Hacking Photography - one Picture at a time
Photographer Jason De Freitas has shown us a fantastic lunar eclipse sequence and a timelapse of the Milky Way. What’s special about these projects is that they were shot entirely on 35mm film.
Now Jason has done it again. Using his film camera and a telescope, he shot what seems to be the Holy Grail of astrophotography lately: the ISS transitioning the moon. What’s more, it’s probably the first ISS transit captured on 35mm, ever!
Just last week, those based in the US and South America witnessed a total lunar eclipse, the last one until 2025. Many photographers took the opportunity for some great shots, and Jason De Freitas took it to the next level. He shot the entire eclipse on 35mm film. And then – he developed it and turned the photos into an epic timelapse.
G’day from Australia, my name is Jason De Freitas (@jase.film on Instagram), and I’m a photographer mostly known for my analog astrophotography. In this article, I’ll describe the process and decisions I went through to take this lunar eclipse multi-exposure sequence on medium format film.
The great conjunction of Jupiter and Saturn has been all over the news over the last few days. And if you were lucky enough to have clear skies, you could have observed it or take some photos. Photographer Jason De Freitas used this rare opportunity to take some photos, and he created something quite unique. He managed to capture the ISS trail between Jupiter and Saturn during the conjunction – and he did it on film.
Shooting timelapse, even timelapse of the Milky Way has become pretty common these days. With the high ISO performance that most cameras have now and the number of fast f/1.4 wide-angle primes available, it’s a lot easier than it used to be (if you can find a dark sky). But what if you want to really challenge yourself to make something that’s… a little different?
That’s what Australian photographer Jason De Freitas did recently when he not only photographed the Milky Way with a 35mm film camera, but photographed it repeatedly, every minute for two and a half hours to produce this pretty amazing timelapse.
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