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XREAL AURA Launches: Android XR, Gemini, Price and Shipping Dates
Google and XREAL are putting Gemini into wired spatial-computing glasses, with a separate compute puck and a staged regional launch.
Google and XREAL launched AURA on October 28, bringing Android XR and Gemini to wired glasses with a separate computing puck. Orders open in the US, Canada and Korea today, with Japan following November 2. Shipments begin in mid-November, rather than immediately.
Google describes Gemini assistance across the physical scene and open applications, including a mirrored laptop screen. The useful question is whether that context improves an actual task.
XREAL AURA price and availability
Google's launch announcement gives a starting launch price of $1,099 through the end of 2026. AURA is for users aged 18 and over. Those dates and regions describe the announced rollout, not worldwide availability.
Gemini can highlight items on a screen or in the surrounding room. Google says its new Photos spatial gallery is coming later this year, rather than being available at launch.
For a buyer, the distinction between an order opening and a shipping date is important. A launch demo is not evidence that a device can arrive in time for a particular trip or deployment.
The glasses and puck do different jobs
The current XREAL product specifications separate the hardware into two parts:
| Component | Published specification |
|---|---|
| Glasses | 95 g; optical see-through display |
| Display | 70-degree field of view; 1,920 × 1,200 pixels per eye; up to 120 Hz |
| Glasses processor | XREAL X1S spatial coprocessor |
| Compute puck | Snapdragon Reality Elite; 265 g |
| Memory and storage options | 12 GB / 256 GB or 16 GB / 512 GB |
| Inputs | Hands, voice, puck touchpad and Bluetooth peripherals |
The split design moves heavier computing and the battery away from the face. It also means the full product includes a cable and a second object to carry. The glasses' weight alone is not the weight of the complete system.
XREAL lists two fit ranges: 60 to 66 mm and 66 to 72 mm interpupillary distance. Fit deserves attention because display specifications do not establish that every wearer will see the same clear image or find extended use comfortable.
What Gemini adds to a spatial workspace
A useful test would be a document open beside a reference page and a mirrored laptop application. Instead of explaining the entire visual arrangement in a prompt, the user can ask about what is already visible.
That reduces the effort needed to supply context. It also raises practical questions about what is being shared with the assistant, what an answer refers to, and whether the user can tell when the assistant has misunderstood the scene.
A private display is not the same as private AI processing. Someone nearby being unable to read a virtual window does not establish where the model processes its contents. Teams considering confidential work should review the applicable account, data and enterprise controls separately from the optical design.
What remains to be tested
The launch specifications do not establish battery life under a particular Gemini workload, sustained comfort or whether the display replaces a monitor for a full working day. Those need representative use, not extrapolation from a short demonstration. The launch material alone cannot settle those questions.
For developers, the more interesting question is whether spatial context creates a useful interaction that a phone or laptop cannot provide as easily. Putting an existing interface in a larger virtual rectangle may be convenient. Helping someone understand the thing they are already looking at is a more specific product opportunity.
I'm Paras. I work at the intersection of AI, engineering and distribution.
I help AI teams turn technical launches and product ideas into clear stories that developers and founders can understand and share.