Mexican Navy Beechcraft B300 Crash Near Galveston, TX (ANX1209)

On December 22, 2025, a Beechcraft B300, registration ANX1209, crashed into water near Galveston, Texas while operating to Scholes International Airport (GLS). The pilot, co-pilot, two additional flight crewmembers, and two passengers were fatally injured, and two passengers sustained serious injuries. Federal investigators are examining the approach sequence, air traffic control communications, weather conditions, and the aircraft’s systems and performance.

Accident Summary

What Happened

Recorded communications reviewed by investigators indicate the flight established contact with Houston Approach Control while enroute to Galveston’s Scholes International Airport and confirmed it was a medical transport (“medivac”) flight. The controller advised that the approach would be vectors to final and initially referenced an ILS, then changed the clearance to the RNAV approach to Runway 14. During the vectoring sequence, the crew made at least one incorrect readback of an assigned altitude, and the controller corrected the assignment before continuing vectors and missed-approach instructions.

As the aircraft was being vectored to join the final approach course, the controller issued multiple headings to intercept and noted that the aircraft did not make one of the assigned turns. The controller advised the crew twice that they were cleared for the RNAV approach, and the crew responded with a statement indicating they were “cleared to land,” which the controller corrected by stating they were not cleared to land and were cleared for the RNAV approach. The controller then instructed the crew to contact the tower; multiple low-altitude alerts were subsequently issued, but no further radio communications were received from the flight crew.

Aircraft and Operational Context

Investigators reported that ADS-B data showed the flight originated near Merida International Airport in Merida, Mexico, climbed to cruise altitude, and then descended toward the Galveston area for the RNAV approach to Runway 14. The last ADS-B target was reported at about 275 feet msl approximately 3 miles northwest of GLS, after which contact was lost. Witnesses described fog and limited visibility near the time of the accident.

Weather information documented by investigators included very low ceilings and restricted visibility in the Galveston area around the time of the accident. In addition, the approach controller relayed information from the GLS tower indicating ceilings around 300 feet and asked the crew whether they wanted to continue the approach, to which the crew responded in the affirmative. Investigators documented that the wreckage was located about one-half mile from the Galveston shoreline in West Bay in approximately 5 to 10 feet of water.

Accident Investigation

As described in KLS’s overview of the NTSB’s staged approach to investigations, early reports typically focus on communications, flight path data, and scene documentation while later phases address systems examinations, component testing, and analytical work before conclusions are reached; see the firm’s explanation of the NTSB investigation process. In this matter, investigators documented ATC communications, ADS-B flight track information provided by the FAA, and witness observations describing fog and limited visibility. The aircraft was recovered from the water and transported to a secure location for further examination.

The preliminary record reflects multiple operational elements that investigators commonly evaluate in low-ceiling instrument conditions: vectoring and intercept geometry, altitude assignments and readbacks, approach clearance comprehension, and the timing of low-altitude alerts relative to the aircraft’s descent. Investigators also typically correlate the radar/ADS-B timeline with physical evidence from the debris path and wreckage condition to refine the sequence. Additional factual development may address avionics configuration, autopilot/flight director use, navigation performance, and any evidence of a go-around attempt reported by witnesses.

Operational and Regulatory Issues

Instrument approaches in extremely low ceilings and visibility increase crew workload and place greater emphasis on strict compliance with cleared headings, altitude restrictions, and approach briefing discipline. Investigators often examine whether the crew’s understanding of clearances and the timing of tower handoff affected the approach sequence, while avoiding assumptions about cause before the record is complete. In this case, investigators documented a clearance misunderstanding (cleared for the RNAV versus “cleared to land”) and a later absence of radio response after low-altitude alerts.

Because this flight was conducted under an armed forces operation with a medical transport purpose, investigators may also examine mission planning, crew coordination, and risk-management processes applicable to time-sensitive transport flights operating in degraded weather. Where ceilings and visibility are near minimums, investigators commonly review alternate planning and missed-approach readiness, as well as how weather observations were obtained and communicated in real time. The available preliminary information emphasizes dense fog, very low ceilings, and limited visibility in the terminal area.

Aviation Accident Litigation

Separate from the NTSB’s safety mission, civil litigation arising from fatal aviation events often involves preservation of evidence, records requests, and technical analysis of communications and flight path data, as discussed in KLS’s overview of aviation accident litigation. The specific legal posture in military or government-operated flights can involve distinct jurisdictional and procedural considerations, and the viability of claims depends on the facts developed and applicable law. Any evaluation should track the verified investigative record rather than early summaries.

When the factual record centers on approach procedures, ATC vectoring, and low-visibility operations, case development often requires detailed review of flight crew training, operational procedures, weather products, and the complete communication timeline, consistent with the types of complex matters summarized in KLS’s representative aviation matters. Technical experts may be needed to interpret approach geometry, altitude compliance, and navigation performance under IMC. These issues are fact-dependent and should be evaluated only after relevant records and evidence are preserved and reviewed.

Where cases resolve, outcomes typically turn on detailed technical proof and individualized damages evidence, consistent with the kinds of results described in KLS’s collection of selected aviation verdicts and settlements. In fatal, multi-occupant events, damages analysis may involve multiple claimant categories and differing injury mechanisms. Early public information is often incomplete, so legal conclusions should be deferred until the technical record is developed.

Broader observations about aviation civil outcomes can vary significantly based on operational context, injury severity, and evidentiary strength, as discussed in KLS’s review of aviation crash verdict trends. For this event, the preliminary record highlights dense fog, very low ceilings, approach vectoring and clearance communications, and a final descent with ADS-B contact lost at low altitude. Any litigation analysis should remain anchored to the evolving investigative documentation and preserved physical evidence.