The first Android XR glasses you can actually reserve have a price tag. XREAL announced the AURA on October 7, 2026, starting at $1,279 for the 12GB RAM / 256GB storage configuration, with a $1,499 option bumping that to 16GB and 512GB.
The AURA runs Google's Android XR platform, making it one of the first consumer devices to ship with the OS Google designed specifically for mixed reality. Rather than packing the compute directly into the frame, XREAL uses a separate compute puck that connects via a wired tether — keeping the glasses themselves lighter and avoiding the battery trade-offs that plague fully integrated designs.
The positioning is sharp. XREAL undercuts Snap's competing AR glasses by $700 at the base price. Meta's rumored equivalent uses the same Qualcomm chipset but isn't expected until spring 2027. XREAL is betting that being first to market with Android XR at a sub-$1,500 price wins early adopters, even at the cost of some unknowns — battery life, the puck's weight, and prescription lens pricing haven't been disclosed.
Pre-orders are currently limited to people who paid a reservation deposit earlier in the year. General orders are expected to open in the coming weeks, with shipping targeted for mid-November.
For anyone watching where spatial computing is heading, the AURA represents the first real-world test of whether Android XR can establish itself outside of Meta's walled garden. The OS has been shown in demos; the question was always whether hardware partners would ship devices people could actually buy. XREAL just answered that.
The hardware question is mostly settled. The bigger variable is the ecosystem: how many Android XR-native apps ship alongside the glasses, and whether developers treat the platform as a priority or an afterthought. If the answer is the former, XREAL's first-mover advantage compounds. If it's the latter, the AURA becomes a capable device in search of a reason to put it on.
Either way, $1,279 for wired Android XR glasses in November 2026 is a real offer on the table — and that alone changes the conversation about what spatial computing costs to try.