new to astrophotography, [Jason Bowling] had heard that the Raspberry Pi’s video camera module might be utilized as a inexpensive entry into the hobby. having a Raspberry Pi B+ as well as video camera module on hand from an old project, he dove best in, outlining the process for any type of other newcomers.
Gingerly eliminating the camera’s lens, the module in shape snugly into a 3D printed situation — courtesy of a buddy — as well as linked it to a separate situation for the Pi. [Bowling] then mounted he video camera directly on the telescope — a method understood as prime-focus photography, which treats the telescope like an large video camera lens. A USB battery pack is ideal for powering the Pi for a number of hours.
When away from home, [Bowling] has set up his Pi to act as a wireless gain access to point; this enables the Pi to send a preview to his phone or tablet to make adjustments before taking a picture. [Bowling] admits that the video camera is not ideal, so a bit post-processing is required to flesh out a high quality picture, however you work with what you have.
If you want to dive even more into astrophotography, we’ve featured backyard configurations for detecting exoplanets, in addition to suggestions for long-exposure photography, as well as even customized cameras to do the job.
It’s rather outstanding the amount of detail he has been able to capture!