Rocket Launches You Can Actually See
Upcoming orbital launches — SpaceX Falcon 9, Blue Origin New Glenn, ULA Vulcan, Rocket Lab Electron, Arianespace Ariane 6, ISRO LVM3 — plus whether the resulting Starlink trains and upper stages are visible from your location tonight.
Which rocket launches can you see?
SpaceX launches dominate the schedule — Falcon 9 Starlink missions fly every 2–4 days in 2026 and create the famous “Starlink train” visible worldwide for a few days post-launch. Other operators fly less often but still show up above: ULA’s Vulcan, Rocket Lab’s Electron, Blue Origin’s New Glenn, Arianespace’s Ariane 6, ISRO’s LVM3, and SpaceX’s in-development Starship.
Most launch payloads don’t form visible trains, but the rocket upper stage often does — a bright, fast-moving point of light for the first orbit or two. Twilight is when you can see both the fresh satellites and any remaining fuel-dump plumes from the upper stage.
SpaceX is on pace for roughly 140 Falcon 9 flights in 2026 — a launch every 2.5 days. Each Starlink batch carries 20–29 satellites; the constellation has surpassed 10,400 active satellites, with up to 42,000 planned.
UPCOMING LAUNCHES
SpaceX Falcon 9 — roughly every 2–3 days. Starlink batches from Cape Canaveral (SLC-40 / LC-39A) and Vandenberg (SLC-4E). The main source of Starlink trains.
Rocket Lab Electron — several missions per month from Māhia Peninsula, New Zealand. Small payloads, lower-profile trains.
ULA Vulcan · Blue Origin New Glenn — typically monthly from Cape Canaveral. Government and commercial heavy payloads.
ISRO LVM3 · Arianespace Ariane 6 — several flights per year. International coverage.
🚂 VISIBLE FROM WHERE YOU ARE
Rocket launches are exciting. A train of newly-launched Starlinks sliding across your own sky is better. Here’s what the most recent launches mean from your coordinates — whether trains are forming, dispersing, or already past visible.
How to watch a fresh Starlink train
In the first day or two after a Falcon 9 Starlink launch, the new batch is still bunched together and orbiting low — around 300 km, before it raises to its ~550 km operating altitude — so it appears as a string of bright dots gliding across the sky in a line: the famous “train.” The window is short. Trains are easiest to see within roughly 48 hours of launch; after that the satellites spread out along their orbit and fade as they climb.
Aim for a pass during deep twilight — about 60–90 minutes after sunset or before sunrise — when the satellites are still catching sunlight but your sky has gone dark. Find a spot with an open horizon, away from streetlights, let your eyes adapt for a few minutes, and look toward the direction and time the tracker gives you. It's a naked-eye event — no gear required — though binoculars make the fainter members of the line easier to pick out. Use the tonight's passes view or the “visible from where you are” check above to confirm a recent launch actually crosses your sky.
How to photograph one
A train photographs beautifully as a dotted streak. The trick is a steady camera and a multi-second exposure:
- Phone: use Night mode or a long-exposure / “light-trails” app, and brace it on something solid or a small tripod. A 3–10 second exposure renders the train as a line of dots.
- Camera: tripod plus manual mode — start near ISO 800–1600, aperture wide open (f/2.8 or lower), shutter 5–15 seconds, and focus manually at infinity (focus on a bright star first).
- Framing: shoot wide, include a little horizon or a landmark for scale, and fire a burst — the train is moving, so several frames give you the keeper.
- Trigger: use a 2-second timer or a remote so you don't shake the camera at the start of the exposure.
Why only some launches make a visible train
Most launches never produce a train at all. It takes a specific recipe: a large batch of satellites released together into a low orbit — Starlink's 20–29 per Falcon 9 is the classic case — caught before they disperse and climb. Single-payload missions, like a GPS satellite, a science probe, or a geostationary comsat, put one object very high or onto a fast departure orbit, so there's nothing to line up into a train.
Even for Starlink, visibility comes down to geometry: the orbital plane has to pass over your latitude, and the pass has to fall in twilight so the satellites are lit against a dark sky. A launch can dominate the news and still be invisible from your backyard — because its ground track never comes your way, or it only passes over in daylight or the dead of night. That's the gap this page closes: instead of just “a launch happened,” it tells you whether that specific train crosses your sky tonight.