Kamal Ghorui
NASA is keeping an eye on near-Earth objects. One such object is a small asteroid called 2026 FB. This asteroid is expected to pass close to the Earth today. The asteroid is small in size, but it is still keeping the attention of experts. To observe the movement of such objects, ground-based telescopes and radars are used. Observing objects such as 2026 FB is part of the overall planning and strategy that scientists have in place for planetary defence. This particular asteroid is not a threat at the moment, but observing it is important in providing scientists with more knowledge in the future.
NASA confirms asteroid 2026 FB to fly past today: Speed and distance
Asteroid 2026 FB is one of the smaller near-Earth objects being observed. Its width of roughly 69 feet is enough to make monitoring important. The asteroid’s closest approach is nearly three times the distance to the Moon. NASA has confirmed that a small asteroid called 2026 FB will make a close approach to Earth on 18 March 2026. The asteroid measures about 69 feet in width, roughly the size of a small aeroplane. At its closest point, it is expected to pass at around 683,000 miles, or 1.1 million kilometres, from Earth. This is well beyond the Moon’s orbit, which averages about 239,000 miles away. Experts say there is no immediate danger from this asteroid.NASA experts say that even if a similar asteroid entered the atmosphere, it would likely burn up before reaching the surface. It could create a bright fireball, but no significant damage would occur.
Frequency of similar asteroids
Small asteroids like 2026 FB are relatively common. Thousands pass near Earth each year. Most are too small to cause serious harm and go unnoticed. Only a few are large enough to be detected regularly. Larger asteroids capable of causing regional or global damage are rare. Continuous observation allows scientists to differentiate between harmless flybys and hazardous objects.
Why is asteroid monitoring important
Monitoring 2026 FB contributes to understanding the distribution and behaviour of near-Earth objects. Observations improve scientific models and help plan for future risks. Data from small asteroids like this one is useful for both research and planetary defence.
