Ever wondered how planes land safely in bad weather? We are standing near a critical piece of equipment that helps pilots do just that: the LHTL ILS Middle Marker 32. It is located near Tököl Airport in Pest Hungary.
The LHTL ILS Middle Marker 32 is part of an Instrument Landing System. This system guides aircraft during their approach to the runway. ILS is essential. It ensures safe landings especially when visibility is poor. Think of fog heavy rain or snow.
Let’s break down what ILS does. It provides pilots with precise information about their position relative to the runway. This includes both horizontal and vertical guidance. The localizer provides horizontal guidance aligning the aircraft with the center of the runway. The glide slope offers vertical guidance ensuring the aircraft descends at the correct angle.
Where does the LHTL ILS Middle Marker 32 fit in? The middle marker is like a signpost along the glide path. It indicates a specific distance from the runway threshold. Typically this is about 0.5 to 0.8 nautical miles.
When an aircraft passes over the LHTL ILS Middle Marker 32 a signal is triggered in the cockpit. This signal is both audible and visual alerting the pilot to their proximity to the runway. It is an extra check. It confirms that the aircraft is on the correct approach path.
Pilots rely on several components during an ILS approach. The outer marker indicates an earlier position on the approach usually about 4 to 7 nautical miles out. The middle marker confirms a closer more critical position. Finally the inner marker or decision height point is very close to the runway.
Budapest Ferenc Liszt International Airport uses ILS. This helps planes land safely. The airport has several instrument approach charts. These charts support different runways. The charts include ILS approaches for runways 13L 13R 31L and 31R. These systems operate under different categories like CAT II and CAT IIIB. These categories define the minimum visibility requirements for landing.
ILS systems at Budapest Airport use specific frequencies. For example the ILS for runway 13R uses a localizer frequency of 110.5 MHZ. The glide path frequency is 329.6 MHZ. These frequencies ensure correct signal reception by the aircraft.
Keep in mind that pilots must adhere to noise abatement procedures during arrivals. Aircraft should maintain their last reported altitude as long as possible. Speed reduction and deployment of landing gear should be planned carefully. This should establish a stabilized approach by 5 nautical miles from touchdown.
Next time you are at an airport remember the LHTL ILS Middle Marker 32. It is part of a complex system. This system helps planes land safely day or night rain or shine.