Google and Xreal Launch Transparent AR Glasses to Compete with Meta's VR Headset
Xreal has opened pre-orders for its Google-partnered Aura transparent augmented reality glasses, starting at $1,279 for the 12GB RAM model, positioning itself directly against Meta's recently announced VR Glasses at $1,299. Both lightweight wearables feature external compute pucks running Qualcomm Snapdragon Reality Elite chips and allow users to overlay virtual content on their physical surroundings, though they differ significantly in their approach—Xreal using transparent lenses while Meta relies on passthrough cameras for immersion. The Aura glasses are expected to ship within weeks for users who made reservations.
The Xreal Aura represents the first Android XR glasses with see-through lenses to reach consumers, marking a significant moment in wearable computing. Both the Aura and Meta's competing device employ external compute modules connected by cord, housing the processing chips and batteries that power the glasses. This design choice allows manufacturers to keep the eyewear itself lightweight—around 100 grams—while maintaining performance capabilities.
The two devices take fundamentally different technological approaches to blending digital and physical worlds. Xreal's transparent lens technology provides a 70-degree field of view but maintains visibility of the surrounding environment naturally. Meta's passthrough system, conversely, uses cameras to create a digital representation of reality, potentially enabling more immersive virtual experiences. Control methods also diverge: Xreal incorporates hand-tracking and a touchpad on its compute puck, whereas Meta's eye-tracking system mimics the interaction model established by Apple Vision Pro.
These competing platforms could shape how AR and VR technology integrates into daily consumer life over the next several years. The $1,279-$1,499 price point may influence whether these devices remain luxury items or gradually enter mainstream markets. Success for either platform could affect developer investment in spatial computing applications, potentially determining which software ecosystem dominates. However, extensive real-world testing and user adoption patterns will ultimately reveal which approach—transparent lenses or camera passthrough—proves more practical for sustained consumer use.