A powerful coastal storm swept into the East Coast before dawn Saturday, battering the mid-Atlantic and New England with sustained high winds, driving rain and threatening to flood low-lying shoreline communities. Forecasters said conditions would persist through the weekend, and by early morning thousands of households across the region were already without electricity.
The storm's effects were being felt well before it reached its most destructive stage. Utility crews along the corridor from the mid-Atlantic to the coast of Maine were responding to downed lines and other damage as the system pushed inland, and residents in exposed areas spent Friday preparing — pulling outdoor furniture away from the water, securing loose items and clearing drains. One photographer's image of two men, John Garrisi and Gaige Graf, hauling a table away from a shorefront on Friday captured how residents along the coast were treating the arrival as a serious event rather than a routine one.
Aviation was hit hard and early. Hundreds of flights were cancelled at airports across the region, with airlines canceling and delaying arrivals and departures as crews worked to keep aircraft and ground equipment secure. Travelers were advised to check with carriers before heading to airports, a precaution that tends to be repeated whenever strong coastal winds push into busy Northeast airspace, where a single weather system can ripple through connecting flights in several cities at once.
The scale of the population in the storm's path is staggering. Tens of millions of residents from the mid-Atlantic through the coast of Maine live in the zone the system is crossing, a swath that includes some of the most densely populated and heavily developed coastline in the country. That means the storm is not only a marine or coastal event but a commuter, school and business disruption affecting a large share of the region's economy, particularly on a Saturday when many residents were scheduled to be traveling or working outside the home.
Meteorologists described the setup as characteristic of a classic nor'easter — a storm that intensifies as it stalls offshore, with winds rotating from the northeast and piling water against the coast. The same circulation that keeps the system churning can also drive heavy rainfall inland, saturating already-gorged soil and overwhelming storm drains in cities and towns well away from the surf. Flooding of that kind is frequently the quieter but more persistent threat of a nor'easter, sometimes outlasting the peak wind.
The timing is unusual. Coastal storms of this intensity are far more common in the deepening months of late autumn and winter than in late September, when the atmosphere is still working through the tail end of warm-season weather. A system that behaves like a fall nor'easter this early means the cool air mass, the warm Gulf Stream moisture and the tightly wound low-pressure center are aligning in a way forecasters do not always see in September, leaving coastal communities and utility operators to prepare for storm-season conditions weeks ahead of the calendar.
Coastal residents have learned to treat that threat seriously. Low-lying streets, boardwalks and waterfront businesses near the surf are typically among the first areas affected, because a storm surge combined with large waves can push water over seawalls and into structures before the heaviest wind arrives. Moving possessions away from the shorefront, as the men in Friday's photograph did, is a widely recommended step that can prevent significant property damage and, in some cases, avoid pulling debris into the water where it becomes a hazard of its own.
Outage restoration is typically the long pole. When wind and rain knock out large numbers of lines in a narrow band, crews often cannot safely begin repairs until winds fall below safe working thresholds, which can mean hours of darkness for affected neighborhoods even after the storm's center has passed. Officials generally advise residents with medical equipment, medications or other power-dependent needs to plan for outages and to check on neighbors, particularly in areas where the storm has flooded access roads.
At the same time, attention is shifting thousands of miles away to the Pacific. A separate storm, Hurricane Nolo, is approaching Hawaii and was captured on satellite imagery Friday as it neared the islands. Forecasters expect Nolo to strengthen, but they also expect it to avoid making landfall — a track that would still leave the islands exposed to the storm's broad wind field and, more importantly, to its rainfall.
That rainfall is the central concern in Hawaii. Even a hurricane that stays offshore can deliver tremendous amounts of water over mountainous terrain, and tropical soils that are already saturated runoff easily. Flash flooding in valleys and gulches, and urban flooding in normally dry channels, can occur with little warning when terrain that steep turns a few inches of rain into a fast-moving wall of water.
The pairing of the two storms means emergency planners in both regions are managing active hazards at once — one of wind and coastal water on the East Coast, one of wind and flood rain in the Pacific. For forecasters, the common thread is water rather than sustained wind: in both cases, the greatest danger to residents comes less from the storm's peak intensity than from the volume of water it delivers.
For now, the guidance to residents across the affected East Coast corridor remains straightforward: stay away from the surf, keep clear of flooded roadways, treat any downed line as live, and expect a long weekend of unsettled weather, flight disruption and rolling power restorations as the system gradually moves away.
This story, reported by Ava Berger and Scott Simon, was heard on NPR's Weekend Edition Saturday and updated at 12:43 p.m. ET on September 26, 2026.
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