Miami Ground Stop After Fiery Overrun – Five Dead

Five people were killed when an Amazon-branded cargo jet overran a runway at Miami International Airport and plowed into vehicles before bursting into flames, halting flights and triggering a full federal probe.

Story Highlights

Federal Aviation Administration confirmed a runway overrun by 21 Air Flight 7598 at Miami International Airport around 2 p.m. local time.
National Transportation Safety Board opened a full investigation into the deadly crash and arrived on scene the next day.
Miami officials reported five dead and five injured; the airport issued a ground stop during the emergency.
The Boeing 767-300 freighter departed San Juan, Puerto Rico, before the landing overrun at Miami.

Confirmed Sequence: Landing, Overrun, Ground Stop

Federal Aviation Administration officials said the Boeing 767-300 cargo aircraft, operating as 21 Air Flight 7598 for Amazon, overran a runway after landing at Miami International Airport around 2 p.m. local time on Sunday. The airplane had departed from Luis Muñoz Marín International Airport in San Juan, Puerto Rico, earlier that day. Airport officials halted operations, closing all runways and taxiways and issuing a ground stop while first responders worked the scene. Authorities later reopened limited operations as debris removal and safety checks progressed.

Local and federal responders converged within minutes. Miami-Dade agencies secured the site, fought fires, and routed traffic away from impacted areas. The Federal Aviation Administration began its standard safety review while deferring causal findings to the National Transportation Safety Board. Officials emphasized that the crash investigation would take time and would involve data from the flight recorders, crew interviews, maintenance records, and runway condition assessments. Early reports described heavy damage near the runway end and scorched vehicles off the pavement.

Casualties and On‑Scene Findings from Authorities

Miami-Dade officials reported five people dead and five others injured in the aftermath of the overrun, which sent the aircraft beyond the runway and into vehicles before a post-impact fire. The National Transportation Safety Board said the people who died were in vehicles on the ground, not aboard the aircraft. Hospitals received the injured for evaluation and treatment as investigators secured evidence and mapped the wreckage. Amazon and the aircraft’s operator issued statements of sympathy and pledged cooperation with investigators.

Authorities said the jet came to rest beyond the paved surface, with extensive fire damage to the fuselage area after impact. Investigators documented markings on the runway, safety areas, and adjacent ground, which help them reconstruct speed, touchdown point, and braking. As with all fatal runway overruns, the National Transportation Safety Board will combine site data with flight data recorder and cockpit voice recorder downloads to establish a clear time line and performance picture.

What Investigators Will Examine and Why It Matters

Runway overrun cases often involve more than one factor. Past federal investigations tied similar accidents to landing distance misjudgment on wet runways, delayed braking or reverse thrust, mechanical or maintenance issues, tailwinds, and tight safety margins at runway ends. Investigators will check weather, runway friction, aircraft systems, crew actions, and operator procedures. They will also review whether the runway end had engineered arresting protections and how emergency crews accessed the site to limit harm.

The Federal Aviation Administration notes that engineered arresting systems have safely stopped multiple overruns at airports that have them installed. Many large fields, including in busy metro areas, must balance space limits with strong safety zones. When space is tight, the presence or absence of arresting systems can change outcomes for both those on board and people on the ground. While the cause here is not yet determined, the probe’s findings could shape future changes in runway surface reporting, landing performance rules, and operator training.