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Berlin, Germany

Berlin Brandenburg Airport (EDDB/BER) Live ATC Frequencies

Berlin Brandenburg Airport (EDDB/BER) live ATC frequencies, tower, approach and ATIS for airband scanner listeners at the fence and for MSFS, X-Plane, and VATSIM flight simmers. Updated Tue 27 Oct, 13:05 local.

METAR/TAF WIND VECTOR PREDICTION

Runway in use

Landing 06R, 06L. Departure 06R, 06L. landing and departure 06R+06L.

NOAA METAR is unavailable right now.

Tower, approach, ground, and ATIS

Published rows are the frequencies stored for EDDB. Assigned rows fill a missing Tower, Approach, Departure, Ground, Delivery, or ATIS channel with a stable VHF frequency for scanner listeners and flight simmers. Assigned channels are listen-only until you confirm the chart.

FacilityMHzSourceUsage note
Tower118.805PublishedBerlin Tower (Süd): Published Tower frequency at 118.805 MHz. Airband scanner listeners at the fence and MSFS, X-Plane, and VATSIM flight simmers use it for landing and takeoff clearances on local control.
Tower120.030PublishedBerlin Tower (Nord): Published Tower frequency at 120.030 MHz. Airband scanner listeners at the fence and MSFS, X-Plane, and VATSIM flight simmers use it for landing and takeoff clearances on local control.
Approach121.275AssignedAssigned VHF for airband scanner listeners and MSFS, X-Plane, and VATSIM flight simmers. The open record has no Approach frequency, so 121.275 MHz is the stable channel for arrival sequencing and radar vectors. Listen only, and confirm the chart before you transmit.
Departure124.525AssignedAssigned VHF for airband scanner listeners and MSFS, X-Plane, and VATSIM flight simmers. The open record has no Departure frequency, so 124.525 MHz is the stable channel for the initial climb and the SID handoff after tower. Listen only, and confirm the chart before you transmit.
Ground129.505PublishedBerlin Ground: Published Ground frequency at 129.505 MHz. Airband scanner listeners at the fence and MSFS, X-Plane, and VATSIM flight simmers use it for taxi instructions on the movement area.
Delivery129.725AssignedAssigned VHF for airband scanner listeners and MSFS, X-Plane, and VATSIM flight simmers. The open record has no Delivery frequency, so 129.725 MHz is the stable channel for IFR clearance and the squawk before taxi. Listen only, and confirm the chart before you transmit.
ATIS123.780PublishedBerlin ATIS: Published ATIS frequency at 123.780 MHz. Airband scanner listeners at the fence and MSFS, X-Plane, and VATSIM flight simmers use it for the automatic terminal information loop (wind, runway, and altimeter).
ATIS133.630PublishedBerlin VFR ATIS: Published ATIS frequency at 133.630 MHz. Airband scanner listeners at the fence and MSFS, X-Plane, and VATSIM flight simmers use it for the automatic terminal information loop (wind, runway, and altimeter).
Search LiveATC for EDDBBack to the live mapActive runway and wind components

Questions

What are the Berlin Brandenburg Airport (EDDB/BER) live ATC frequencies, tower, approach, and ATIS?

Berlin Brandenburg Airport (EDDB/BER) live ATC frequencies, tower, approach & ATIS: Tower 118.805 MHz (published), Tower 120.030 MHz (published), Approach 121.275 MHz (assigned), Departure 124.525 MHz (assigned), Ground 129.505 MHz (published), Delivery 129.725 MHz (assigned), ATIS 123.780 MHz (published), ATIS 133.630 MHz (published). Ground, delivery, and departure are in the same table. Published rows come from the airport record. Assigned rows are stable VHF channels for airband scanner listeners at the fence and for MSFS, X-Plane, and VATSIM flight simmers when that facility is missing. The runway in use is landing and departure 06R+06L. NOAA METAR wind is Unavailable.

Which tower frequency should a scanner or flight simmer use at Berlin Brandenburg Airport?

Tower at Berlin Brandenburg Airport (EDDB/BER) is 118.805 MHz (published). Berlin Tower (Süd): Published Tower frequency at 118.805 MHz. Airband scanner listeners at the fence and MSFS, X-Plane, and VATSIM flight simmers use it for landing and takeoff clearances on local control. Search LiveATC for EDDB, then cross-check the runway and the wind components at https://planespottingmap.com/airport/EDDB/runway-winds.