The early-season nor’easter anticipated to reach over the weekend is at present located about 200 miles east of the Delmarva Peninsula and continues to slowly transfer north on Saturday morning.
Late Friday night time, a climate station in Surf Metropolis, New Jersey, reported a wind gust of 74 mph. Different stations alongside the Jersey Shore have reported wind gusts of 60 mph or extra.
Tidal flood waters peaked at reasonable flood stage late Friday and have begun to rise once more forward of excessive tide later Saturday morning round 8 a.m. as waves of 16 ft or extra have been reported by buoys off the Jersey Shore and southern New England.
Coastal flood alerts stay in impact from jap Virginia via southern Maine, together with Virginia Seaside, Philadelphia, New York Metropolis, New London, Connecticut, Windfall, Rhode Island, and Boston.
Average to main coastal flooding is feasible throughout excessive tide Saturday morning from the southern Chesapeake Bay to the Jersey Shore and as much as Raritan Bay. Minor to reasonable coastal flooding is feasible throughout excessive tide additional up the Chesapeake Bay into the Delaware River, in addition to for elements of southern coastal New England.
Wind advisories stay in impact from the Delmarva Peninsula as much as jap Massachusetts, together with Dover, Delaware; Philadelphia; New York Metropolis; Hartford, Connecticut; and Worcester, Massachusetts, for winds gusting as much as 45 mph.
Excessive wind warnings are in impact for the Jersey Shore, in addition to elements of Rhode Island and Massachusetts, together with Boston, Windfall and Atlantic Metropolis, for winds gusting as much as 60 mph. The winds can knock down timber and energy strains.
Excessive waves of 6 to 12 ft or extra will proceed to pound the shoreline from coastal Delmarva via the Jersey Shore, Lengthy Island and southeastern coastal New England, producing widespread and doubtlessly important seashore erosion and harmful coastal circumstances.
NEW YORK, NEW YORK – SEPTEMBER 25: Surfers make the most of massive waves alongside Rockaway Seaside as a Nor’easter heads into the New York space on September 25, 2026, in New York Metropolis. A lot of the Northeast is making ready for the storm, which is anticipated to deliver heavy rain and excessive winds over the weekend.
Spencer Platt/Getty Photos
Timing the nor’easter and impacts
Very sturdy winds from the Jersey Shore to southeastern New England, with gusts of fifty to 60 mph or extra, are anticipated on Saturday morning, together with rounds of heavy rain from Maryland to New Jersey and southern New York. Excessive tide round 8 a.m. may produce reasonable to main coastal flooding from coastal Virginia to southern New England.
On Saturday afternoon and night, rounds of heavy rain and robust wind gusts will proceed from Maryland to southern New York and start stretching into southern New England. Excessive tide round 9 p.m. may produce reasonable coastal flooding, with some remoted main coastal flooding attainable.
In a single day into Sunday morning, rounds of heavy rain and robust wind gusts will proceed from Maryland to southern New England as a number of rounds of heavy rain will transfer via earlier than dawn, with remoted situations of inland flash flooding attainable.
The nor’easter will proceed to linger on Sunday however start to interrupt up and weaken. Winds and rain will start to lighten, although gusty winds and a few heavier pockets of rain will stay attainable with potential lingering impacts into Monday.
Rainfall totals will likely be widespread at 2 to 4 inches throughout the Northeast, with a number of the highest totals reaching as much as 6 inches from New Jersey to Boston.
Some inland flash flooding will likely be attainable, particularly in areas with poor drainage, the place blown leaves can clog storm drains, or the place the heaviest bands of rain transfer via.
Nonetheless, as a result of the rain is falling over such a protracted period, inland flash flooding won’t be essentially the most widespread risk as wind-driven rain may as an alternative result in energy outages.
