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Major X1. 9 solar flare erupts from AR 4299, producing partial halo CME A major solar flare registered as X1 9 erupted from Active Region 4299 at 02:49 UTC on December 1, 2025 The event started at 02:27 and ended at 03:05 UTC This region is currently making its second run through the Earth-side of the Sun, after producing multiple X-class flares in early November
M8. 1 flare from Region 4299 | NOAA NWS Space Weather Prediction Center Active Region 4299, near the north-central part of the solar disk, produced an M8 1 flare (NOAA Scale R2-Moderate) that peaked at 06 2039 UTC Analysis will be performed on any associated CMEs Monitor our webpage for updates
M8. 1 solar flare with earth-directed CME | SpaceWeatherLive. com Sunspot region 4299 produced an M8 1 solar flare (R2-moderate) which peaked at 20:39 UTC yesterday Type II and type IV radio emissions were registered along with coronal dimming which are all typical signs that a coronal mass ejection was launched
Sunspot 4299 – Magnetic Class, Flares, Area, Location Map Sunspot AR 4299 is a large, magnetically classified active region currently visible on the Sun’s surface It contains 10 visible spots and spans an area of 220 millionths of the solar hemisphere This region has produced 2 C-class flares, 4 M-class flares, 1 X-class flare so far and currently shows a 45% probability of C-class, 15% of M-class, and 0% of X-class flares It is located at
X1. 9 solar flare erupts from Sun, causing brief radio blackout New Delhi: An X1 9 solar flare erupted from the Eastern Limb of the Sun at 02:27 hours UTC on 1 December The cluster of sunspots had just rotated into view before shooting off the X-class flare, the strongest category of solar flares, and was subsequently numbered as Active Region 4299 by the Space Weather Prediction Centre, operated by the US National Oceanic and Atmospheric Administration
Strong X1. 9 Solar Flare Erupts from New Active Region, NOAA Confirms Boulder, Colo – The NOAA Space Weather Prediction Center (SWPC) has reported a strong X1 9-class solar flare that peaked at 01:49 UTC on December 1, 2025 The flare originated from a newly emerging, unnumbered active region rotating into view on the Sun’s northeast limb The event reached an R3 (Strong) classification on the NOAA radio blackout scale, meaning high-frequency (HF) radio
The ARRL Solar Update the potential of current active regions on the disk The environment will likely remain enhanced due to fast solar wind conditions through December 6 M class flares (R1 to R2 Minor to Moderate) are likely, with slight chance for X flares (R3 Strong or greater), through 12 Dec due primarily to the flare potential of Region 4294