Snap on June 16, 2026 unveiled SPECS, its first augmented reality glasses, available for pre-order at $2,195 via SPECS.COM. The announcement came during Evan Spiegel's keynote — titled "Making Computing" — at AWE USA 2026, where the CEO headlined for the second consecutive year.

The hardware specs are substantive. SPECS delivers a 51° field of view, which Snap equates to a 115-inch screen at ten feet — a number that puts it meaningfully above the narrow soda-straw FOV that plagued earlier consumer AR attempts. The see-through lenses render digital objects into three-dimensional space and accept hand-based natural controls, dispensing with a physical controller. Battery life is rated at up to four hours across a mixed workload: audio and video playback, Snap Lenses, AI assistance, and Bluetooth notifications. That figure will matter to early adopters gauging real-world utility.

What SPECS Is and Is Not

The product sits in the same broad category as Meta's Ray-Ban smart glasses and the ill-fated Google Glass, but the 51° FOV and full spatial rendering of digital objects place it closer to the optical see-through AR end of the spectrum than the camera-and-audio assistant tier. Snap's pitch, per Spiegel's keynote framing, is explicitly about what comes after the smartphone — not a companion device, but a candidate successor.

The $2,195 price tag keeps SPECS firmly in developer, enterprise, and enthusiast territory for now. That is not a criticism of the strategy; every significant computing platform has launched above mainstream price tolerance and descended the cost curve once volume and supply chains matured. The question is whether Snap can sustain the investment through that descent, given the company's advertising-revenue base and its prior hardware forays — Spectacles camera glasses went through multiple generations without reaching mass adoption.

The FOV Number in Context

A 51° diagonal FOV is not Magic Leap One territory (a roughly 50° figure that was nonetheless criticized for feeling constrained in practice), but it is a credible step up from the sub-30° windows that made earlier waveguide-based AR feel like peering through a mail slot. How Snap achieves that — whether through waveguide stacking, birdbath optics, or another approach — has not been detailed in the announcement material. Display technology choices carry direct tradeoffs in form factor, brightness, and power draw, so that disclosure will be material for developers and potential enterprise buyers assessing the platform.

The four-hour mixed-use battery estimate is measured and honest-sounding. Wearable AR is notoriously power-hungry; the combination of optical engines, spatial compute, and wireless radios has historically meant that real-world sessions fall short of rated figures. Four hours under mixed load, if it holds, is functional. It is not all-day.

Spiegel's Bet

The post-smartphone thesis Spiegel articulated at AWE is not new — he has been shaping Snap's roadmap toward spatial computing for several years — but SPECS is the first time he has put a shipping product behind the argument. The framing of the keynote title, "Making Computing," gestures at something broader than a gadget launch: the claim that the locus of personal computing can shift from a glass rectangle in the hand to a transparent layer over the physical world.

Whether that shift happens on Snap's timeline, or whether SPECS is a first-generation stake in a longer race, the device puts concrete hardware in the hands of developers who can now build against a real platform rather than a roadmap slide. That is the most durable outcome of a launch like this: the SDK installs, the ecosystem clock starts ticking.

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