Airport lighting technology has come a long way since early 20th-century innovators placed incandescent lights along runways to help guide pilots during takeoff and landing. With the rise of LED lighting and integrated control systems, the sky has proven to be the limit when it comes to technology that manages inbound and outbound air traffic. 

Many Airport Lighting Control And Monitoring Systems (ALCMS) contain an L-854 radio decoder to enable pilot control during landing. It is essential to regularly maintain and troubleshoot this equipment so pilots can activate the airfield lighting system via their air-to-ground radio. This month, we thought we’d provide an L-854 unit maintenance checklist to help your ALCMS operate smoothly and reliably on an ongoing basis, ensuring safe and efficient airport and runway operations.

Modern aviation infrastructure demands the latest in tech innovations to ensure the safe taking off, taxing, and landing of aircrafts, especially in adverse weather conditions, low visibility, and challenging terrain. One of these indispensable tools of airport safety is Precision Approach Lighting Systems (PALS).

Airport Lighting Control and Monitoring Systems (ALCMS) play a crucial role in optimizing the efficiency, safety, and overall functionality of modern airports around the world.

Airport lighting stands out as a vital component of aviation safety, illuminating runways, taxiways, and other crucial areas, especially during the takeoff and approach of aircraft. Adequate lighting helps pilots discern the runway threshold, taxiway boundaries, and other critical markers.