NASA Discovers 222-Meter Impact Crater on the Moon
NASA has discovered a newly formed 222-meter-diameter impact crater on the Moon using the Lunar Reconnaissance Orbiter. The contemporary crater was created by a massive space rock between April 11 and May 22, 2024.

NASA has announced the major discovery of a contemporary impact crater on the lunar surface, marking a significant finding in planetary science. The newly identified crater spans an impressive 222 meters, which translates to 728 feet across. According to the space agency, this fresh feature was detected using NASA's Lunar Reconnaissance Orbiter, commonly referred to as the LRO.
Scientific analysis has revealed that this massive depression on the Moon was created during a specific window between April 11 and May 22, 2024. The impact responsible for forming the crater was triggered by an incoming asteroid or comet fragment. Experts noted that the celestial object responsible for the collision was roughly the size of a three- to six-story building.
In honor of the scientific community's history, the newly discovered lunar feature has been officially named after lunar scientist Thomas McGetchin. The naming recognizes his contributions to the field of lunar research, permanently connecting his legacy to this contemporary geological event on the Moon.
The findings regarding this impact event and its aftermath were detailed in publications including Science Advances, while being reported by outlets such as CBS News. In addition to the main impact site, another related study successfully detected a much broader 6.4-kilometer-wide region, also described as a 4-mile-wide region, surrounding the crater that displayed significantly altered thermal properties.
Researchers analyzing the site observed that these altered thermal properties extended outward across a distance measuring approximately 1,000 crater radii. This extensive thermal anomaly provides scientists with valuable data regarding how high-velocity impacts alter the physical and thermal characteristics of the lunar surface across a wide area.






