A recent near collision over Southern California is prompting significant changes in how aircraft navigate shared airspace. Earlier this month, a plane and helicopter nearly collided near Hollywood Burbank Airport, highlighting a situation officials can no longer overlook.
The incident on March 2 involved a Beechcraft 99 that was cleared for landing when the helicopter inadvertently entered its approach path, as reported by the Federal Aviation Administration (FAA).
Both aircraft were on a course that could have led to disaster. Fortunately, the helicopter made a quick right turn that averted what could have been a catastrophic mid-air collision.
This wasn’t an isolated case. Federal officials are noting an alarming trend of similar close calls nationwide, including a recent incident in San Antonio. They’re warning that the existing air traffic system is nearing a breaking point.
The core issue revolves around a long-standing practice known as “visual separation,” which expects pilots to see and avoid one another in crowded skies. Regulators now insist that this approach isn’t sufficient.
In light of these events, the FAA and the U.S. Department of Transportation are implementing a major overhaul of safety protocols. This will remove the reliance on visual separation in busy airspace, transferring responsibilities to air traffic controllers who will utilize radar.
The initiative follows heightened scrutiny of near-misses and traffic data, particularly after a deadly mid-air collision near Washington, D.C., in 2025 revealed substantial gaps in aviation safety. The updated rules will enforce stricter distance requirements between aircraft, especially when helicopter routes cross airport approaches, which may lead to delays for helicopter operations, including emergency services.
Transportation Secretary Sean P. Duffy characterizes these changes as essential steps toward modernizing air traffic management and preventing future disasters.
According to FAA Administrator Brian Bedford, “We are now proactively mitigating risks before they impact travelers.”
