NASA is collaborating with the wildfire response community to develop portable airspace management systems that enhance aerial firefighting, especially at night. These systems allow drones and remotely piloted aircraft to operate safely around the clock, even in low-visibility conditions. The Portable Airspace Management System (PAMS) has been developed by NASA researchers, providing essential tools for 24-hour drone operations for wildfire response. The PAMS units are equipped with a computer, a radio for communication, and an ADS-B receiver to track nearby air traffic.
Through successful testing at various locations across the country, NASA researchers have demonstrated the effectiveness of PAMS in improving aerial coordination during firefighting operations. The system can detect conflicts between aircraft, alert pilots, and share essential real-time information such as aircraft location, weather updates, and fire location data. By using a communication relay system and mesh radio network, PAMS facilitates seamless communication between drones, enhancing operational capabilities.
The ACERO team plans to conduct further flight evaluations to refine these wildfire technologies and eventually transfer the technology to firefighting agencies. This initiative aligns with NASA’s broader efforts under the ACERO project within the Aeronautics Research Mission Directorate, supporting the Advanced Air Mobility mission. These advancements aim to reduce the impacts of large wildfires, improve wildfire operations, and ultimately save more lives. For more details on NASA’s ACERO project, visit their website, and for information on Overwatch Aero, visit their website.
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