NASA Trials Innovative Drone Management System for Wildfire Response

Author: Haye Kesteloo | Date: January 31, 2025

Nasa has successfully conducted tests on a novel airspace management system aimed at improving response strategies for wildfires. This initiative, known as the Advanced Capabilities for Emergency Response Operations (ACERO), was carried out in collaboration with AirSpace Integration (ASI) at the Monterey Bay Academy Airport in La Selva Beach, California, during November 2024.

Technical Advancements in Emergency Response

The newly introduced Portable Airspace Management System (PAMS) signifies an important leap forward in drone technology tailored for emergency responses. Each unit of PAMS integrates three critical components: a dedicated airspace management computer, a communication radio system, and an Automatic Dependent Surveillance-Broadcast (ADS-B) receiver to track nearby aircraft. This sophisticated setup allows drone operators to deploy their aircraft safely in wildfire contexts.

Nasa’s Ames Research Center in Silicon Valley oversaw the evaluation of several PAMS units to assess their effectiveness in managing aerial communication relays during real-world operational conditions. The ASI testing facility was instrumental in fostering this pivotal research.

Infrastructure for Testing and Capabilities

Operating under an FAA Certificate of Authorization (COA), ASI boasts specialized infrastructure for advanced aerial analysis. The facility includes a 2,200-foot grass airfield and direct access to Class G airspace. It also features a Naval Research Lab weather station that provides real-time meteorological data, supporting maritime drone applications near the coastal region of Monterey Bay.

Chris Bley, ASI’s founder, expressed enthusiasm about the event’s demonstration of drone testing sites’ capabilities to drive advancements that tackle real-world issues. He indicated that collaboration with NASA and industry allies on this initiative is set to expand in spring 2025, aiming for enhanced emergency response strategies across the nation.

Safety Protocols and Operational Standards

ASI emphasizes stringent safety protocols for its drone testing operations. The company employs chase pilots, boats, and on-ground observers for oversight during test runs, while their systems are designed to provide real-time air traffic deconfliction, ensuring safe coordination in complex airspaces. Working closely with public agencies and government bodies, ASI maintains high safety standards in unmanned aviation.

Looking Ahead: Future Developments

Nasa will continue to explore drone technology for emergency response throughout 2025 as part of the ACERO project. Future testing will center around enhancing PAMS while assessing new communication techniques and data-sharing capabilities to improve collaboration between drone pilots, emergency responders, and the FAA’s National Airspace System.

The testing of PAMS marks a significant advancement in managing aerial drone operations during wildfire responses. As Bley highlighted, ASI is committed to supporting NASA’s ACERO tests, which promote the safe, coordinated, and efficient execution of emergency responses using cutting-edge drone technologies within the FAA framework.

Through ongoing partnerships among NASA, ASI, and other key stakeholders, these advancements aim to elevate both the safety and effectiveness of drone operations in combating wildfires.

Photos credited to NASA.

For the original article, visit DroneXL.