Can I see the northern lights in Winnipeg tonight?

Checking NOAA’s forecast…

Loads live in your browser from NOAA’s Space Weather Prediction Center and Open-Meteo.

Tonight’s peak—Kp, dark hours
Needed here3.8Kp, NOAA rule
Cloud—Open-Meteo
Dark—sun ≤ −12°
Moon—lit
Next eclipse—NASA tables

Winnipeg and the aurora

Winnipeg sits at 58.4° magnetic latitude. By NOAA’s rule the aurora is overhead here when Kp reaches about 3.8 — in NOAA’s forecast steps, 4 or more, below storm level.

Tonight in detail

NOAA’s 3-hour Kp forecast for the next three days appears here once it loads, with the hours that are dark in Winnipeg shaded.

When it gets dark enough

Aurora needs the sun at least 12° below the horizon. Hours of that darkness on the 15th of each month in 2026, from the sun’s position: the longest nights are around Dec.

How this is worked out

  • Magnetic latitude 58.4°. Traced along Earth’s real magnetic field (IGRF-14) from Winnipeg to the magnetic equator — the construction auroral scientists use (AACGM). A tilted-dipole shortcut can be several degrees off in Europe.
  • Kp needed 3.8. NOAA’s Space Weather Prediction Center: the oval’s equatorward edge sits near 66° magnetic latitude at Kp 0 and moves about 2° toward the equator per Kp step, reaching 48° at Kp 9. That is the line for the aurora overhead; it can be seen lower in the sky from further away.
  • Tonight combines NOAA’s live 3-day Kp forecast with Winnipeg’s dark hours and Open-Meteo’s cloud forecast. The sky picture places the aurora’s lower edge (taken as 100 km up) at the height NOAA’s rule implies for tonight’s peak Kp.

Nearby

Aurora: NOAA Space Weather Prediction Center (live Kp) · cloud: Open-Meteo (CC BY 4.0) · cities: GeoNames (CC BY 4.0) · magnetic latitude: IGRF-14 field-line trace · moon: Meeus algorithm · eclipses: Eclipse Predictions by Fred Espenak, NASA’s GSFC.

Aurora is a section of Rarest World — the globe of the rarest natural coincidences on Earth.