FDA Investigating SpaceX Starship Debris Over Turks and Caicos

SpaceX’s mega rocket Starship launches for a test flight from Starbase in Boca Chica, Texas, Thursday, Jan. 16, 2025. (AP Photo/Eric Gay) (AP Photo/Eric Gay / Associated Press)

Turks and Caicos authorities and the U.S. Federal Aviation Administration (FAA) are investigating reports that debris from SpaceX’s Starship rocket landed across the Caribbean following an in-flight explosion during a test launch last month.

The incident, which occurred in mid-January, led to the rocket’s rapid disintegration, sending fragments hurtling toward the Earth. Witnesses in the Turks and Caicos Islands reported rumbling noises and discovered scorched metallic fragments scattered across parts of North and South Caicos. Meanwhile, observers in the Dominican Republic described seeing bright objects streaking through the sky, fueling speculation about the fallout’s extent.

The FAA confirmed that it had opened an investigation into the matter, working closely with SpaceX and regional governments to assess any potential risks posed by the debris.

SpaceX officials stated that a fire in the rocket’s aft section likely caused the failure, triggering an emergency disassembly. The company emphasized that no hazardous materials were present in the debris and reassured that it was collaborating with local authorities to ensure proper cleanup and safety measures.

This latest setback comes as SpaceX continues its ambitious efforts to develop Starship, the largest and most powerful rocket ever built, designed for deep-space missions, including future Mars colonization. However, the explosion and subsequent debris fallout have raised concerns about the safety implications of the program’s test flights, especially over populated areas.

The FAA and local officials in Turks and Caicos have urged residents who come across debris to report findings to authorities and avoid handling any objects. Cleanup efforts are already underway, with aviation regulators monitoring potential airspace disruptions caused by the incident.

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