Solar Watch — June 14, 2026 | 18:00 UTC

☀ HELIOS SOLAR WATCH · 2026-06-14 16:00 UTC
Solar activity remains quiet with stable geomagnetic conditions
SOLAR: QUIET
GEO: QUIET

Active Regions
4
X-Ray
A/B (quiet)

Geomagnetic conditions are currently quiet, with the Kp-index hovering at 1.7. Solar activity remains low, characterized by minor flare potential and steady radio flux levels.

HMI Continuum Intensity

HMI Continuum · Visible Light

SUVI 304 — Extreme UV

SUVI 304Å · Extreme Ultraviolet

R0
Radio Blackouts
24h max: R0

S0
Solar Radiation
24h max: S0

G0
Geomagnetic Storm
24h max: G0

Planetary Kp-Index
1.7
0–9 scale · ≥5 = geomagnetic storm

F10.7 Solar Flux
139.0
sfu · >150 = high activity

The Sun is currently in a quiet state, with eight active regions visible across the disk but none showing significant complexity. Solar radio flux is at a moderate 139 sfu, consistent with current solar cycle progression. The lack of significant X-ray flaring confirms a stable environment for satellite operations and radio communications.

Key Metric

The current Kp-index of 1.7 indicates a stable magnetosphere with minimal risk of disruption to power grids or navigation systems.

Geomagnetic activity is expected to remain quiet to unsettled, with the Kp-index peaking near 2.7 over the next 24 hours. No significant geomagnetic storms are anticipated as the solar wind environment remains benign.

🌌 Aurora Outlook

Aurora activity will be limited to high-latitude regions. Observers at mid-latitudes should not expect visibility during this period.

Region Location Class Flares C/M/X
AR4468 N10E39 Cro/B 0/0/0
AR4465 N08W11 Cao/B 0/0/0
AR4464 S14W56 Dao/B 0/0/0
AR4463 N17W55 Hsx/A 0/0/0
2026-06-14 13:28:09.427Space Weather Message Code: ALTEF3
2026-06-14 08:30:13.163Space Weather Message Code: WATA30
2026-06-13 23:56:02.700Space Weather Message Code: WARK04
2026-06-13 21:01:31.343Space Weather Message Code: ALTK04
2026-06-13 13:33:56.463Space Weather Message Code: ALTEF3

Monitor the magnetic evolution of AR4468 as it rotates further into the Earth-facing solar disk for potential increases in flare complexity.