NASA’s Webb Telescope Confirms Asteroid 2024 YR4 Will Safely Pass the Moon in 2032

Infrared observations from the James Webb Space Telescope confirm asteroid 2024 YR4 will safely pass about 21,200 km above the Moon in December 2032.

Advertisement
Written by Gadgets 360 Staff | Updated: 9 March 2026 22:37 IST
Highlights
  • Webb observations refine orbit of asteroid 2024 YR4 precisely
  • Asteroid will pass safely about 21,200 km above the Moon
  • Infrared tracking helps improve planetary defense monitoring

JWST detects asteroid 2024 YR4 offset from the position linked to a possible 2032 lunar impact.

Photo Credit: NASA

For months, the asteroid has been tracked by researchers after calculations indicated that the asteroid had a slight possibility of hitting the Moon on Dec. 22, 2032. In February 2026, the NASA James Webb Space Telescope captured infrared images of the faint object and further refined the orbit of the asteroid. The new orbit indicates that the asteroid will pass safely 13,200 miles (21,200 km) above the Moon, eliminating the 4% probability of impact initially calculated.

Webb Telescope Observations

According to NASA, Webb's Near-Infrared Camera (NIRCam) has recorded data on the asteroid 2024 YR4 over two nights in February 2026. This has enabled NASA's Center for Near-Earth Object Studies to substantially narrow down the uncertainty in the asteroid's orbit. This confirms that the asteroid will safely pass by the Moon. This removes previous concerns that it might hit the Moon with a 1-4% chance, prompting it to attain a Torino Scale rating of 3 briefly. Previous observations from early 2025 had already shown that the asteroid would not threaten Earth in 2032.

Advertisement

Webb's Infrared Advantage

The Webb telescope's advanced infrared technology allows scientists to see the faint asteroid YR4, which reflects light at the brightness of an almond from a distance equivalent to the Moon. The brightness of the YR4 asteroid has reduced significantly by early 2026, and scientists have used the Webb telescope's precise tracking technology to see the asteroid during multiple hour-long sessions. Ground telescopes will begin viewing the asteroid in 2028. Webb technology allows scientists to see the thermal radiation the asteroid emits while filtering out the interference of the Sun and the disturbance of the atmosphere to confirm that the Moon and Earth are safe.

 

 

Get your daily dose of tech news, reviews, and insights, in under 80 characters on Gadgets 360 Turbo. Connect with fellow tech lovers on our Forum. Follow us on X, Facebook, WhatsApp, Threads and Google News for instant updates. Catch all the action on our YouTube channel.

Advertisement

Related Stories

Popular Mobile Brands
  1. Moto G47 Power 5G Could Launch With Dimensity 6300 Chipset, Leak Suggests
  2. Infinix GT 50 Pro Gaming Bundle Revealed Ahead of October 27 India Launch
  3. Cyberpunk 2077 Is Getting a Free Update Inspired by Edgerunners 2 This Week
  4. Oppo Find X10 Pro Max Will Launch in India With This Flagship MediaTek SoC
  5. Redmi K100 Confirmed to Get a 50-Megapixel Rear Camera
  1. GTA 6 Is Estimated to Have Generated $630 Million From Pre-Orders Already
  2. Infinix GT 50 Pro Gaming Bundle Revealed Ahead of October 27 India Launch
  3. Malaysia Rolls Out Tokenised Bond Platform for Around-the-Clock Settlement
  4. SBI Reports Suspected Data Exposure Affecting 3,897 Customer Records
  5. eMudhra Takes Remedial Action After Security Researcher Flags Weak Intermediate CA Keys
  6. Upbit Operator Dunamu Partners With MoonPay to Advance Stablecoin Payment Solutions
  7. Perplexity Computer for Mac Adds Local AI Mode for Pro, Max Subscribers
  8. Oppo Reno 17 Pro Camera, Display and Battery Specifications Surface Online Ahead of Expected Launch
  9. Motorola Razr Flex 27 Chipset and Other Specifications Revealed via Geekbench Listing Ahead of Launch
  10. Qubic Brings Blockchain Back Online After $1.4 Million Attack, Sets Recovery Claim Window
Download Our Apps
Available in Hindi
© Copyright Red Pixels Ventures Limited 2026. All rights reserved.