Northern Lights in Kansas Tonight

Can you see the northern lights in Kansas? Rarely, and then only low on the northern horizon, in a big storm: all four of these towns need Kp 8 to see it low to the north, where NOAA’s storm scale says: “aurora has been seen as low as Alabama and northern California (typically 45° geomagnetic lat.).” None of them ever has it overhead by NOAA’s rule: Kansas City is at magnetic latitude 47.5° and Wichita at 45.9°, south of the 48° the oval’s edge reaches at Kp 9. Kp 8 or more comes on about 64 days in an 11-year solar cycle.

Type where you are: the Kp your spot needs, NOAA’s forecast for your dark hours tonight and the next two nights, the moon, and which way to look.

Fairbanks, AK · magnetic latitude 65.7°

You need Kp 0+By NOAA’s rule the aurora’s edge reaches Fairbanks at Kp 0+. Loading NOAA’s forecast for tonight…

Kp you need
0+ overhead
Look toward
north-northeast

    Kp forecast: NOAA Space Weather Prediction Center. Places: GeoNames.

    The forecast above opens on Kansas City, KS: type your own town, or use your location, for tonight’s answer where you are.

    What Kp does Kansas need?

    NOAA’s rule: “At Kp = 0, the equator ward edge of the auroral oval is approximately 66 degrees.” “And it moves equatorward about 2 degrees for each level of Kp.” That is in magnetic latitude — NOAA: “This relationship holds true in geomagnetic latitude, not geographic.” — so a town needs a Kp of (66 − its magnetic latitude) ÷ 2. In a big storm the aurora can also be seen from farther away, low on the horizon: NOAA’s storm scale says how low it “has been seen” at Kp 6 to 9.

    TownMagnetic latitudeKp overheadLow on the horizonDays per 11-year cycleLook toward
    Kansas City, KS47.5°more than 9Kp 8 (G4)Kp ≥ 8: 64north
    Manhattan, KS47.4°more than 9Kp 8 (G4)Kp ≥ 8: 64north
    Topeka, KS47.4°more than 9Kp 8 (G4)Kp ≥ 8: 64north
    Wichita, KS45.9°more than 9Kp 8 (G4)Kp ≥ 8: 64north

    The farther toward the magnetic pole, the lower the Kp: Kansas City needs the least of these towns and Wichita the most. NOAA adds a warning worth keeping: “It should be noted that the relationship between Kp and auroral latitude are approximate and represent averages.”

    When is it dark enough in Kansas?

    NOAA: “The aurora is not visible during daylight hours.” These are the hours with the Sun 12° or more below the horizon (the end of nautical twilight) on the night after the 15th of each month. “The best Seasons for aurora watching are around the spring and fall equinoxes.”

    MonthKansas CityManhattan
    January12.2 h12.2 h
    February11.3 h11.3 h
    March10.2 h10.2 h
    April8.8 h8.8 h
    May7.3 h7.3 h
    June6.7 h6.7 h
    July7 h7 h
    August8.3 h8.3 h
    September9.7 h9.7 h
    October11 h11 h
    November12 h12 h
    December12.3 h12.3 h

    Plan it

    FAQ

    Can you see the northern lights in Kansas?

    Rarely: only in a strong storm, and on a dark, clear night. By NOAA’s rule Kansas City needs Kp 8 to see the aurora low on the horizon, and no Kp puts it overhead. Kp 8 or more comes on about 64 days in an 11-year solar cycle (NOAA’s storm scale). At Kp 8 (G4) NOAA’s storm scale says: “aurora has been seen as low as Alabama and northern California (typically 45° geomagnetic lat.).”

    Can I see the northern lights tonight in Kansas?

    Only NOAA’s forecast for tonight can say: the tool at the top of this page reads it for Kansas City (or your own town) and compares it with what Kansas City needs: Kp 8 to see the aurora low on the horizon, and no Kp puts it overhead. Look north, away from city lights; NOAA: “Best aurora is usually within an hour or two of midnight (between 10 PM and 2 AM local time).”

    When is the best time to see the northern lights in Kansas?

    Kansas City has its longest nights in December (12.3 hours of darkness). NOAA adds: “The best Seasons for aurora watching are around the spring and fall equinoxes.”

    What Kp do you need to see the northern lights in Kansas?

    Kansas City, at magnetic latitude 47.5°: no Kp overhead (Kp 9 takes the edge only to 48°), Kp 8 low on the horizon; Manhattan, at magnetic latitude 47.4°: no Kp overhead (Kp 9 takes the edge only to 48°), Kp 8 low on the horizon; Topeka, at magnetic latitude 47.4°: no Kp overhead (Kp 9 takes the edge only to 48°), Kp 8 low on the horizon; Wichita, at magnetic latitude 45.9°: no Kp overhead (Kp 9 takes the edge only to 48°), Kp 8 low on the horizon. The rule is NOAA’s: the oval’s edge is at about 66° magnetic latitude at Kp 0 and moves about 2° toward the equator for each level of Kp.

    Can you see the northern lights in Wichita?

    Rarely. By NOAA’s rule Wichita needs Kp 8 to see the aurora low on the horizon, and no Kp puts it overhead. Kp 8 or more comes on about 64 days in an 11-year solar cycle (NOAA’s storm scale). Its own lights make it harder: NOAA says “Get away from city lights.”

    How these numbers are made

    Magnetic latitude is the dipole’s, with the pole from the IGRF-14 coefficients (NOAA NCEI / IAGA). The Kp overhead is NOAA’s rule, “low on the horizon” and the days per cycle are NOAA’s storm scale, and tonight’s Kp in the tool is NOAA’s 3-day forecast. Darkness is the Sun’s position, computed for 2026. Towns: GeoNames (CC BY 4.0). Rules checked 2026-09-27.

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