Military GPS Jamming Exercise Caused Fatal Ambulance Plane Crash in New Mexico
A medical transport ambulance plane crashed into a New Mexico mountain after US military GPS jamming disabled navigation systems, killing all four aboard.

A medical transport plane operated by Trans Aero MedEvac crashed into a mountain range in New Mexico, killing all four people aboard—two pilots and two nurses—after US military personnel conducting a GPS jamming exercise disabled the aircraft's navigation systems. Federal investigators confirmed this marked the first fatal civilian aviation accident in the United States directly caused by military electronic warfare operations.
What Happened
The twin-engine Beechcraft King Air departed from Roswell Airport on a routine 60-mile flight toward Ruidoso to retrieve a medical patient. Weather conditions were clear, with temperatures around 69 degrees. However, the White Sands Missile Range was conducting a GPS jamming exercise that night, rendering modern navigation systems inoperable across a vast area. The pilots, forced to rely on older navigation technologies they rarely used, became disoriented and struck a mountain. There were no survivors.
According to the National Transportation Safety Board preliminary report, air traffic control attempted to assist by providing heading guidance and even contacted the military to temporarily suspend the jamming. Despite these efforts, the pilots lost their way shortly before impact.
A Pattern of Military-Civilian Conflicts
The New Mexico crash was not an isolated incident. Earlier in the year, airspace across New Mexico and Texas was shut down for several hours after US Customs and Border Protection deployed an experimental anti-drone laser system without coordinating with the Federal Aviation Administration. The FAA, learning of the deployment, closed the airspace to ensure safety. Pentagon records indicate at least 10 GPS jamming exercises were conducted by the US military within a 12-month period.
Aviation security experts warn that medevac operations face inherent risks beyond military interference. These flights are often organized with minimal notice, frequently land at unfamiliar airstrips, and operate under time pressure because patient lives depend on speed. Accident rates for medical transport aviation rival those of combat flying rather than standard commercial aviation.
Why was the military conducting GPS jamming exercises near civilian airspace?+
How many people were on the ambulance plane?+
Has the US military changed its procedures since this crash?+
What is the difference between GPS jamming and anti-drone laser systems?+
Is medevac flying inherently more dangerous than commercial aviation?+
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