Lyndon is forecast to get no new snow over the next 7 days (11-day total: 0 inches), as of Oct 19 8 PM ET. Summit 1,136 ft: no new snow · Base 697 ft: no new snow.
The biggest snow day at Lyndon is Tuesday (0 inches). Days 6–11 are lower confidence.
Source: NOAA National Blend of Models; elevations from USGS 3DEP / SRTM. Methodology
0.0 in over the next 11 days at the nearest NBM cell. Days 6–11 are lower confidence.
Snow forecast from NOAA National Blend of Models (NBM). The National Weather Service does not endorse this site.
Summit 1,136 ft: no new snow · Base 697 ft: no new snow over the next 7 days.
| Day | Summit1,136 ft | Mid916 ft | Base697 ft |
|---|---|---|---|
| Mon, Oct 19 | 0" · 40° | 0" · 40° | 0" · 41° |
| Tue, Oct 20 | 0" · 32° | 0" · 33° | 0" · 34° |
| Wed, Oct 21 | 0" · 32° | 0" · 33° | 0" · 34° |
Next 7 days: Summit 0" snow · Mid 0" · Base 0". Totals are NBM ASNOW at the catalog point, scaled by snow-level typing. How we forecast snow by elevation.
As of Oct 19 8 PM ET, the Lyndon snow level forecast (freezing level) is about 3,727 ft. Snow at or above that elevation; rain about 500 ft below it. Typical snow level this run: 3,727 ft.
As of Oct 19 8 PM ET, Lyndon: Summit 1,136 ft: no new snow · Base 697 ft: no new snow. Rain where the band sits below NBM snow level; snow above it.
As of Oct 19 8 PM ET, the Lyndon hourly snow forecast uses 1-hour NBM steps through day 2, then 6-hour steps. Next 3 days: summit no new snow; base no new snow. Next 7 days: summit no new snow; base no new snow.
| Band | 8 PM | 2 AM | 8 AM | 2 PM |
|---|---|---|---|---|
| Summit | 0" | 0" | 0" | 0" |
| Mid | 0" | 0" | 0" | 0" |
| Base | 0" | 0" | 0" | 0" |
Loading the interactive hourly elevation strip…
Lyndon is forecast to get no new snow over the next 7 days (11-day total: 0 inches), as of Oct 19 8 PM ET.
The biggest snow day at Lyndon is Tuesday (0 inches). Days 6–11 are lower confidence.
Snow forecast from NOAA National Blend of Models (NBM). The National Weather Service does not endorse this site. Source: NOAA National Blend of Models; elevations from USGS 3DEP / SRTM.