The Short Answer...
At this time we do not have a working prototype for any Android phone.
But...
The ObscuraFlex™ adapter is specifically designed to be modular, and hackable. If you want to try attaching or 3D printing your own cradle or phone case to an ObscuraFlex™ body you are free to purchase a "body only" unit and build one at your own risk.
To see if your phone's camera is even capable of working in this type of system (not all smartphones are) read this FAQ: How to Test Your Phone for DIY Compatibility.
The Long answer...
Designing a precision optical adapter compatible with ANY phone's camera is complicated. Doing it for hundreds of unique and constantly evolving models is next to impossible.
At this very early launch stage a few new phone models are actively being tested (such as the current iPhone 15Pro) but the recent trend in multi-lens camera systems is creating major hurdles for us, and this is true for all lens accessory developers.
Why No Android?
In a word... fragmentation.
Google created Android specifically to be an open architecture, a free-for-all mobile OS so basically anyone can develop an Android phone. According to Android.com and OpenSignal.com by 2015 there were 24,000+ unique Android devices in use throughout the world, from 1,200+ different manufacturers, many of whom are very protective of their design specifications. This is called market-fragmentation. Arguably, this "fuels innovation and increases consumer choice", but too many unique and proprietary devices reduces uniformity and makes it far more difficult for 3rd party developers to create physical accessories for the platform.
"Google doesn’t require manufacturers to sign an anti-fragmentation requirement." - Android.com
As of 2024 Samsung (the most popular Android phone maker) has 11 Android models currently available. In the last five years there have been about two dozen from Sony, and a dozen or more each from Google Pixel, OnePlus, Motorola, and LG, etc. This list is very long.
Every one of these phones has it's unique physical shape and size, but more significantly, each of their cameras has its own lens and sensor characteristics, minimum focus capabilities, angle of view, number lenses, software quirks, etc.
Why We Focussed on the iPhone.
In 2017 the inventor of the ObscuraFlex™ created the first prototype with the phone he had in his pocket, the iPhone 6S, and it worked! Since then the design has been updated and continues to work even better with the current and previous iPhone SE models, and other single-lens models (iPhone 7, 8, and 12mini) all of which have suitable capabilities for use in the ObscuraFlex™ system. And we hope more single lens iPhones will be supported as we begin to roll out the system to the public.
A Word About Apple
Apple clearly understands the value of uniformity to 3rd party developers. In the last few years Apple has released only a handful of physically unique iPhone models, greatly simplifying the R&D process, and has been extremely forthcoming with design specifications, accessory guidelines, blueprints, precision measurements, and support documentation, for every single model they release.
While the creator of ObscuraFlex™ is sympathetic with people's desire to experience the joy of this vintage photography hack using the phone they happen have in their pocket, it is impossible for a tiny one-man design team to keep up with such a dream.
But...
The ObscuraFlex™ adapter is specifically designed to be modular, and hackable. If you want to try attaching or 3D printing your own cradle or phone case to an ObscuraFlex™ body you are free to purchase a "body only" unit and build one at your own risk.
To see if your phone's camera is even capable of working in this type of system (not all smartphones are) read this FAQ: How to Test Your Phone for DIY Compatibility.
* If you are a product designer, prepared to do some R&D and create a 3D printable solution compatible with the ObscuraFlex™ system, please CONTACT TOBY to discuss a 3rd party development arrangement and gain access to 3D files and more info.