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Budapest – Ferenc Liszt International Airport (LHBP / BUD)
Hungary’s main airport, about 16 km SE of downtown Budapest, named after Ferenc (Franz) Liszt since 2011. Opened on 7 May 1950, it is still colloquially known as “Ferihegy”.
ICAO LHBP, IATA BUD; elevation 151 m / 495 ft.
Two parallel runways: 13L/31R (3,707 m) and 13R/31L (3,010 m), asphalt/concrete surface.
Passengers use Terminal 2: 2A for Schengen flights, 2B for non-Schengen. SkyCourt connects 2A and 2B.
Terminal 1 has been closed since 2012 (following the collapse of Malév).
In 2024 it handled around 17.6 million passengers (an increase compared to 2023).
Formerly “Budapest Ferihegy”, renamed in 2011 in honour of Liszt.
2012: closure of T1 and relocation of low-cost flights to T2.
2024: the Hungarian state acquires 80% of Budapest Airport; VINCI Airports takes a 20% stake and becomes the operator. A Terminal 3 is planned, with enhanced connections, target date 2032.
The BMA scenery for MSFS2020/2024 is updated to AIP Hungary AD-2-LHBP-PDC, July–September 2025.
KEY FEATURES
- Hand-made terrain textures with custom texture sets (tracks, sidewalks, paths, roads)
- Highly detailed models with high resolution textures
- Dynamic airport lighting modelled and precisely positioned
- Realistic recreation of the airport with custom decals terrain, road signs, vegetation, parking barriers and more
- Updated layout of runway, taxiway, apron
- Accuracy of terrain and runway elevation profiles
PRODUCT GALLERY
FULL FEATURES LIST
- Hand-made terrain textures with custom texture sets (tracks, sidewalks, paths, roads)
- Highly detailed models with high resolution textures
- Dynamic airport lighting modelled and precisely positioned
- Realistic recreation of the airport with custom decals terrain, road signs, vegetation, parking barriers and more
- Updated layout of runway, taxiway, apron
- Accuracy of terrain and runway elevation profiles
- Optimization of the level of detail (LOD) for each model in order to encourage the best possible performance
- Use of the latest MSFS SDK features to enable best possible optimization and performance