EYVI — VILNIUS/INTERNATIONAL

EYVI AD 2.1   AERODROME LOCATION INDICATOR AND NAME

EYVI — VILNIUS/INTERNATIONAL

EYVI AD 2.2   AERODROME GEOGRAPHICAL AND ADMINISTRATIVE DATA

1ARP coordinates and site at AD543813N 0251716E
014°/1606 M from THR RWY 01
2Direction and distance from (city)171°, 5.9 KM from Vilnius
3

Elevation/Reference temperature

649 FT (198 M)/ 20° C
4

Geoid undulation at AD ELEV PSN

82 FT (25 M)
5Magnetic Variation/Annual change8° E (2020)/0.14° increasing
6Aerodrome operator, Address, Phone, Fax, AFS, Email, URL

State Enterprise Lithuanian Airports, Vilnius branch Rodunios kelias 10A LT-02189 Vilnius, Lithuania

Tel:+370 5 273 93 18, +370 5 232 93 33

Fax:+370 5 232 91 22

AFS:EYVIYDYX

Email:info@vno.lt

URL:www.vilnius-airport.lt

7Types of traffic permitted (IFR/ VFR)IFR-VFR
8RemarksNIL

EYVI AD 2.3   OPERATIONAL HOURS

1

AD Administration


AD operator

MON-THU 0500-1400 (0400-1300) FRI 0500-1245 (0400-1145) H24
2Customs and immigrationH24
3Health and sanitationH24
4AIS briefing officeH24 Vilnius ARO or self-briefing
5ATS reporting office (ARO)H24 Vilnius ARO or self-briefing
6MET briefing officeH24
7Air traffic serviceH24
8FuellingH24
9HandlingH24
10SecurityH24
11De-icingH24
12

Remarks:
For non-scheduled flights AD AVBL strictly by coordination with Airport Operations Service: Tel.: +370 5 273 93 33, +370 612 90 122; e-mail: ops@vno.lt

EYVI AD 2.4   HANDLING SERVICES AND FACILITIES

1Cargo-handling facilities Up to 7 tons handling possible
2Fuel/oil types Jet A1
AVGAS 100LL: NIL
Oil: NIL
3Fuelling facilities/capacityAvailable without limitations
4De-icing facilitiesAvailable
5Hangar space for visiting ACFTAvailable
6Repair facilities for visiting ACFTMajor and minor repairs at ACFT repairing base.
7RemarksGround handling and passenger services can be requested in advance or upon arrival via Vilnius. Handling on frequency 131.750 MHz, call sign “Litcargus” or 131.900 MHz, call sign “Baltic ground services”, HRS OPR as AD

EYVI AD 2.5   PASSENGER FACILITIES

1HotelsAt AD and in the city
2RestaurantAt AD and in the city
3TransportationBuses, Taxies. Rent a car service at AD.
4Medical facilitiesFirst Aid at AD. Hospitals in the city.
5Bank and Post OfficeAt AD and in the city
6Tourist OfficeAt AD and in the city
7RemarksNIL

EYVI AD 2.6   RESCUE AND FIREFIGHTING SERVICE

1AD category for fire fightingA7 (H24)
2Rescue equipmentAvailable
3Capability for removal of disabled ACFTLifting bags and hydraulic jacks available
4RemarksNIL

EYVI AD 2.7   SEASONAL AVAILABILITY – CLEARING

1Types of clearing equipmentRWY sweepers, snow blowers, combination machines for spraying & spreading, RWY light sweeper
2Clearance priorities1. RWY 01/19, TWY Z and F to apron. 2. Other TWYs and ACFT stands.
3RemarksInformation on snow clearance published from NOV-APR in SNOWTAMs. See also the Snow Plan in Section AD 1.2.2. RWY 01/19 , TWY’s, APRON DE-ICED/ANTI-ICED WITH NAFO/KFOR

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

1Apron surface and strength

Surface:

Strength:

CONC+ASPH
PCN 49/R/C/X/T
2

Taxiway width, surface and strength

WidthSurfaceStrength
TWY B (For aircraft with wingspan not exceeding 65 M): 23 MASPHPCN 86/F/C/W/T
TWY D (For aircraft with wingspan not exceeding 36 M): 23 MASPHPCN 80/F/A/W/T
TWY E (For aircraft with wingspan not exceeding 47 M): 23 MASPHPCN 59/F/B/W/T
TWY F (From THR of RWY 01 to the intersection with TWY E for aircraft with wingspan up to 38 M only; from TWY E to TWY D – 47 M; from TWY D to TWY Z – 65 M; from TWY B to TWY Z – 36 M, if taxiing route Y engaged): 23 MASPHPCN 72/F/C/W/T (from RWY 01 to TWY D) PCN 120/F/C/W/T (from TWY D to TWY Z)
TWY Z (For aircraft with wingspan not exceeding 65 M): 23 MASPHPCN 120/F/C/W/T
3

Altimeter checkpoint location and elevation

Location:
Aircraft stands - Elevation

32 - 624 FT (190.3 M)

33 - 625 FT (190.5 M)

37 - 618 FT (188.3 M)

4VOR checkpoints NIL
5INS checkpointsNIL
6RemarksNIL

EYVI AD 2.9   SURFACE MOVEMENT GUIDANCE AND CONTROL SYSTEM AND MARKINGS

1Use of aircraft stand ID signs, TWY guide lines and visual docking/parking guidance system of aircraft standsAircraft stand ID signs apron safety lines and TWY guide lines markings.
TWY and holding position markings. Stand entry guidance systems for aircraft stands from 47 to 50.
2RWY and TWY markings and LGTRWY: designation, centre line, THR, runway turnaround area, fixed distance zones, TDZ, side stripe. Lights: RWY THR, RWY edge and RWY end, RWY centre line, RWY 01 TDZ.
TWY: Centre line, holding positions at the intersection of TWYs/RWY, TWY end, side stripe, RWY guard lights. Lights: TWY F and TWY Z centre line.
3Stop barsOn holding position of all TWYs RED, LIL
4RemarksNIL

EYVI AD 2.10   AERODROME OBSTACLES

Obstacle data for AD Vilnius is available as a digital data set in compliance with ICAO Annex 15 provisions. See GEN 3.1.6 for details of how digital data set may be obtained.

EYVI AD 2.11   METEOROLOGICAL INFORMATION PROVIDED

1Associated MET OfficeVilnius
2Hours of service. MET Office outside hours.H24
3

Office responsible for TAF preparation.

Periods of validity.

Interval of Issuance.

Forecasts and Warnings Division (aviation), Vilnius
24 HR
6 HR
4

Trend forecast. Interval of Issuance.

TREND
30 MIN
5Briefing/Consultation providedP, T, D*
Consultation H24, Forecasts and Warnings Division (aviation)
Tel. +370 648 05 448
6

Flight Documentation.

Language(s) used.

C, PL*
EN/Lithuanian
7Charts and other INFO available for briefing or consultationS, U, P, W, T, SWH, SWM, SWL*
OPMET INFO
8Supplementary EQPT available for providing informationWeather radar, receiver for satellite images
9ATS units provided with informationVilnius ACC
Vilnius APP
Vilnius TWR
10Additional information (limitation of service)* Abbreviations see in GEN 3.5.10

EYVI AD 2.12   RUNWAY PHYSICAL CHARACTERISTICS

RWY DesignatorTrue Dimensions of RWY (M)Strength (PCN) and surface of RWY and SWYTHR/RWY
end coordinates,
DTHR coordinates, THR geoid undulation
THR ELEV & highest ELEV
of TDZ of precision
APP RWY
123456
01021.89°2515 x 50PCN 82/F/C/W/T CONC+ASPHTHR - 543725.27N 0251642.70E595 FT
(181.4 M)
GUND 82 FT (25.05 M)
19201.89°THR - 543840.73N 0251734.99E649 FT
(197.7 M)
GUND 82 FT (24.99 M)
RWY DesignatorSlope of RWY RESA Dimensions (M)CWY Dimensions (M)Strip Dimensions (M)OBST-free zone
7891011
01400.20 M: -0.46%
138.00 M: -0.23%
180.00 M: +0.30%
48.93 M: +0.60%
50.00 M: +0.54%
265.02 M: +0.50%
300.00 M: +1.00%
500.61 M: +1.50%
145.66 M: +1.27%
252.60 M: +1.03%
233.98 M: +0.44%
240 x 150400 x 1502635 x 300NIL
19233.98 M: -0.44%
252.60 M: -1.03%
145.66 M: -1.27%
500.61 M: -1.50%
300.00 M: -1.00%
265.02 M: -0.50%
50.00 M: -0.54%
48.93 M: -0.60%
180.00 M: -0.30%
138.00 M: +0.23%
400.20 M: +0.46%
240 x 150400 x 1502635 x 300
12 Remarks: RWY 01/19 - no stopway.

EYVI AD 2.13   DECLARED DISTANCES

RWY DesignatorTORA (M)TODA (M)ASDA (M)LDA (M)Remarks
123456
012515291525152515NIL
From TWY D127416741274-
From TWY E183822381838-
192515291525152515NIL
From TWY B172021201720-
From TWY D126616661266-

EYVI AD 2.14   APPROACH AND RUNWAY LIGHTING

RWY DesignatorAPCH LGT Type, Length, INTSTTHR,
LGT Colour
WBAR
VASIS, (MEHT) PAPI TDZ LGT LengthRWY CL LGT Length, spacing, colour, INTSTRWY Edge LGT Length, spacing, colour, INTSTRWY End LGT Colour, WBARSWY LGT Length (M), Colour
123456789
01CAT II
Sequence flashing lights 600 M.
900 M LIH
GREEN PAPI
Left/right 3° (53.4 FT)
900 M2515 M, 15 M, 0-1615 M white, 1615-2215 M white/red 2215-2515 M red, LIH2515 M, 60 M, white, last 600 M yellow, LIH,REDNIL
19CAT I
Sequence flashing lights 900 M.
900 M LIH
GREENPAPI
Left/right
3° (53.4 FT)
NIL2515 M, 15 M, 0-1615 M white, 1615-2215 M white/red 2215-2515 M red, LIH2515 M, 60 M, white, last 600 M yellow, LIHREDNIL

10 Remarks: NIL

EYVI AD 2.15   OTHER LIGHTING, SECONDARY POWER SUPPLY

1ABN/ IBN location, characteristics and hours of operationNIL
2LDI location and LGT Anemometer location and LGTLDI: NIL
Wind sensors: 451 M from THR RWY 01 and 381 M and 384 M from THR RWY 19, lighted.
3TWY edge and centre line lightingEdge: TWY B, D, E, F and Z – blue, LIM.
Centre line: TWY F, Z – green, LIM.
4Secondary power supply / Switch-over timeSecondary power supply to all lighting at AD.
Switch-over time: 1 SEC.
5RemarksNIL

EYVI AD 2.16   HELICOPTER LANDING AREA

1Coordinates TLOF 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 DIST availableNIL
6APCH and FATO LightingNIL
7RemarksRWY is used for landing within ARP.

EYVI AD 2.17   ATS AIRSPACE

1Designation and Lateral LimitsVILNIUS CTR
545038N 0251655E - 544655N 0253258E - 542518N 0251755E - 542859N 0250159E - 545038N 0251655E
2Vertical limitsGND to 2500 FT ALT
3Airspace classificationC
4ATS unit call sign.
Language(s)
VILNIUS TOWER
Lithuanian/EN
5Transition altitude5000 FT
6RemarksNIL

EYVI AD 2.18   ATS COMMUNICATION FACILITIES

Service designationCall signFrequency/ChannelHours of OperationRemarks
12345
APP/VDFVILNIUS APPROACH120.705H248.33 KHz CH
TWR/VDFVILNIUS TOWER118.205H248.33 KHz CH
ATISVILNIUS ATIS125.805H248.33 KHz CH
EN only
FISVILNIUS INFORMATION123.850 MHzH24LIT, EN
All ATS Units121.500 MHzH24EMRG

EYVI AD 2.19   RADIO NAVIGATION AND LANDING AIDS

Type of Aid, MAG VAR,
Type of supported operation
(for VOR/ILS/MLS, give declination)
IDENTFrequency
Channel
Hours of operationPosition of transmitting antenna coordinatesELEV of DME
transmitting antenna
Remarks
1234567
DVOR/DME
(8° E/2020)
VNO113.800 MHz (CH 85X)H24543809.8N 0251737.1E700 FT
NDB
(8° E/2020)
AVN385 KHzHO544053.8N 0251907.3E
DMEPBZ117.250 MHz
(CH 119Y)
H24545538.0N 0251423.0E800 FTDME coverage 100 NM
DMESML112.500 MHz
(CH 72X)
H24544031.2N 0244132.4E800 FT
DMEVLK116.700 MHz
(CH 114X)
H24542102.9N 0244813.2E700 FT
ILS RWY 01 CAT II (8° E/2020)
LOCIAV110.500 MHzHO543855.0N 0251744.9E
GP329.600 MHzHO543733.7N 0251655.8E3.0°, RDH 50 FT
DMEIAV110.500 MHz
(CH 42X)
HO543733.7N 0251655.8E600 FTDME coverage - at least of azimuth angle guidance coverage sector. Zero range is indicated at THR.
ILS RWY 19 CAT I (8° E/2020)
LOCIBK109.100 MHzHO543659.4N 0251624.8E
GP331.400 MHzHO543829.0N 0251734.2E3.0°, RDH 51 FT
DMEIBK109.100 MHz
(CH 28X)
HO543829.0N 0251734.2E700 FTDME coverage – at least of azimuth angle guidance coverage sector. Zero range is indicated at THR.

EYVI AD 2.20   LOCAL AERODROME REGULATIONS

1   General Regulations

At Vilnius aerodrome a number of local regulations are applied. Marshaller assistance can be requested and further information about the regulations can be obtained from Vilnius TWR. For the safe aircraft operation on the apron the information will be issued to each aircraft by TWR, separately.

Aircraft de-icing liquids are permitted to be used at all aircraft stands.

The testing of aircraft engines shall be performed at the aircraft stand 25 upon completing the specified form of permit at Ground OPS service. In special cases Ground OPS can approve engine test in another stand or TWY.

Aircraft cross bleed engine start-up procedures and limitations:

  1. Engines start-up using increased power on stands: 47, 48, 49, 50, 29, 30 and 31 is prohibited;
  2. Engines start-up using increased power allowed on the:
    • Stand 7 when ACFT nose in north and stand 13 vacant;
    • Stand 12 when ACFT nose in south and stand 6 vacant;
    • Stand 13 when ACFT nose in south and stand 7 vacant;
    • Stand 13 when ACFT nose in north and stand 18 vacant;
    • Stand 14 when ACFT nose in south and stand 8 vacant;
    • Stand 19 when ACFT nose in south and stand 14 vacant;
    • Stand 22 when ACFT nose in north and stands 24 and 25 vacant;
    • Stand 23 when ACFT nose in north and stand 26 vacant.
  3. Engines start-up using increased power allowed:
    • On the other stands not referred in the items 1 and 2;
    • On TRP (Tug Release Point): 1, 3, 4, 5, 6, 7 points that are marked on taxiing routes J, K, L, N (see EYVI AD 2.24-03).
  4. Use the minimum engines power setting while taxiing on the apron.

For aircraft with wingspan of more than 24 M, 180 DEG turnaround in the designated area at the end of RWY 19 only and strictly along the guide line. Turnaround outside the guide line is prohibited (see EYVI AD 2.24-01).

2   Taxiing to and from stands, other limitations

Arriving aircraft will be allocated a stand number by TWR.

General Aviation aircraft will have to use the General Aviation Parking area. 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 118.205.

Departing aircraft shall obtain the push-back and taxi clearance from TWR CH 118.205. Pilots shall only ask for start-up and push-back permission after having confirmed that the ground crew is ready. The anti-collision light must be switched on just prior to push-back or taxi. Upon receiving push-back permission the aircraft shall move within 1 minute in order to ensure conflict free ground operations and maximum usage of ground capacity. If the 1 minute window is expired, the push-back permission will automatically expire and a push-back permission shall be requested again.

Aircraft parking in stand 54 is permitted strictly by coordination with Airport Operations Service: Tel: +370 5 273 93 33, Mob. +370 612 90 122, e-mail: ops@vno.lt.

Taxiing to aircraft stands 204-208 via taxiing route J only.

Taxiing to aircraft stands 22 and 23 are allowed only via taxiing routes I and M. Taxiing via taxiing route M using the minimum power of the aircraft engines.

When an aircraft with wingspan more than 42.6 M taxiing via taxiing route M for parking into stands 22 and 23, stand 26 must be vacant.

Towing from aircraft stand 29 with the tug only.

Taxiing into aircraft stands 30, 31, 33-37 via taxiing route L only.

Taxiing out of stands 30, 31, 33-37 on own engines power is prohibited and carried out pushing on taxiing route L with a tug only.

Taxiing out of stands 204-208 on own engines power is prohibited and carried out by pushing on taxiing route J with a tug only.

Aircraft parking stand 47A is used without a tow and aerobriges.

Taxiing to stands 209, 210, 211, 212 via taxiing route Y only.

Stands W1, W2, W209, W211, W212 used for de-icing. Taxiing to stands W209, W211, W212 via taxiing route I only.

Stands 101-104, 204-209, 211, W1, W2, W209, W211, W212 for aircraft with wingspan up to 36 M.

Stand 210 for Aircraft with wingspan up to 65 M. Aircraft parking and taxiing to/from stand 210 is only available if stands 209, 211 are empty.

Aircraft parking and taxiing to/from stand W209 is only available if stands 209, 210 are empty.

Aircraft parking and taxiing to/from stand W211 is only available if stands 210, 211 are empty.

Stand 212 for ACFT with wingspan up to 60.3 M.

Stand 212 available for ACFT with height up to 17.5 M and length up to 59 M.

For more detailed information about aircraft stands refer on chart EYVI AD 2.24-03.

3   Parking area for General Aviation

General aviation aircraft shall be guided by marshallers to the parking area for small aircraft.

4   Parking area for helicopters

Helicopters will always be guided by marshallers to the parking area for helicopters.

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   Training flights, technical test flights, use of runways

Training, technical test flights allowed from 0400 till 1900 UTC only after obtaining permission from Vilnius TWR. Information about RWY in use will be given by TWR. For Medium and Heavy aircraft types training flights possible only by performing IFR ARR/DEP flight procedures and restrictions. If impossible to perform IFR ARR/DEP procedures and restrictions, training flights can be performed at another international airport, after prior coordination with ATC of the selected airport.

Request to practise Low Visibility Procedures (LVP) described in the section EYVI AD 2.22, item 3.3.11.

Please note that priority for scheduled flights will prevail.

7   Helicopter traffic, limitation

NIL.

8   Removal of disabled aircraft from runways

In case an aircraft is wrecked on a runway, it is the duty of the owner or operator 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

EYVI AD 2.21   NOISE ABATEMENT PROCEDURES

From 22 April 2007 noise abatement procedures for Vilnius 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 nineteen passenger seats, excluding any seats for crew only.
  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.

Local limitations procedures

The procedures below are intended to prevent excessive noise on and around the airport. As the pilotscontribution is essential for reaching the aim of the conceived noise abatement procedures, they are highly requested to stick to these procedures aiming at reducing noise exposure to people living around the airport.

ICAO Noise Abatement Departure Procedure (NADP) RWY 01 / RWY 19

All operators are to adopt NADP 1 procedures for all take-offs on RWY 01 or RWY 19. Operators are not required to inform EYVI of the adopted procedure.

Full details of NADP 1 are contained in ICAO Procedures for Air Navigation Services – Aircraft Operations, Volume 1 – Flight Procedures, (PANSOPS, Doc 8168 Volume 1).

For Propeller and Turboprop Aeroplane, after take-off Pilot-in-Command should aim to use airspeed giving the best rate of climb.

Actions to be taken to reduce noise around EYVI

In order to reduce noise effect on people living in the agglomerations located in the extension of RWY 01/19 centerline, the following actions should be taken:

EYVI AD 2.22   FLIGHT PROCEDURES

1   General

All flights within Vilnius TMA and Vilnius 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 EYVI AD 2.24-12, EYVI AD 2.24-13, EYVI AD 2.24-20, EYVI AD 2.24-21, EYVI AD 2.24-22, EYVI AD 2.24-23, EYVI AD 2.24-24, EYVI AD 2.24-25, EYVI AD 2.24-26, EYVI AD 2.24-27, EYVI AD 2.24-28 and EYVI AD 2.24-29. All holding patterns as directed by ATC.
2.2  RNAV 1 (GNSS, DME/DME) standard arrival instrument route - see EYVI AD 2.24-12 and EYVI AD 2.24-13.
2.2.1  RNAV STAR based on GNSS, DME/DME 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 1NM.
2.2.2  Arriving aircraft certified for RNAV 1 operations will be assigned a STAR based on the use of GNSS, DME/DME. For aircraft not intending to execute STAR radar vectors will be assigned or issue clearance to an appropriate navigation aid. Pilot in-command receiving clearance via RNAV and are unable flying RNAV, shall inform ATC by using phraseology “UNABLE RNAV STAR”.
2.2.3  If the RNAV equipment fails or if the GNSS, DME/DME 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 waypoints of RNAV 1 STAR do not constitute authorisation to descend to the FL/Altitude specified. ATC will issue explicit 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 proceed direct to IAF VNO to perform instrument approach. Expect FL or altitude by ATC. Radar vectors within Vilnius TMA also may be requested.
2.2.7  For aircraft without VOR equipment conducting non-RNAV procedures - inform ATC accordingly and proceed direct to IAF AVN to perform instrument approach (see EYVI AD 2.24-30, EYVI AD 2.24-31 and EYVI AD 2.24-32). Expect FL or altitude by ATC. Radar vectors within Vilnius TMA also may be requested.
2.2.8  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.
2.2.9  Communication failure – see EYVI AD 2.24-12, EYVI AD 2.24-13 and EYVI AD 2.24-19.
2.2.10   Noise abatement procedures should be applied according to ICAO Doc 8168, Volume 1, section 7.
3   IFR Departure
3.1  Pilot in-command of departing aircraft shall establish radio contact with Vilnius TOWER 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.
3.2  RNAV 1 (GNSS, DME/DME) standard departure instrument route – see EYVI AD 2.24-10 and EYVI AD 2.24-11.
3.2.1  RNAV SID based on GNSS, DME/DME 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.
3.2.2  Departing aircraft will be assigned a SID based on the use of RNAV 1 (GNSS, DME/DME) or a detailed departure clearance. Aircraft proceeding on SID shall use PDG 6.6% (400 FT/NM) until first waypoint. Aircraft unable to conform with this procedure shall inform ATC accordingly.
3.2.3  For Medium and Heavy aircraft departing:
RWY 01:
  • omnidirectional departures not authorized;
  • to follow standard instrument departure routes (SID);
  • if unable to follow SID – turn has to be commenced not below 4000 FT MSL;
  • applying radar vectoring method (including DIRECT TO) to authorize left turn only after the aircraft has passed waypoint VI101 or right turn not below 3000 FT MSL has been reached.

RWY 19:

  • omnidirectional departure is authorized from 0700 to 2200 local time;
  • height restrictions are not applied for the first turn
Note.Requirements do not apply in the event of a risk to flight safety (e.g. dangerous meteorological events, emergencies and other contingencies during the flight).
3.2.4  Omnidirectional departures (on pilot-in-command request only):
  • when departing RWY 01: Climb straight ahead with PDG 6.6% (400 FT/NM) to turning altitude 1100 FT MSL. Continue climb to appropriate MSA.
  • when departing RWY 19: Climb straight ahead with PDG 6.6% (400 FT/NM) to turning altitude 1000 FT MSL. Continue climb to appropriate MSA.
Note 1.Omnidirectional departures NW of RWY in sector 270° to 360° not authorized.
Note 2.Omnidirectional departures from 2200 to 0700 local time is not authorized.
3.2.5  Communication failure: see EYVI AD 2.24-10, EYVI AD 2.24-11 and EYVI AD 2.24-19.
3.2.6  Noise abatement procedures should be applied according to ICAO Doc 8168, Volume 1, section 7.
3.3  Low Visibility Procedures (LVP)
3.3.1  Application of LVP

LVP shall be applied only after putting in place the LVP means for preparing an aerodrome for operations in low visibility conditions.

3.3.2  LVP are commenced when:
  1. RVR is equal to or lower than 600 M and (or)
  2. the cloud ceiling is lower than 200 FT and
  3. in an aerodrome the LVP preparation means specified in this procedure have been put in place.
3.3.3  LVP are commenced when RVR value is 600 M:
  1. ILS CAT I operations procedures are performed until RVR reaches 550 M;
  2. ILS CAT II operations procedures are performed when RVR is not less than 350 M;
  3. low visibility take-off is performed on RWY 01/19 both at day and night, when RVR is not less than 150 M for aircraft of categories A–C and not less than 200 M for aircraft of category D.
3.3.4  Preparation for LVP

Preparation for LVP starts when:

  1. RVR is 800 M with a tendency to decrease (forecasted), or
  2. the cloud ceiling is 300 FT with a tendency to decrease to 200 FT.
3.3.5  Suspension of LVP

LVP application is suspended if:

  1. weather conditions have improved (RVR is equal to 600 M or higher, the cloud ceiling is equal to 200 FT or higher, with a tendency to increase);
  2. weather conditions have worsened so that aircraft departure from an airport cannot be performed.
3.3.6  When LVP is commenced, a message on the category of ILS “Low Visibility Procedures CAT II in Operation” will be passed via ATIS.
3.3.7  After landing on RWY 01 the flight crew shall vacate the runway only via taxiway Z and report that the RWY is vacated.
3.3.8  If the flight crew of an arriving aircraft requests the follow-me service, after vacating the RWY and reporting on it, the aircraft shall wait for a follow-me car at the area of the crossing of the taxiway Z and the taxiing route Y.
3.3.9  Aircraft departing on RWY 01 shall taxi via the taxiway F or via the taxiing route L and the taxiway F to the Stop Bars on the taxiway F.
3.3.10  If the flight crew requests the follow-me service, the aircraft shall taxi after the follow-me car to the intermediate holding position F1 on the taxiway F, then the aircraft alone shall taxi via the taxiway F to the Stop Bars on the taxiway F.
3.3.11  Pilots who wish to practice a Category II approaches shall inform Vilnius APP using the phrase “REQUEST PRACTICE CAT II APPROACH”. Pilots will be informed additionally if protection of the ILS sensitive area would not be specially guaranteed and no special ATC procedures will be applied.
3.3.12  In conditions where low visibility procedures are in operation:
  1. only one aircraftcan be present on the maneuvering area of an aerodrome, when necessary, accompanied by aircraft follow-me vehicle, and in case of emergency, 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.
4   Radar Procedures within Vilnius 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 EYVI AD 2.24-41.
5.2  OCA/OCH for visual manoeuvring (circling) – see the Circling Approach Chart EYVI AD 2.24-40.
Note 1.Category D aircraft are not authorised for circling approach.
Note 2.Category B and C aircraft are not authorised for circling approach NW of RWY in sector 270° to 360°.
5.3  Procedures for VFR flights within Vilnius TMA/CTR:
  1. Flight plan shall be filed for the flight concerned;
  2. ATC clearance shall be obtained from the Vilnius TWR 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 Vilnius TWR.

EYVI AD 2.23   ADDITIONAL INFORMATION

1   Bird concentrations in the vicinity of Vilnius aerodrome

A typical continental airport. Bird concentrations exhibit clearly expressed seasonally. Four periods can be distinguished in the year: bird wintering (November–February), spring bird migration (March–April) and autumn bird migration (September–October), breeding and juvenile

For the winter period most characteristic are movements of Corvidae (rooks, jackdaws, crows), and their accumulations on and runways over.

These are typical feeding 24-hour migrations when in the morning birds leave their resting sites for feeding areas and return from them in the evening for the rest. In November–December the number of Corvidae wintering in Vilnius comes up 300 thousand of individuals, in January–February – about 100 thousand. In their flight altitude is approximately 250 M and varies depending on wind direction and strength. The highest activity in the movements of these birds is observed an hour before and an hour after the local sunset/sunrise.

These are the most hazardous bird concentrations for aviation in the airport. Intensive movements of pigeons are observed 1–2 hours before local sunset. Their flight altitudes reach 300 M.

During the spring bird migration Corvidae predominate with most intensive flights observed at the end of March–the beginning of April (flight direction: NE–E; flight altitudes: 1500–2000 M). In April most abundant are starling, lapwings, geese, ducks, gulls (blackheaded), birds of prey (flight direction: NE–E; flight altitudes: 300–500 M).

Bird migration is most intensive 1–4 hours after local sunrise at the daytime and 1–3; 6–7 hours after local sunset at night.

During migration periods these birds stop to feed and rest in the territory of the airport thus causing hazard to aircraft flights.

During bird breeding and post-breeding wandering period the most hazard bird species are Corvidae (rooks, jackdaws), starlings and pigeons which feed in the territory of the airport. Of special hazard are accumulations of young starlings in June (the highest intensity is observed while moving hay in the meadows around the airport) and their migration in July. Altitudes of their migration flights reach 300 M.

During autumn bird migration the hazard to aircraft is caused by feeding 24-hour movements of pigeons; migration of geese, ducks, lapwings, starlings, thrushes, waders, small Passerine in October.

The direction of migration: W–SW; flight altitudes: up to 150 M at the daytime and up to 2000 M at night. The most hazardous time in the 24-hour period: 1–4; 6–8 hours after local sunset and night and 2–4 hours after local sunrise at the daytime.

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 design aircraft limitations permit, to operate landing lights in flight within the terminal area and during take-off, approach to land and climb and descent procedures.

Dispersal activities include occasional playing back of distress calls from a tape recorded with firing of shell crackers, sounds and supplemented by the 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 hedges and ground cover and cessation of farming activity.

EYVI AD 2.24   CHARTS RELATED TO VILNIUS AERODROME

EYVI AD 2.24-01 Aerodrome Chart - ICAO
EYVI AD 2.24-02 Aerodrome Ground Movement Chart - ICAO
EYVI AD 2.24-03 Aircraft Parking/Docking Chart – ICAO
EYVI AD 2.24-05 Aerodrome Obstacle Chart (Type A) - ICAO
EYVI AD 2.24-06 Precision Approach Terrain Chart – ICAO RWY 01
EYVI AD 2.24-10 RNAV 1 (GNSS, DME/DME) Standard Departure Chart - Instrument (SID) - ICAO RWY 01
EYVI AD 2.24-11 RNAV 1 (GNSS, DME/DME) Standard Departure Chart - Instrument (SID) - ICAO RWY 19
EYVI AD 2.24-12 RNAV 1 (GNSS, DME/DME) Standard Arrival Chart - Instrument (STAR) - ICAO RWY 01
EYVI AD 2.24-13 RNAV 1 (GNSS, DME/DME) Standard Arrival Chart - Instrument (STAR) - ICAO RWY 19
EYVI AD 2.24-19 ATC Surveillance Minimum Altitude Chart - ICAO
EYVI AD 2.24-20 Instrument Approach Chart – ICAO ILS CAT II Z or LOC Z RWY 01
EYVI AD 2.24-21 Instrument Approach Chart – ICAO ILS CAT II Y or LOC Y RWY 01
EYVI AD 2.24-22 Instrument Approach Chart – ICAO ILS Z or LOC Z RWY 19
EYVI AD 2.24-23 Instrument Approach Chart – ICAO ILS Y or LOC Y RWY 19
EYVI AD 2.24-24 Instrument Approach Chart – ICAO RNP RWY 01
EYVI AD 2.24-25 Instrument Approach Chart – ICAO RNP RWY 19
EYVI AD 2.24-26 Instrument Approach Chart – ICAO VOR Z RWY 01 (CAT A/B)
EYVI AD 2.24-27 Instrument Approach Chart – ICAO VOR Y RWY 01 (CAT C/D)
EYVI AD 2.24-28 Instrument Approach Chart – ICAO VOR Z RWY 19 (CAT A/B)
EYVI AD 2.24-29 Instrument Approach Chart – ICAO VOR Y RWY 19 (CAT C/D)
EYVI AD 2.24-30 Instrument Approach Chart – ICAO NDB Z RWY 01 (CAT A/B)
EYVI AD 2.24-31 Instrument Approach Chart – ICAO NDB Y RWY 01 (CAT C/D)
EYVI AD 2.24-32 Instrument Approach Chart – ICAO NDB RWY 19 (CAT A/B/C/D)
EYVI AD 2.24-40 Visual Circling Approach Chart RWY 01/19
EYVI AD 2.24-41 Visual Approach Chart RWY 01/19 - ICAO