Satellites Visible from Seattle
Tonight
Satellite viewing from Seattle on the night of 24 August 2026 is rated GOOD NIGHT: 2 visible ISS, Tiangong or Hubble passes, the best reaching 51° above the horizon. The best window for satellite spotting over Seattle on 24 August 2026 is 03:29–05:36 and 20:29–22:35 PDT, when most satellites are still catching sunlight. Between those windows the sky is dark but the majority sit inside Earth’s shadow. Individual satellites in lower orbits can be visible a little outside these times. The best ISS pass from Seattle on 24 August 2026 starts at 05:16 PDT, rises in the W, peaks 51° above the horizon and sets in the ENE, lasting about 6 minutes.
At 9pm local on 24 August 2026, no naked-eye planets are above the horizon from Seattle. Planets rise and set like the stars, so the picture changes through the night and across the year.
Seattle (47.6°N) — a mid-latitude position that gets frequent, favourably-angled passes year-round.
Seattle at 47.6°N gets ISS passes that can reach 90° at their best — lower than more southerly US cities but compensated by longer pass duration as the station tracks across the sky at a shallower angle. The Olympic Peninsula to the west and Puget Sound create a natural dark western horizon unique among major US cities. Seattle's famous Pacific Northwest maritime climate has a well-known secret: July through September produce some of the clearest, most stable summer skies on the continent, and Space Needle views of overhead ISS passes are genuinely spectacular.
Observing notesEvening twilight 45 minutes after sunset — very long in summer at 47.6°N. Best months: July–September (the reliably clear Pacific Northwest summer window). Avoid October–May when marine-layer cloud dominates.
🛰 SEE SATELLITES OVER SEATTLE NOWSATELLITE SPOTTING FROM SEATTLE
When can I see the ISS from Seattle?
The ISS is visible from Seattle during twilight — roughly 40–50 minutes after sunset or before sunrise. Seattle's high latitude (47.6°N) means summer twilight lasts well over an hour — in June and July there is effectively no true astronomical darkness, with the sky staying blue until near midnight. The best passes occur in late evening from late July through September when darkness is sufficient and the marine layer is least active. Seattle observes PST (UTC−8) in winter and PDT (UTC−7) in summer. From Kerry Park on Queen Anne hill or the Space Needle observation deck you can watch ISS passes arc from northwest to northeast above Puget Sound and the Olympics.
What satellites are visible from Seattle?
Seattle can see the ISS (magnitude −4), Tiangong, and AST BlueBirds. At 47.6°N Hubble Space Telescope is not visible — its 28.5° inclination orbit never reaches Seattle's latitude. This is one of the key astronomical distinctions of Pacific Northwest observing: Hubble passes over the Sun Belt and southern states but never reaches Seattle or Portland. Starlink trains are excellent from Seattle's latitude when present — high-inclination ISS-altitude launches from Vandenberg produce trains that track perfectly overhead at 47.6°N. The Seattle Astronomical Society runs regular public viewing nights at various Puget Sound locations.
Where is the best place to watch satellites in Seattle?
Kerry Park on Queen Anne hill is Seattle's iconic viewpoint — the postcard view of the Space Needle with the Olympics in the background also provides excellent northwest-to-northeast ISS pass tracking. Discovery Park in Magnolia offers large open lawns with Sound and mountain views. For dark skies, Olympic National Park (2 hours west via the Hood Canal Bridge, Bortle 2–3) is one of the best dark-sky sites in the continental United States and easily accessible from Seattle. Goldendale Observatory State Park (3 hours southeast in the Columbia River Gorge, Bortle 3) is a public telescope facility specifically designed for visitor astronomy, popular with Seattle Astronomical Society members.
Can I see satellites from Seattle city centre?
Yes — the ISS at magnitude −4 is visible from Capitol Hill, Pike Place Market, or the waterfront. From the Midsummer Night Star Party crowd at Green Lake, Seattle locals regularly track ISS passes together. The Cascade Mountains to the east create a dark sky buffer that helps eastern-facing observers in Capitol Hill and First Hill. Pioneer Square's historic streetscape has enough open sky for ISS tracking on clear summer evenings.
Does Seattle's latitude make it good for satellite spotting?
Seattle's 47.6°N latitude still sits inside the ISS's 51.6° orbital band, so the station can climb to 90° — directly overhead — just as it does from Houston or Miami. Cloud cover, not geometry, is the main limit here. However, two factors compensate. First, lower-angle passes are actually longer duration — the ISS takes nearly 7 minutes to cross Seattle's sky versus 5 minutes for a higher-angle Melbourne pass. Second, Seattle's summer (July–September) is genuinely world-class for sky clarity — the same marine layer that makes Seattle cloudy October–May retreats in summer, revealing the stable, transparent air that makes the Olympic Mountains visible from downtown. Hubble's absence is the main limitation: Seattle is north of the 47° boundary beyond which Hubble is permanently invisible.
What is the best season for satellite spotting in Seattle?
July through September — the famously short but brilliant Pacific Northwest summer window. Seattle averages fewer than 10 cloudy days in July and August, with dry stable air providing exceptional transparency on the nights when the marine layer fully retreats. The summer solstice (June) presents a paradox: Seattle's clearest-sky probability is high, but astronomical darkness barely exists for weeks either side of June 21. Wait until late July when nights are dark enough (past 10pm) and skies remain excellent. October through May is the wet season — while individual clear breaks occur, the marine layer produces persistent cloud with multi-week overcast periods common from November through March.
Seattle is in the coverage zone for EARENDIL-1, the first commercial space mirror from Reflect Orbital. When operational, the steerable mirror could illuminate Seattle during targeted passes. OrbitalSolar.ai has full pass predictions for Seattle →
WHAT'S VISIBLE FROM HERE
From Seattle (47.6°N) you have access to a wide range of satellites: