Fireball Seen Over Kitsap Was a 170-Pound Meteor Moving 33,000 MPH, NASA Says

A blue-green fireball streaked across the Pacific Northwest sky just before 1 a.m. Friday, bright enough to wake sleeping households from Chimacum to Spokane and visible as far away as Vancouver, B.C. and Idaho. Kitsap County was among the places that watched it happen: the Kitsap Sun reported the object streaking across Northwest skies as seen from Kitsap, one of hundreds of vantage points across four states and a Canadian province from which residents logged sightings with the American Meteor Society by Friday afternoon. NASA's automated tracking network caught the whole event on camera, and the numbers it produced are the rare kind that turn a "did you see that" text thread into an actual data set: an object about 16 inches across, weighing roughly 170 pounds, crossing the upper atmosphere at 33,000 miles an hour before breaking apart in a flash equivalent to 10 tons of TNT. What follows is what NASA's instruments actually recorded, what witnesses on the ground experienced, and why the space agency says this wasn't the meteor shower everyone assumed it was.

Kitsap Watched a Blue-Green Streak Cross the Sky Before 1 A.M.

The fireball first became visible at 12:48 a.m. Pacific time Friday, and within hours the American Meteor Society had logged reports from Washington, Oregon, Idaho and British Columbia, nearly 250 by noon, according to the group. On the Olympic Peninsula, witness Andrew Davidson described it to KOMO News as "a massive meteor" that "streamed across the sky, emitting a long trail and two bright flashes," a sighting logged from Chimacum in neighboring Jefferson County, just across Hood Canal from Kitsap. The Kitsap Sun's own coverage places a sighting within the county itself, part of a reporting footprint that stretched from the Puget Sound region east through Yakima and Spokane Valley to Wenatchee, Blaine and Port Angeles.

The American Meteor Society called witnessing a fireball this bright "extremely rare and often a once-in-a-lifetime event," a description borne out by how many people it woke up. In Spokane Valley, resident Lisa Connors told The Spokesman-Review she had never seen a meteor before and initially assumed something had happened at a neighbor's property before her home security camera showed her what had actually lit up the yard. Robert Lunsford, an AMS observer quoted in the same report, said he was "flabbergasted" by the volume of overnight sightings: "It put on a show. I was surprised how many people were out there at 1 o'clock in the morning."

NASA's Tracking Network Clocked It at 33,000 MPH

Eyewitness accounts are one thing; NASA's all-sky camera network is another, and the agency's own fireball event log puts precise numbers on what happened above the state. The object first became visible 48 miles above Soap Lake in Grant County, then traveled roughly 36 miles north through the upper atmosphere before fragmenting 28 miles above a spot NASA identifies as Sim's Corner. NASA classifies it as a small asteroid fragment about 16 inches in diameter and approximately 170 pounds, moving at 33,000 miles per hour, or roughly nine miles every second.

That instrumented figure is worth setting against what observers on the ground guessed in real time. Lunsford, speaking to reporters within hours of the event, estimated the object's speed at around 25 miles per second, nearly triple NASA's calculated figure. That gap is not a contradiction so much as a demonstration of why the agency's camera network exists at all. A fireball lasts five to ten seconds at most, according to Lunsford, which is not much time for a ground observer to judge velocity by eye. NASA's triangulated trajectory data, built from multiple camera stations recording the same object simultaneously, is the number that holds up; the eyewitness estimate is the honest first impression of someone who just watched the sky do something unusual.

The Breakup Released the Energy of 10 Tons of TNT

When the object fragmented 28 miles above Douglas County, NASA's data shows it released energy equivalent to roughly 10 tons of TNT, enough to generate a pressure wave that propagated down through the atmosphere. That is the physical mechanism behind the "two bright flashes" and delayed booms reported by witnesses well outside the immediate flight path; fireball fragmentation events are known to produce shock waves distinct from the initial streak of light, arriving seconds to minutes after the visual event depending on distance and altitude.

None of that scale should be read as danger to anyone on the ground. Objects this size — a 16-inch fragment weighing under 200 pounds — pose essentially no risk to structures or people even where debris survives to the surface; the vast majority of the object's mass is consumed or dispersed during atmospheric entry. What made Friday's event newsworthy wasn't hazard, it was visibility: an object bright enough and high enough to be seen and photographed across a swath of the Pacific Northwest roughly 300 miles wide, from Port Angeles to Spokane, is genuinely uncommon.

Why NASA Says This Wasn't a Perseid

The timing invited an obvious assumption. The Perseid meteor shower, one of the year's most reliable and widely watched, peaked over the night of August 12 into the morning of August 13, roughly a day and a half before Friday's fireball, and Perseid activity remains elevated for days after its peak. Multiple early reports out of the Columbia Basin region speculated a Perseid connection given the overlapping timing.

NASA's own classification says otherwise. The agency's fireball event log categorizes Friday's object as "a background sporadic meteor" and explicitly states it was not part of the Perseid shower. Sporadic meteors are the background rate of debris that enters Earth's atmosphere on any given night, unconnected to any specific comet's debris trail, as opposed to shower meteors, which arrive from a single, predictable direction tied to a parent comet's orbit. That distinction is precisely why Friday's event registered as unusual even to an organization used to tracking meteor activity: a fireball of this size and brightness would have been notable on any night of the year, Perseids or not, and simply happened to land in the same week as the shower everyone was already looking up for.

Could Fragments Have Reached the Ground Near Bridgeport?

NASA's event log notes that Doppler weather radar over the region shows patterns consistent with small meteorites reaching the ground in the area. That level of surviving debris is itself informative, since it means enough of the object's mass made it through fragmentation and deceleration to fall as identifiable rock rather than burning away entirely. Lunsford told the Spokesman-Review he suspected possible fragment impacts near Bridgeport or Brewster in Douglas County, both towns that sit close to Sim's Corner, NASA's identified fragmentation point.

No recovery has been confirmed publicly as of this writing, and meteorite hunting is a slow, methodical process even with a rough radar-derived search area. Genuine meteorites are typically identified by a dark, often glassy fusion crust from atmospheric heating, unusual density for their size, and magnetic response, and confirming a find usually requires a specialized lab, not a field guess. Anyone in the Douglas County search area who believes they've found a candidate fragment is generally advised not to handle it with bare hands, to photograph it in place, and to report it to the American Meteor Society or a university geology department before moving it, since contamination and mishandling are common ways a genuine find gets disqualified from scientific study.

What to Watch For Next in Washington's Skies

Friday's fireball is a reminder that the best meteor sightings are rarely the predictable ones. The Perseids remain active through late August but are well past peak, and the next scheduled shower of note is the Orionids, expected to peak the night of October 21 into October 22, though sources differ by a day depending on which observatory's calculation is used. This year's Orionid peak coincides with a waxing gibbous moon, which will wash out all but the brightest meteors, a far less favorable viewing window than Friday's dark, clear sky delivered by chance.

For Kitsap residents who did catch Friday's display, or who want to be ready for the next one, the American Meteor Society's fireball reporting form is the same tool that turned Friday's scattered sightings into a triangulated NASA trajectory: multiple independent reports, logged with approximate time and direction, are what let researchers reconstruct an object's actual path rather than relying on any single account. It's also, as Friday demonstrated, the difference between a neighborhood rumor about strange lights and a properly documented, 170-pound answer to what actually happened over Washington at 12:48 in the morning.