Snap announced SPECS, its first augmented reality glasses, on June 16, 2026, with pre-orders opening at $2,195 via SPECS.COM. CEO Evan Spiegel unveiled the device during his keynote, titled "Making Computing," at AWE USA 2026, where he has now headlined for the second consecutive year.

The hardware delivers a 51-degree field of view — Snap equates that to a 115-inch screen viewed from ten feet away — a substantial jump above the narrow, tunnel-like FOV that limited earlier consumer AR attempts. The see-through lenses display digital objects in three-dimensional space and respond to hand gestures, eliminating the need for a physical controller. Battery life is rated at up to four hours during mixed use: video and audio playback, Snap Lenses, AI assistance, and Bluetooth notifications. For early adopters sizing up whether the device is practical for daily use, that figure will be critical.

What SPECS Is and Is Not

SPECS occupies the same category as Meta's Ray-Ban smart glasses and Google Glass, but the 51-degree FOV and full 3D rendering of digital objects push it toward the "optical see-through AR" end of the spectrum — not a simple notification device, but an attempt at genuine spatial computing. Spiegel's framing in the keynote is explicit: SPECS is positioned not as a smartphone companion, but as what might come after the smartphone itself.

The $2,195 price keeps SPECS aimed at developers, enterprises, and hardware enthusiasts for now. That is not unusual; most major computing platforms have launched at premium prices, then descended the cost curve as production volume increased and supply chains matured. The real question is whether Snap can sustain that investment over years, given that the company's revenue comes primarily from advertising and its previous hardware efforts — multiple generations of Spectacles camera glasses — never reached mainstream adoption.

What the FOV Number Means

A 51-degree diagonal FOV is not Magic Leap One territory (which offered roughly 50 degrees but felt restrictive in practice), yet it meaningfully exceeds the sub-30-degree windows that made earlier waveguide-based AR feel like looking through a mail slot. How Snap achieves this — through waveguide stacking, birdbath optics, or another optical design — remains undisclosed. Display technology choices involve direct tradeoffs in form factor, brightness, and power consumption, so that detail will matter to developers and enterprise buyers evaluating the platform.

The four-hour mixed-use battery claim is realistic. Wearable AR is power-intensive; combining optical displays, spatial compute, and wireless radios has historically meant real-world sessions fall short of rated figures. Four hours under mixed load, should it hold, is workable but not all-day.

Spiegel's Longer Game

Spiegel's post-smartphone thesis — delivered in the keynote's title and framing — is not novel; Snap has been steering toward spatial computing for several years. But SPECS is the first tangible product Snap has shipped to back that argument. The claim, distilled, is that personal computing's center of gravity could shift from a phone in your hand to a transparent layer over the physical world.

Whether that shift occurs on Snap's timeline, or whether SPECS proves to be an opening move in a longer race, the device now puts real hardware in the hands of developers. They can build against a shipped product rather than a slide deck roadmap. That is the most durable outcome of a launch like this: the SDK begins to install, the ecosystem clock starts.

SPECS is available for pre-order now at SPECS.COM.