Solar storm forecast Muscat
Space weather today in Muscat
Updated
G1 minor geomagnetic storm forecast. Aurora in Muscat: unlikely tonight (Kp 5 forecast; Muscat needs an extreme Kp 9 storm) It is daytime in Muscat, so a strong solar flare right now would affect HF radio here.
Space weather in Muscat today
G1 minor geomagnetic storm forecast (NOAA, 2026-11-06 03:18 UTC). The planetary Kp index is 2 now and forecast to peak at Kp 5 in the next 24 hours. NOAA gives a 35% chance of R1–R2 radio blackouts today, 10% for R3 or stronger, and 5% for a solar radiation storm.
Radio: solar flares only black out HF radio on the half of Earth facing the Sun. The Sun is 13° above the horizon in Muscat now (7:19 am local time). The biggest flare in the past 24 hours was M3.5 at 10:33 pm local time, while Muscat was on the night side. HF radio is mainly hit by daytime solar flares (radio blackouts).
GPS and power: Near the magnetic equator, GPS signals can flicker after sunset (equatorial scintillation), most often near solar maximum and around the equinoxes. Power grid effects are very unlikely at this latitude.
Is there a solar storm today, and does it reach Muscat, Oman? Live NOAA space weather, translated for Muscat: geomagnetic storms, solar flares and radio blackouts, GPS effects and tonight's aurora chance. Times are local (Asia/Muscat).
- Geomagnetic storm
- none now G1 minor forecast today
- Kp now
- 2 max 5 next 24 h (G1 minor storm)
- Radio blackout
- none now Muscat is on the sunlit side
- Solar radiation storm
- none now NOAA S scale
- Kp for aurora at Muscat
- 9 (extreme storms only) geomagnetic latitude 17.4° N
- Solar wind speed
- 315 km/s slow, normal
- Magnetic field Bz
- 1 nT north: quiet
- Biggest flare, past 24 h
- M3.5 Thu 10:33 pm
Aurora chance tonight in Muscat
Unlikely tonight (Kp 5 forecast; Muscat needs an extreme Kp 9 storm). At 17.4° N geomagnetic, Muscat is far from the auroral oval; only extreme Kp 9 (G5) storms such as May 2024 bring the aurora into view, mostly to cameras.
At the forecast Kp 5, the aurora's visible edge stays about 3,984 km north of Muscat.
| Day (UTC) | Max Kp | Level | Aurora possible at Muscat? |
|---|---|---|---|
| 2026-11-06 | 4.7 | active | No |
| 2026-11-07 | 5 | G1 minor storm | No |
| 2026-11-08 | 5 | G1 minor storm | No |
NOAA 3-day space weather forecast
Chances that NOAA issues each level somewhere on Earth. Radio blackouts only affect the sunlit side; geomagnetic storms are global but strongest near the poles.
| Day (UTC) | Radio blackout R1–R2 | Radio blackout R3+ | Solar radiation storm S1+ | Geomagnetic storm |
|---|---|---|---|---|
| 2026-11-06 | 35% | 10% | 5% | G1 minor |
| 2026-11-07 | 35% | 10% | 5% | G1 minor |
| 2026-11-08 | 35% | 10% | 5% | G1 minor |
Strongest solar flares this week
C-class and stronger flares from the past 7 days, local time in Muscat.
- M3.5 flare peak Thu 10:33 pm, R1 minor radio blackout
- C2.9 flare peak Fri 1:34 am
- C2.5 flare peak Fri 4:24 am
- C2.2 flare peak Wed 9:34 pm
- C1.3 flare peak Fri 2:31 am
- C1.2 flare peak Fri 2:21 am
- C1.2 flare peak Wed 10:54 am
- C1.1 flare peak Thu 9:00 pm
- C1.1 flare peak Wed 2:39 am
- C1.1 flare peak Sun 4:36 pm
What the scales mean
Space weather is the Sun's effect on Earth. NOAA rates it on three 1–5 scales. R (radio blackouts) comes from solar flares: X-rays reach Earth in 8 minutes and disrupt HF radio on the sunlit side for minutes to hours. S (solar radiation storms) comes from energetic protons a few hours later, a hazard for satellites, polar flights and astronauts. G (geomagnetic storms) comes 1–3 days after a coronal mass ejection or a fast solar-wind stream hits the magnetic field: it drives the aurora and can upset GPS, HF radio and power grids.
The Kp index (0–9) measures geomagnetic activity in 3-hour blocks: Kp 5 is a G1 storm, Kp 6 G2, Kp 7 G3, Kp 8 G4 and Kp 9 G5. Flares are classed A, B, C, M and X by peak X-ray brightness, each class ten times the one before; M1 flares cause R1 blackouts and X1 flares R3.
Space weather for nearby cities
More sky pages
Guides
Data: NOAA Space Weather Prediction Center, GOES X-ray flux (NOAA), Open-Meteo (cloud cover), GeoNames.