The close-up camera right after was interesting, I thought it captured on the grid fins, but it looks like there are two small purpose-built knobs for that.
The times we live in!
The close-up camera right after was interesting, I thought it captured on the grid fins, but it looks like there are two small purpose-built knobs for that.
The times we live in!
The plan is to catch the second stage the same way, and the starship in flight now is the first to have mockup pins to test the aerodynamics and see if they cause issues during reentry.
https://youtu.be/gA6ppby3JC8?si=wY7TQsbR_wxoud75&t=70 (ten seconds from the timestamp)
IIRC they use regular off the shelf gopro cameras to mount on the ones going into space. Granted, the mount is ruggedized metal else the cameras wouldn't survive, lol [0].
I'm also reminded of NASA's cameras which were mounted on the mechanisms of an anti-air gun, great for slow and precise movements. I'm sure they still use that today but I couldn't find a good source. I did find an article about NASA's ruggedized cameras for use on spacecraft and the like though [1].
[0] https://www.quora.com/Was-the-GoPro-camera-modified-for-the-... [1] https://spinoff.nasa.gov/Redefining_the_Rugged_Video_Camera
It looks cool because of the angle and framing though, someone knew exactly what they were doing. Without the angle/framing, you can have all the resolution and framerates in the world, it still wouldn't look as cool. It's a cinematographic choice that made that shot.
> But it could be better still, the camera setup in the clip still gets a lot of shaking from the blasts.
I'd love to hear ideas how you'd prevent the shaking. Forget gimbals or similar semi-pro setups as they wouldn't be nearly enough. What are you attaching it to, in your better setup? A drone would be blown away, and anything attached to the ground would likely start to shake regardless of your setup.
Its sad that Gerry Anderson never got to see this. It's like something from a Thunderbirds episode.