44°F
Mostly Cloudy
Data: NOAA/National Weather Service. Forecast updated Oct 16, 2026, 6:49 AM UTC. Discussion issued Oct 16, 2026, 12:19 AM UTC.
Air Quality Index: 27 (Good)
SPC Convective Outlook: Thunderstorm Risk
No rain expected in the next 2 hours.
No storms on track toward Manchester right now.
Hourly NWS forecast and radar storm motion. Times are local. Not an official warning; follow NWS.
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Manchester, NH, is classified as having a humid continental climate, characterized by cold winters and warm summers. This climate type results from its inland location in the northeastern United States, which exposes it to a wide range of seasonal temperature variations. The city experiences all four seasons distinctly, with considerable shifts between them.
In the summer months, Manchester typically sees high temperatures averaging in the low 80s°F, while nighttime lows can drop to the mid-50s°F. Winters are cold, with average highs in the low 30s°F and lows often dipping into the teens. Spring and fall serve as transitional periods with milder weather, where temperatures gradually shift from one extreme to the other.
Manchester receives an average annual precipitation of approximately 46 inches, with the wettest months being June and October. Snowfall is a significant component of winter precipitation, with the city averaging about 60 inches of snow per year. January and February are usually the snowiest months, contributing to the cold, snowy winters typical of the region.
The area is occasionally affected by nor'easters, which can bring heavy snowfall, strong winds, and blizzard conditions. Ice storms are also a notable winter hazard, capable of causing widespread disruptions. While Manchester is not in a high-risk area for tornadoes or hurricanes, remnants of tropical storms can bring heavy rains during the late summer and early fall.
Manchester's weather is significantly influenced by its geographic location and elevation. Situated in the Merrimack Valley, the city experiences weather patterns typical of New England, affected by both Atlantic Ocean influences and continental air masses. Its elevation of approximately 200 feet above sea level also contributes to the variability in local weather conditions.