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Starship's 13th Test Flight Hit Trouble on the Livestream. Here's How to Actually Photograph a Night Launch Yourself.

SpaceX's Starship Flight 13 ran into technical difficulties during its July 16 test, and the moment played out live for anyone watching the stream. A rocket launch is one of the hardest things to photograph well from outside the perimeter — here's what actually works.

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Optimage
·Updated July 2026
4 min read
Key Takeaways
  • Starship's 13th flight test launched July 16 at 5:45 p.m. CDT and experienced technical difficulties during the mission
  • A rocket launch combines the two hardest conditions to photograph together: extreme brightness at ignition and near-total darkness in the surrounding sky
  • Auto exposure modes consistently fail on launches because the camera meters for the flame and crushes everything else to black
  • A long exposure on a tripod captures the light trail properly; a handheld phone shot almost never does, regardless of the phone

A rocket launch against a dark evening sky, with a bright exhaust trail streaking upward and the surrounding landscape barely visible

SpaceX's Starship Flight 13 launched the evening of July 16 and ran into technical difficulties during the mission, playing out live in front of everyone watching the stream. Whatever the outcome of a specific test flight, launches like this one draw thousands of people to watch and photograph in person, and a rocket launch is genuinely one of the hardest subjects in photography — not because of the equipment required, but because of what the light is actually doing.

Why Launch Photos From the Crowd Usually Come Out Wrong

A launch produces two extremes in the same frame: a point of light bright enough to be genuinely painful to look at directly, next to a sky and landscape that, especially on an evening launch, are close to fully dark. Any camera set to automatic exposure is going to meter for one or the other, not both — point it at the flame and the surrounding sky and structures disappear into black; expose for the landscape and the flame blows out into a featureless white blob with no detail. That's not a skill problem. It's a dynamic range problem that automatic modes are structurally unable to solve, because a single exposure setting can't correctly represent both extremes at once without help.

What Actually Works From Outside the Perimeter

Most public viewing areas for a Starship launch are miles from the pad, which changes the practical advice: you're not fighting the same brightness problem a close-in photographer with proper eye protection faces, but you are fighting distance and, on an evening launch, low ambient light.

  1. Use a tripod, not your hands. A rocket's exhaust trail is genuinely one of the few subjects where a longer exposure — a half-second to a few seconds, depending on distance and brightness — produces a dramatically better result than a fast handheld shot, because it captures the trail as a continuous streak of light rather than a single frozen, often blown-out point.
  2. Manually set exposure rather than trusting auto mode. Start underexposed relative to what looks right on the preview screen — it's much easier to recover shadow detail afterward than to pull back a blown-out highlight that has no data left in it.
  3. Focus manually and lock it before ignition. Autofocus systems frequently hunt and fail in low light against a mostly dark, low-contrast frame, right at the moment you need focus locked and ready.
  4. Shoot in RAW if your camera supports it. A rocket launch is exactly the high-dynamic-range scenario RAW capture exists for — it preserves detail in both the bright flame and the dark surrounding sky that a compressed JPEG straight out of the camera would have already discarded.
  5. Don't chase the whole trajectory in one frame if you're working with a phone. A short burst of stills as the vehicle clears the horizon usually beats a single wide shot trying to capture liftoff through max altitude in one frame.

A Test Flight With Drama Is Worth Documenting Properly

A launch that runs into trouble mid-flight, like Flight 13 did, tends to generate more public interest afterward than a routine, uneventful one — people go back looking for photos and footage to understand what happened. If you were watching and got usable stills or video of the moment, that footage has real value beyond the night it was shot, which is exactly the case for processing it properly rather than posting an unedited, poorly exposed original and moving on.

Optimage's enhance tool recovers shadow and highlight detail from a RAW or high-dynamic-range launch photo in the browser, free, and compress gets the final file small enough to share without losing the detail that made the shot worth taking in the first place.

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