The first operating drone traffic management system aims to prevent airborne collisions

The drone industry landed after a long escape to implementing drone traffic management.

With its main goal of avoiding drone-on-drone collisions, Virginia Tech Mid-Atlantic Aviation Partnership (MAAP) recently helped to operate the first non-white wet aircraft traffic management system, also known as drone traffic management, supported by NASA and Federal Aviation Management (FAA). flight.

“This is the culmination of a decade of work,” said John Coggin, Associate Director at Maap. “The product of this work is that the industry is on the path for data sharing among uncondemned aircraft system operators. This helps reduce the risk of collisions between drones. Drone operations where drone operations are sophisticated and overlapping, require companies to share data to ensure safety.

Management systems are now available to any entity (industrial or government) to improve the safety of drone use.

Creating a successful system for managing drone traffic communicates with each other about undeniable aircraft systems (UAS) operations, using appropriate exploits to use by technology operators to use them for use. The technology also obtains data on nearby flights and provides the information needed to quickly and safely eject drone flights.

The multi-agency effort to create such a system began in 2015 when NASA conducted research to support the growing demand for commercial drone use. This includes MAAPs that help develop and test drone traffic management systems in real-world scenarios.

In 2018, FAA reauthorization law conducted oversight of the implementation of the FAA. MAAP continued to support the testing before taking on the role of fostering conversations between industry partners, NASA and FAA.

In the new role, MAAP has leveraged industry insights to help facilitate the creation of governance structures and data sharing agreements that meet the needs of all stakeholders. This included testing based on real-world scenarios that required drone operations to coordinate with each other through different software platforms.

This has led to Texas’ latest milestone. This is a FAA permit for drone flights to share airspace despite significant operator demand and overlapping drone flight paths.

“This was the historic first for US aviation,” said FAA administrator Chris Rochero. “Now we want to move from one-off approvals or exemptions to predictability of operations with rules that go beyond visual gaze, and this rule provides the regulatory framework needed for the UAS industry.”

The resulting governance agreements will guide participation, dispute resolution, and onboarding new service providers and operators. The governance structure divides governance into two committees: operational and technology. The Operations Committee oversees management and onboarding, while the Technical Committee handles the development and incorporation of new features and services for the drone traffic management platform.

In the summer of 2024, Wing, Zipline and DroneUp drone operators (all companies specializing in drone delivery) and service supplier ANRA Technologies have obtained the first FAA agreement to deploy the newly developed drone management services. MAAP then drafted a report documenting procedures taken over the years, marking early operationalization.

As this work continues to evolve and improve within this framework, companies or government agencies operating in the US that undergo an onboarding process can use this framework. Stakeholders can visit the “Get start” page on GitHub for more information.

“Unlike the previous efforts I was involved in, it’s not ‘here’ your final report’, it’s the project is complete,” said Robert Briggs, Maap’s chief engineer. “This is a very exciting and continuous process. We turned off the service rather than the previous tests of this effort. Here, the traffic management system is working, continuing to grow and can be used as a model for future implementations around the world.”