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2025 UK9 — 1 LD · 34d
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Current Space Weather Summary
No AI generation- Current status
- G0 — Quiet
- Planetary Kp
- 0.7 (G-scale: G0)
- Solar-wind speed
- 450 km/s
- Bz (magnetic field)
- -1.2 nT
- X-ray flare class
- B4.3
- Dst index
- -17 nT
- Aurora outlook
- Low at mid-latitudes
- Kp max (24h)
- 3.3
- Data status
- Current
Primary source: NOAA SWPC, NASA SDO, NASA JPL, GFZ Potsdam·Last observation: UTC·Retrieved by Flarient: UTC
Bottom line: No significant geomagnetic storm is currently underway. Space weather conditions are quiet.
Quiet conditions
Space weather is quiet right now.
No storms, flares or CME impacts in progress. Aurora is confined to the polar regions. A good time for HF radio and GPS.
Decision Center
Kp 0.7 — quiet conditions. Good time to explore forecasts and preparedness.
Impact Decoder
Get a GO/WAIT score for your exact location.
My Signals
Smart alerts that fire on condition changes — not every check above a threshold.
Crews
Chase aurora with friends. Vote GO or WAIT as a group.
Signal Network
See what others are actually seeing right now. Report your observation.
Forecast League
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Live Event Mode
Active space weather events with live tracking and crew coordination.
What's happening now
Live data from NOAA, NASA & JPL — updated every 60s
HF Blackout Map
D-RAP · X-ray + proton absorption model
FLARIENTToday's analysis
HF absorption is currently minimal because GOES X-ray and energetic-proton levels are low.
Why it matters →
D-RAP (D-Region Absorption Prediction) is continuously driven by GOES X-ray flux and energetic proton flux. Solar flares bathe the sunlit ionosphere in X-ray photons, ionising the D-region and absorbing HF radio. Polar cap absorption events from energetic protons extend the blackout to high latitudes.
Near-Earth Asteroids
NASA JPL Small-Body Database (≤0.05 AU)
- 2025 UK9PHA7.8 km/s · 4 m · mag 16.4314648 M km0.8 LD🌍🌕Earth1 LD (Moon)0.8 LD
Closer than the Moon. This is a genuinely close approach.
- 2026 SA8PHA6.6 km/s · 7 m · mag 15.7379868 M km1.0 LD🌍🌕Earth1 LD (Moon)1.0 LD
Closer than the Moon. This is a genuinely close approach.
- 2022 UP6PHA9.0 km/s · 8 m · mag 17.31004947 M km2.6 LD🌍🌕Earth1 LD (Moon)2.6 LD
2.6 lunar distances away — close by astronomical standards but still well beyond the Moon's orbit.
- 2026 SX2PHA7.7 km/s · 13 m · mag 17.41576852 M km4.1 LD🌍🌕Earth1 LD (Moon)4.1 LD
4.1 lunar distances away — close by astronomical standards but still well beyond the Moon's orbit.
FLARIENTToday's analysis
6 close approaches within 0.05 AU are listed. Nearest is 2025 UK9 at 0.8 Lunar Distances (314648 M km), travelling at 7.8 km/s. A very close skim, though still well outside the 1 LD impact zone.
Why it matters →
approach within 0.05 AU and 19.5 Lunar Distances. The JPL CAD feed returns approach distance in AU; we convert to (1 LD ≈ 384,400 km) for an intuitive gauge of how close the body skims Earth's neighbourhood. No identified impact threat exists for any object listed here.
GOES Proton Flux
Energetic protons · >10 MeV
FLARIENTToday's analysis
Proton flux is quiet at 2.2e-1 pfu — no polar cap absorption expected.
Tonight's Observable Asteroids
Close-approaching NEOs bright enough for amateur observation from your location tonight.
Share your location for precise visibility times.
2026 SA8
Closest approach: 28 Sept · 1.0 LD
15.7
mag
Telescope
Very large scope
Best time
21h
Direction
400mm+ (16")
Near opposition — highest at midnight · Est. diameter: 7 m
2026 SX2
Closest approach: 28 Sept · 4.1 LD
17.4
mag
Telescope
Very large scope
Best time
32h
Direction
400mm+ (16")
Near opposition — highest at midnight · Est. diameter: 13 m
NASA JPL CNEOS Close-Approach Database (public domain). Brightness estimates use standard H-mag to apparent-mag conversion. Actual visibility depends on local sky conditions and moonlight.
What it means for me
Personalised — aurora, radio & local forecast
Aurora visibility confidence
Kp + cloud + moon + your latitude
Unlikely
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Aviation Radiation
Cosmic dose at cruising altitude
Typical cruising-altitude dose. No special precautions needed.
Asteroid watchlist
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What to do
Tools, predictions & actions you can take now
Community & history
Observations, archives and the long view
HF Radio Propagation
HamQSL / WWV solar conditions
Fair — typical conditions