Philippine airports ramp up for New Year’s travel rush with enhanced air traffic control

The Department of Transportation (DOTr) in the Philippines announced on Friday that the Civil Aviation Authority of the Philippines’ (CAAP) air traffic control systems are fully prepared for the expected surge in flight operations as the year 2024 approaches. This development comes as a proactive measure to manage the anticipated influx of air traffic during the New Year celebrations.

Transport Secretary Jaime Bautista conducted a thorough inspection of the CAAP’s Communications, Navigation, and Surveillance for Air Traffic Management (CNS/ATM) system two days prior to New Year’s Eve. The CNS/ATM system is crucial for maintaining the safety of air travel, as it facilitates the communication of aircraft positions and assists in managing air traffic control, including takeoffs and landings.

During his inspection, Bautista received assurances from CAAP personnel about the efficiency and reliability of the CNS/ATM equipment. Special attention was given to the Uninterruptible Power Supply (UPS) system, confirming its readiness to support continuous air traffic control operations without disruption.

Bautista expressed satisfaction with the state of CAAP facilities, noting their excellent maintenance and full staffing. In addition to the CNS/ATM system, he also inspected the Philippine Aeronautical Rescue Coordination Center within CAAP, which plays a vital role in emergency operations.

To further ensure preparedness, CAAP has placed all 45 of its commercially operating airports on heightened alert since December 17, in anticipation of handling over 20.5 million passengers during the season.

This proactive stance by the DOTr and CAAP is in response to concerns raised by Senator Nancy Binay, who on December 23 urged the department to prevent a repeat of the air travel disruptions experienced on January 1, 2023. Last year’s issues were attributed to communication and navigation system failures at CAAP, leading to widespread airspace disruption.