New High-Tech Instrument Landing System (ILS CAT III B) Successfully Installed at Gwadar Airport
GWADAR:The New Gwadar International Airport (NGIA) has successfully implemented the state-of-the-art Instrument Landing System (ILS) CAT III B to enhance aircraft landing and takeoff performance during adverse weather conditions. This advanced system aims to ensure safe and precise landings even in low-visibility situations.
According to **Gwadar Pro**, the ILS is a ground-based approach system that provides critical guidance to aircraft approaching and landing on the runway. The system becomes especially vital when visibility is severely impacted due to poor weather, ensuring safe landings and takeoffs in such conditions.
A senior official from the **Pakistan Civil Aviation Authority (PCAA)** informed **Gwadar Pro** that the newly installed ILS system is capable of guiding aircraft to land safely with a runway visual range (RVR) of only 50 meters, which is crucial for operating under low-visibility conditions. The official further explained that a successful landing depends on three key factors: a minimum visibility range of 50 meters, fully trained pilots, and aircraft equipped with necessary avionics that are compatible with the ground-based system.
The official added that the Civil Aviation Authority had already informed all airlines to upgrade their aircraft and train their pilots to ensure they can fully utilize the ILS CAT III B system, thus minimizing any disruptions for passengers.
A representative from the **Pakistan Airports Authority (PAA)** pointed out that adverse weather conditions often lead to hazardous situations, resulting in delays and posing risks to passenger safety. He emphasized the importance of accurate situational awareness at airports, which helps in assessing storm conditions, visibility, wind, rain, and runway surface conditions effectively.
This technological upgrade at Gwadar Airport will greatly enhance the airport’s ability to handle flights during challenging weather, improving safety and efficiency for both airlines and passengers.