Hurricane Risk in Everett, Washington
Search 'hurricane risk' and Everett, and the honest answer is that it's not a real threat here. This page keeps the 'hurricane risk' name for consistency with every other market on this site, but for Everett the real conversation is Pacific Northwest windstorms on one hand, and the region's genuine, well-documented seismic exposure on the other -- and Everett specifically sits closer to one of Puget Sound's shallow crustal earthquake faults than most of the cities this site covers. None of this is a prediction about any future storm or earthquake, and none of it substitutes for a current conversation with FEMA, the USGS, the Pacific Northwest Seismic Network (PNSN), and a Washington-licensed insurance agent.
Why Everett Isn't Hurricane Country
Everett, like every market this site covers in Puget Sound, carries essentially no hurricane risk -- not a matter of being lucky some years, but a matter of basic atmospheric physics. The cold, north-flowing water off the Pacific Northwest coast doesn't provide the warm sea-surface temperatures a tropical cyclone needs to form or sustain itself, and Pacific storm tracks that do bring tropical systems toward North America generally curve well south of Washington or dissipate before reaching Puget Sound, per multiple meteorological explainers (KING5's 'Why hurricanes don't hit the U.S. West Coast,' KOMO's similar piece). A buyer relocating from a hurricane-prone market can set aside hurricane-category wind maps, storm-surge evacuation zones, and hurricane-season anxiety entirely -- those simply aren't the risk profile here.
That doesn't mean 'no weather or geologic risk.' It means Everett's real risk conversation runs through two different channels: winter windstorms, and the region's seismic and tsunami exposure -- and Everett has real, specific, documented exposure on both fronts that this page names directly.
The Real Weather Risk: Documented, Recurring Windstorms
Everett's real, recurring storm risk is Pacific Northwest winter windstorms and atmospheric river events, and this isn't an abstract regional generalization -- it's a pattern with a specific, recent local track record. A November 2024 'bomb cyclone' left more than 82,000 Snohomish County PUD customers without power, an event some restoration field crews described as the largest they had responded to in 30 to 40 years. A November 2022 windstorm cut power to more than 146,000 Snohomish County customers at its peak, with over 20,000 PUD customers in Everett itself still without power well into the event. A June 2024 atmospheric river left thousands without power in an unusually early-season event, and a December 2025 windstorm caused significant damage concentrated on Camano Island and northwest Snohomish County.
These are powerful low-pressure systems moving in off the Pacific bringing damaging straight-line winds and heavy rain, generally concentrated in fall and winter rather than any hurricane season -- and per the pattern documented above, they are a real, multi-year, recurring feature of life in Snohomish County, not a rare anomaly. This site's Storm Prep Costs page covers the practical response (generators, tree risk, PUD outage planning) in more detail.
The Bigger Question: Everett's Seismic Exposure, Specifically
The risk conversation that actually matters most for long-term Everett ownership isn't weather -- it's seismic, and Everett has a more specific, more local exposure story than some of this site's other Puget Sound markets. Two separate, geologically distinct earthquake sources affect the region: the Cascadia Subduction Zone, an offshore fault capable of a major, region-wide megathrust earthquake (documented by PNSN and USGS), and the South Whidbey Island Fault (SWIF), a shallower crustal fault that per the Washington Military Department's own geologic description runs from roughly Port Townsend across Whidbey Island, projects onto the mainland near Everett and Mukilteo specifically, and continues southeast toward Bothell and North Bend.
This second fault matters more for Everett specifically than for many other Puget Sound communities, because it runs closer to and more directly beneath the Everett area than Cascadia's offshore trace. A USGS/FEMA HAZUS loss-estimation scenario modeling a magnitude 7.4 SWIF earthquake found roughly 5% of the region's building inventory -- an estimated 97,800 structures -- at least moderately damaged, with about 6% of those damaged beyond repair. A separate 2019 U.S. Department of Homeland Security-referenced study modeled that roughly 80% of state-maintained bridges in Snohomish County would be severely damaged in a comparable scenario, unusable for months or years, with over 10,000 buildings sustaining extensive damage countywide. Geologic evidence suggests a magnitude-7.5-class SWIF earthquake occurred roughly 2,700 years ago -- real physical evidence of the fault's capability, not a hypothetical model input.
Tsunami Risk on the Everett Waterfront: A Real, Modeled Figure
Because Everett sits directly on Port Gardner Bay, tsunami risk is a genuine, specific local consideration rather than a generic regional footnote. A 2019 analysis by the National Oceanic and Atmospheric Administration determined that within roughly 1.5 hours of a magnitude 9.0 Cascadia Subduction Zone megaquake, the Everett waterfront could see a series of tsunami waves with inundation approaching six feet. Separately, a quake along the closer Seattle Fault -- a different fault system further south, near Seattle proper -- could produce waves reported up to 40 feet along the Seattle waterfront itself, with smaller but still destructive waves reaching Edmonds and Everett in under half an hour, per regional hazard reporting citing NOAA-linked analysis.
This page states these two modeled figures because they are genuinely sourced and genuinely specific to the Everett waterfront -- not because they are settled predictions. Tsunami modeling of this kind estimates a scenario's potential inundation under specific assumptions; it is not a forecast of a specific future event, magnitude, or timing. No further precision beyond what's cited above (a specific arrival time down to the minute, or a guaranteed maximum wave height for Everett itself) is stated here, because none was confirmed as settled science for this exact location.
Everett's Older Brick Buildings: A Real, Named Vulnerability
Regional hazard reporting on Snohomish County specifically calls out the vulnerability of older, unreinforced masonry (URM) brick buildings -- common in parts of historic downtown Everett -- to seismic damage, with one countywide earthquake-damage scenario estimating nearly 1,500 brick structures extensively damaged or destroyed. Additionally, at least 30,000 people in Snohomish County live on saturated soils and sediment that behave like shaken liquid (a phenomenon called liquefaction) during a major earthquake -- a real, documented vulnerability factor tied to specific soil conditions rather than a blanket citywide risk.
For a buyer specifically considering an older downtown Everett building, or any property on softer, wetter, or reclaimed land near the Snohomish River delta or the waterfront, this is a real, specific due-diligence item: ask directly about the building's construction type, any completed seismic retrofit, and get a geotechnical assessment of soil conditions for the specific parcel before assuming standard risk applies uniformly across the city.
The Practical Takeaway
Everett is not a hurricane market, full stop -- the Pacific Northwest's ocean temperatures and storm tracks simply don't produce landfalling tropical cyclones here. The risks that are real and well documented instead are recurring winter windstorms with genuine, recent, multi-outage local history, and a more specific-than-average seismic exposure tied to the South Whidbey Island Fault running near the Everett/Mukilteo area, alongside Cascadia's broader regional risk and a modeled tsunami inundation scenario on the Everett waterfront itself.
None of the above is engineering, insurance, or emergency-management advice, and none of it predicts any specific future storm or earthquake. Before buying, insuring, or planning to live in Everett long-term, check current guidance directly with FEMA, the USGS, the Pacific Northwest Seismic Network, Snohomish County Emergency Management, and a Washington-licensed insurance agent about earthquake and flood coverage for a specific property.
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Get a Free Agent Referral →Independent research. No ads. No sponsored listings. Hurricane-formation and storm-track explanations are drawn from meteorological reporting including KING5's and KOMO's explainers on why hurricanes don't hit the Pacific Northwest. Pacific Northwest windstorm and outage history is drawn from HeraldNet and My Everett News reporting on the November 2022, June 2024, November 2024 "bomb cyclone," and December 2025 events, including specific Snohomish County PUD outage-customer figures. Seismic and tsunami information is drawn from the Washington Military Department's (mil.wa.gov) geologic description of the South Whidbey Island Fault; HeraldNet's "Buried danger" investigative reporting series on Snohomish County seismic risk; USGS earthquake scenario pages (earthquake.usgs.gov) for the M7.4 and M7.5 Southern Whidbey Island Fault scenarios and building-damage estimates; a 2019 U.S. Department of Homeland Security-referenced bridge-damage study cited in that same reporting; and Fox 13 Seattle reporting on Seattle Fault and Cascadia tsunami modeling, including the 2019 NOAA analysis of Cascadia-driven inundation approaching six feet on the Everett waterfront and Seattle Fault-driven wave estimates reaching Edmonds and Everett. No specific earthquake probability, exact wave-arrival time, or guaranteed maximum wave height for Everett itself is stated here beyond what's directly cited above, because no further precision was confirmed as settled science for this exact location. Confirm current hazard, flood-zone, and coverage details directly with FEMA, the USGS, PNSN, Snohomish County Emergency Management, and a Washington-licensed insurance agent before making any purchase, insurance, or preparedness decision. Nothing on this page is legal, insurance, engineering, or emergency-management advice.