Asteroid Set to Pass Closest to Earth without Impeding Global Safety

NASA's Jet Propulsion Laboratory (JPL) has confirmed that asteroid 2017 BN92, a space rock measuring 84 feet wide, will safely pass by Earth on January 21, 2025. The close encounter is expected to take place at approximately 15:45 IST, at a staggering distance of over 1 million miles from our planet.

According to JPL officials, the asteroid poses no threat to Earth and will make its closest approach without causing any harm to people or property on the ground. NASA has confirmed that tracking asteroids like 2017 BN92 is crucial for understanding their potential risks and for planetary defense efforts.

The 120-foot wide asteroid was initially designated as a near-Earth object due to its close proximity to our planet, but JPL officials have since downgraded its risk assessment earlier this week after re-calculating its trajectory. "Despite being classified as a near-Earth object, the asteroid is deemed safe and will not pose any threat," said Dr [last name], an expert with NASA's planetary defence programme.

Asteroids like 2017 BN92 are remnants from the early days of our solar system's formation 4.6 billion years ago, and their orbits are monitored for potential impacts on Earth. According to scientists, tracking asteroids helps scientists prepare for possible future risks and advances our understanding of these celestial bodies.

"The detection of near-Earth objects offers invaluable insights into the history of our solar system," said Dr [last name]. "Each observation moves us closer to being prepared for any potential threats and strengthens plans to protect Earth."

Asteroid tracking is an ongoing priority for NASA, which relies on advanced tracking systems like radar to monitor asteroid trajectories. The OSIRIS-REx and Hayabusa2 missions have gathered valuable samples from asteroids in the past, shedding light on our solar system's formation.

In recognition of this near-Earth flyby, experts highlight the importance of planetary defence efforts. As we continue to venture further into space, the need for effective asteroid tracking systems becomes more pressing than ever.