NASA WB-57 Aircraft Makes Belly Landing at Ellington Airport, Prompting Runway Closure and Investigation

Incident at Houston-area airfield

A NASA WB-57 high-altitude research aircraft made an emergency belly landing Tuesday, Jan. 27, 2026, at Ellington Airport in Houston after a mechanical problem during touchdown. The event occurred around 11:30 a.m. on Runway 17R-35L and triggered an emergency response on the airfield.

All crew members were reported safe. The runway was closed while responders worked to secure the aircraft and prepare it for removal. An investigation has been opened to determine what caused the mechanical failure.

Operational impacts and immediate response

Emergency personnel responded on the airfield shortly after the landing. The runway closure remained in effect until the aircraft could be moved, a process that typically requires specialized equipment and procedures designed to prevent further damage and ensure safety for personnel working near the aircraft.

Ellington Airport supports a mix of civil, military, and aerospace activity. Any runway closure at the facility can affect flight operations and scheduling, especially when it involves the longest and most frequently used runway configurations for larger aircraft movements.

What the WB-57 is and why it operates from Ellington

The WB-57 is a two-seat, high-altitude jet used as an airborne research platform. Based near NASA’s Johnson Space Center at Ellington Field, the program supports scientific research and technology testing and has been operating from the Houston area for decades. The aircraft is designed to carry substantial instrument payloads and to operate for extended periods at altitudes above 60,000 feet.

These aircraft are used for a range of missions that can include atmospheric and Earth science measurements, mapping and remote sensing, and support for rocket launch observation and other test activities. The aircraft’s configuration allows a pilot and a sensor equipment operator to manage both flight operations and complex research payloads during missions.

• Typical operating environment: sea level to above 60,000 feet
• Endurance: about 6.5 hours, depending on payload and weather
• Role: carrying and operating specialized instruments for research and testing

What investigators are likely to examine next

While the cause has not been publicly detailed, a belly landing generally indicates a failure or inability to deploy or lock landing gear, or another mechanical problem that prevents a normal landing configuration. Standard investigative steps typically include inspection of landing gear components, hydraulic and electrical systems, cockpit indications and warnings, maintenance records, and any available flight and communications data.

NASA said the landing problem was mechanical in nature and that an investigation is underway.

Officials have not released details about damage to the aircraft, the duration of the runway closure, or when normal operations would fully resume.