KSLN — Salina Municipal Airport
fog forecast & climatology · Salina city page · full 10-year analysis →
No fog signal in NWS guidance for the next 48 hours. September typically brings about 1 hour of dense fog here.forecast cycle 2026-09-04T13:00:00Z · page rebuilt daily · live layers below update hourly
- Fog hours per year
- 24 h below CAT I minima (2016–2026 average)
- Fog season
- January and December
- Typical fog event
- ~1 h once it forms (middle half 1–2 h, n=109)
- Data through
- 2026-08-15 · machine-readable data.json
When this airport fogs in
In a typical year Salina Municipal Airport spends 24 hours below CAT I approach minima (visibility under ~½ mile or ceiling under 200 ft), concentrated in January and December. The strip above shows the hour-by-hour pattern for the current month from ten years of weather observations.
Fog season
Fog season runs November through March, peaking in January; fog is mostly a 1 AM–9 AM phenomenon; typically thinning out by 11 AM; a typical event lasts about 1 hour once it forms local time · 10-yr average
Runway infrastructure
| end | approach lights | best approach | length | RVR |
|---|---|---|---|---|
| 04 | — | — | 3,648 ft | — |
| 22 | — | — | 3,648 ft | — |
| 12 | — | — | 6,510 ft | — |
| 30 | — | — | 6,510 ft | — |
| 17 | MALS | LPV | 12,301 ft | — |
| 35 | MALSR | CAT I | 12,301 ft | — |
| 18 | — | — | 4,301 ft | — |
| 36 | — | — | 4,301 ft | — |
From FAA NASR / curated AIP Canada research. Approach-light class and minima tier drive how low an approach can be flown — details in the chase board.
For flight operations
EFVS crews: the CHASE board ranks airports by live fog status, approach lighting, go-around height and flight time from your base. Forecast probabilities publish here per-airport once the calibrated model beats climatology on live verification — receipts on the scorecard. Methodology.
Sources: NOAA/NWS National Blend of Models guidance · METAR observations 2016–2026 (Iowa Environmental Mesonet) · FAA NASR. Machine access: data.json · llms.txt. Not for operational use.