Testing Snap's New Standalone AR Glasses

UPDATE - follow-up to I wore Snap's new Specs AR glasses, and they have the 'wow' factor: Snap's new standalone augmented reality glasses operate completely on their own without requiring a phone, controllers, or cables. During a 30-minute hands-on test at the Qualcomm Snapdragon Summit in Maui, Hawaii, the device showed impressive spatial computing capabilities alongside notable limitations in display clarity and design bulk. Weighing a maximum of 136 grams, the chunky glasses are available in narrow 47mm and wide 52mm sizes. They feature a balanced weight distribution that makes them comfortable to wear for extended periods, despite being heavier than Meta Ray-Bans and having thick temples that house a processor, battery, communication hardware, speakers, and waveguide display technology.

Display and Performance

The see-through waveguide display overlays digital content directly onto the physical world with a 51-degree field of view. While the view is tall like portrait videos, the image quality resembles 720p HD rather than crisp 4K, lacking the clarity and uniformity expected from a higher-resolution display. The 51-degree field of view is also narrower than the Vision Pro's 100-degree field of view, meaning promotional marketing materials show a more expansive view than what users actually see in real life.

Controls and Battery

Users interact with the interface using intuitive hand tracking and voice commands, bringing their index finger and thumb together to turn their hand into a cursor while a menu appears on their palm. Powered by Lenses—which function as apps for games, YouTube, and immersive experiences like a Harry Potter demo—the operating system features fast loading times and rock-solid hand tracking even in low-light conditions. However, the device is limited by a battery life of only three to four hours, and questions remain over whether high pricing, social awkwardness in public, and lack of crispness will prevent it from fulfilling Snap's goal of replacing smartphones.