Satellites Visible from Los AngelesUnited States flag Tonight

Satellites tonight

Satellite viewing from Los Angeles on the night of 24 August 2026 is rated FAIR NIGHT: 2 visible ISS, Tiangong or Hubble passes, the best reaching 34° above the horizon. The best window for satellite spotting over Los Angeles on 24 August 2026 is 04:16–05:47 and 19:47–21:17 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 pass of the night is picked from live orbital data — the one that climbs highest and stays visible longest.

Planets at 9pm

At 9pm local on 24 August 2026, no naked-eye planets are above the horizon from Los Angeles. Planets rise and set like the stars, so the picture changes through the night and across the year.

34.05°NLatitude
-118.24°WLongitude
PST/PDTTimezone

Los Angeles (34.1°N) — the ISS can climb high overhead here, giving bright, well-placed passes.

Los Angeles, United States is perfectly placed for satellite spotting. The ISS and Tiangong both pass high overhead here, and the AST BlueBirds are visible too. Hubble stays low in the south and needs a clear horizon. OrbitalNodes.ai shows you exactly when and where to look, personalised to your exact location.

Observing notes

Evening twilight 25–40 min after sunset — shorter than northern cities. Very high — best viewing from Griffith Observatory or Angeles National Forest. Best months: Year-round — low humidity and frequent clear skies.

🛰 SEE SATELLITES OVER LOS ANGELES NOW
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NEXT PASS OVERHEAD — Los Angeles
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🌙 TONIGHT IN LOS ANGELES — VIEWING CONDITIONS
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SATELLITE SPOTTING FROM LOS ANGELES

When can I see the ISS from Los Angeles?

The ISS passes over LA regularly with peaks up to 90° elevation at 34°N latitude. Twilight windows are 25-40 minutes — shorter than northern cities because the Sun sets more steeply near the equator. What LA lacks in twilight duration it makes up for in clear skies — Southern California has some of the most reliably clear nights of any major city worldwide. Use OrbitalNodes for exact pass times.

Where is the best place to see satellites in LA?

Griffith Observatory provides an excellent dark field with a clear all-round horizon and is already a destination for sky watching. The Santa Monica Mountains give good elevation above the LA basin haze. Angeles National Forest (30 minutes north) offers genuinely dark skies within easy reach. Venice Beach and Malibu work well for passes over the Pacific where the horizon is unobstructed.

Can you see Starlink trains from Los Angeles?

Yes — and LA has a unique advantage here. Vandenberg Space Force Base is just 130 miles northwest of LA. Fresh Starlink launches from Vandenberg are often visible from LA within hours, tracking low across the western sky over the Pacific. The train is most visible 1-3 days after launch before the satellites spread to operational orbit. OrbitalNodes' train detector shows when one is active overhead.

What's the magnitude limit from LA suburbs?

From typical LA suburbs (Pasadena, Burbank, Santa Monica) you can reliably see objects to magnitude 2-3. That covers the ISS (−4), Tiangong (−3), BlueBird-6 (1.5), and BlueBirds 1-5 (3). From the San Gabriel Mountains or Malibu hills the limit improves to magnitude 4-5, bringing Landsat and fainter satellites into range.

Is marine layer a problem for satellite spotting in LA?

Yes in coastal areas — the marine layer rolls in from the Pacific most evenings between May and September, blanketing the coast in low cloud. Inland areas like Pasadena, Arcadia, and the San Gabriel Valley are usually clear even when the coast is socked in. Check OrbitalNodes' cloud cover widget before heading out — it shows real-time cloud data for your exact location.

Can I see SpaceX rockets launching from Vandenberg?

Yes — Vandenberg launches are often visible from across the LA basin, especially at dusk when the rocket plume catches sunlight against a darkening sky. Starlink launches in particular create spectacular illuminated plumes visible for hundreds of miles. After the rocket passes, watch for the Starlink train to appear on subsequent orbits within a few hours — OrbitalNodes will show you exactly when.

SPACE MIRROR WATCH

Los Angeles has unique space mirror relevance — SpaceX's Vandenberg launch facility is 130 miles north, and Reflect Orbital has discussed the optics of illuminating major west coast cities. OrbitalSolar.ai has full pass predictions for Los Angeles →

WHAT'S VISIBLE FROM HERE

LA at 34°N has excellent satellite visibility and a unique Vandenberg launch site advantage:

ISS →90° elevation — near overhead. Brilliant at mag −4 even through LA haze.
Tiangong →Good high passes up to 90°. Reddish tint visible in clear desert air.
Hubble →Visible — reaches about 37° elevation; look toward the southern sky. Best on dark, moonless nights.
BlueBirds →Visible. BB-6 city-visible. Watch from Malibu for passes over the Pacific.
Starlink →Vandenberg 130 miles NW — see fresh trains within hours of launch.

BEST DARK-SKY SPOTS

Griffith Observatory
Best city option. Elevated above LA basin haze. Easy parking. Mag 3.
Angeles Crest Highway
30 min north. San Gabriel Mountains. Mag 5.5. Drive-up dark sky.
Malibu / Point Dume
Clear Pacific horizon. ISS passes over ocean — spectacular.
Anza-Borrego Desert
2.5 hrs SE. Bortle 2 skies. Best dark sky near LA.
★ BEST: October – April
Marine layer retreats inland, driest air of year. Santa Ana conditions (offshore winds) give exceptional transparency — best nights of the year.
✗ AVOID: May – September
Marine layer ("June Gloom") clouds coastal areas. Inland areas (Pasadena, San Gabriel Valley) usually stay clear even when coast socks in.
VISIBILITY FROM THIS CITY: Hubble visible (34°N, 37°). BlueBirds visible. ISS reaches 90° — near overhead. Vandenberg launches visible to NW.
CITE THIS PAGE
OrbitalNodes.ai. “Los Angeles Satellite Tracker”. https://orbitalnodes.ai/los-angeles/
Figures on this page are computed from current orbital elements and released under CC BY 4.0 — quote, republish or build on them freely with credit to OrbitalNodes.ai.