The Problem

💡 Current commercial AR glasses cost upwards of hundreds of dollars and have little day-to-day utility for the average person. We are developing DIY AR Glasses that are affordable, easy to build, and actually useful. To achieve this goal, we are taking apart a phone and using the electronics for the frames. This allows the device to have an entirely supported OS and App Library, with native mobile AR built-in, and because it has all the functionality of a phone, a user could replace their phone with AR entirely.

Background

AnhPhu, one of the project leads started this project over the summer, using a Raspberry Pi tech stack. Seeing the severely limited compute power and clunkiness of this system, we quickly redesigned the project to be based off the parts of a Samsung S10+.

Overview of Results

We created a working AR headset that uses a custom optics stack to show the screen in your field of view.

• Optimizing for accessibility and affordability

  • old phones can be repurposed as highly functional parts for AR glasses

  • the optical system is designed to use minimal and accessible parts

• Highly functional

  • most DIY implementations of “smart glasses” use RPis or Arduinos, which have no built in speaker, microphone, volume buttons, cellular, HD camera sensors, and software stack built in. This one does.

Goals

1. Develop AR glasses from scratch.

2. Develop guides on fabrication and software integration processes.

3. Build software systems (e.g. life documentation) on top of the AR glasses.

Current Progress

We built a working set of smart glasses from the parts, with a custom set of optics that allow you to see the phone screen. We built two apps you can try on your phone:

1. an app that always records, and at the press of a button, saves the last 90 seconds of video, allowing you to never miss a moment in time.

2. a standard app that always displays time, weather, and your location to your headset.

How We Built It

Using the parts of a Samsung S10+, we cut out the frame and put it on a set of sunglasses. From there, we created a custom optics system that relays the video straight to your eye.

Future Plans

We are still working toward an open-sourced guide to build these yourself, and will open source the project when it is complete, so anyone can build their own highly functional and affordable headset themselves.