Military strengthens firewatch capabilities
The Portuguese Air Force (FAP) has been utilizing its P-3C CUP+ multi-engine aircraft to bolster rural fire prevention and detection efforts. This versatile aircraft, capable of flying for over 13 hours continuously, day or night, provides extensive coverage of large and remote rural areas prone to wildfires [1][2].
Equipped with night vision and target tracking capabilities using infrared technology, the P-3C CUP+ can detect fire hotspots even under low visibility or nighttime conditions [2][3]. This infrared capability is crucial for early detection of fires before they spread. The aircraft's endurance and advanced sensors facilitate continuous monitoring, information gathering, and real-time reporting of fire risks and ongoing incidents, which supports timely and effective firefighting responses [1][3].
On Wednesday, during one of these missions, nine fires were detected and identified in Ermelo, Gandra, and Santa Comba Dão [4]. The detected fires were immediately reported to the National Emergency and Civil Protection Authority (ANEPC) and the GNR [5].
A source from the military institution confirmed that the P-3C CUP+ aircraft is being used to support the surveillance missions [6]. Aerial surveillance also enables the detection of risky behaviour, with any suspicious activity reported to the appropriate authorities [7].
The P-3C CUP+ aircraft joins other assets the FAP has for territory surveillance and firefighting, such as drones and helicopters [8]. The FAP had already been using these assets prior to the introduction of the P-3C CUP+ aircraft [9].
In summary, the P-3C CUP+ supports rural fire prevention and detection through its long-range, long-endurance flight capabilities combined with sophisticated infrared imaging and night vision systems for effective surveillance and hot spot identification. These missions are in support of the actions of ANEPC and the GNR.
The enhanced capabilities of the P-3C CUP+ aircraft in environmental-science, such as its infrared technology, aid in the early detection of wildfires, preventing widespread damage. The use of this sophisticated equipment in firefighting efforts opens up possibilities for collaboration in other fields, like industry and finance, where advanced systems could contribute to various sectors, including aerospace.
