY 19 (CAT C/D)EYPA AD 2.24-26
Visual Approach Chart - ICAO RWY 01/19EYPA AD 2.24-41

   EYPA AD 2.25 VISUAL SEGMENT SURFACE (VSS) PENETRATION

NIL.