Skip to main content

Barometric Pressure Forecast for Foxborough, Massachusetts

Barometric pressure forecast for Foxborough, Massachusetts — a southeastern Massachusetts town between Boston and Providence, home to Gillette Stadium. See current barometric pressure through nor'easters, hurricane remnants and New England's sharply defined four seasons.

Loading chart…

Download Pressure Pal to track barometric pressure and get migraine alerts for Foxborough and your area.

Download on the App StoreGet it on Google Play

Pressure and weather in Foxborough​

Foxborough sits in southeastern Massachusetts roughly halfway between Boston and Providence, far enough inland to avoid the most direct coastal effects but still well within reach of the nor'easters that define New England winters. These coastal storms, which spin up along the Atlantic seaboard and can stall or intensify off Cape Cod, bring the town's sharpest pressure drops from December through March, sometimes producing heavy snow on one side of the storm track and cold rain just a short distance away. Hurricane season, June through November, adds a second, less frequent source of sharp pressure change, particularly when a tropical system or its remnants track up through southern New England rather than staying offshore. Spring in Foxborough tends to be unsettled and changeable, as clashing warm and cold air masses produce frequent, moderate pressure swings and occasional severe thunderstorms. Summers are milder by comparison, with pressure changes usually smaller and gradual outside of scattered afternoon storms. Fall is generally the most stable season, with crisp, clear stretches of high pressure before nor'easter season returns.

What this means for you​

In Foxborough, winter nor'easters from December through March bring the year's sharpest pressure drops, with hurricane season adding a second, less predictable round of activity into fall. A barometric pressure forecast ahead of these systems, tracked alongside your symptoms in a migraine tracker app, can help you tell whether it's the pressure drop itself or the wind and precipitation that follows driving your weather migraine.