Seems possible…
I don’t think go pros are rated for the temperatures reached during takeoff and in space. Also the forces of takeoff and air pressure might cause issues too.
The duct tape will be fine tho.
We duct tape a Stretch Armstrong to the rockets, and once Sr. Armstrong reaches his limit, he’ll snap back and pull the Earth closer to the moon because there is no gravity in space, thus making future launches cheaper and quicker.
They are rated for the temperatures, if you use the right duct tape. We flew one here: https://m.dpreview.com/news/7371388799/nanoavionics-captures-first-4k-resolution-satellite-selfie-in-space-with-customized-gopro
There are less guarantees regarding life time due to radiations, but they are surprisingly good on this and the one in the link still work to this day (525km orbit)
I also wonder what bandwidth you have available to stream the videofeed back to earth.
Afaik The original Apollo 11 used some low res, low fps tv format that had to be converted on earth, because they didn’t have enough bandwidth to stream full tv resolution at the time.
Did you know that every Apollo mission carried multiple rolls of ordinary duct tape with them.
It was used occasionally to fix broken things like the Apollo 17 moonbuggy.
Electronics have to be designed for use in outer space. That includes hardening from radiation. Adding redundancy because there will be glitches and failures due to bit flips. Using components that can operate in a vacuum. There’s thermal considerations, both extreme heat and cold. You also need filters in the optics to protect the image sensor.
You can totally put a GoPro in space. It’s just not going to last very long before it fails.
Bit flips are a fun thing to learn about. I encourage anyone that doesn’t know what it is to just look it up on you tube or whatever.
And after that I encourage those same people to look up the history of Mario 64 speed running.
Bit flips occur when a posse of electrons loses an intimidation check to the sun.
I find this hilarious.
thermal considerations, both extreme heat and cold.
Can electronics dissipate a significant amount of heat in a vacuum? Obviously they will lose a small amount of heat to radiation, but here on Earth, our electronics dissipate the majority of the heat by making contact with air. This is by either using a fan to force air through the metal fins of a heat sink, or by passively letting the air touching the device carry heat away.
So how do electronics in space dissipate heat? A heat sink can only hold so much heat before it gets full.
Transferring heat to a part outside the system that is optimised to emit thermal radiation
They have radiators to dissipate heat. And all the required systems to make that work like coolant pumps, as well as heat sinks (or the coolant fluid is the heat sink).
But they also have heaters, to make sure that (especially the batteries) don’t freeze. Satellites hang in a delicate balance between freezing and overheating.
Also the CPU wouldn’t work reliably in those conditions. The kinds of CPUs we do send to space have been tested rigorously and they are also many generations behind the ones we use here on earth. If you made a space worthy GoPro, it might not be very small, light or cheap. Also, 1080p at 60 fps might be a bit too much for that grandpa chip.
Space is super hard for humans, but we’re not alone in that, because it’s also surprisingly hard for electrics to survive up there.
Did… Did you think the moon lander doesn’t already have cameras?
Those cameras are too good. I wanna see the moon as if it was filmed by a tiktok user using their phone.
NASA does this. Looking at the metadata from last year’s moon orbiter photos (like this one), it was shot on a GoPro HERO4 Black. Here NASA scientists talk about the cameras on that mission.
they aren’t built for space. There’s zero pressure so the battery might burst. Also electronics need radiation shielding since there’s no atmosphere to protect them.
