Xreal's Aura and Meta's VR Glasses hands-on: both have a compute puck and are light, but Aura's arrive in 2026 and have passthrough lenses suitable for walking
Boone Ashworth /Wired:
Context & Ripple Effects
Xreal framed Project Aura in 2025 as an Android XR device built around a separate compute puck, extending its earlier Air 2 Ultra effort to add environment mapping and hand tracking. The hands-on comparison shows that the puck is no longer an unusual engineering compromise: Meta is pursuing the same weight-saving architecture for an ultralight Horizon OS headset.
Aura's preorders at $1,279 turn that design into a purchasable product in the US, Canada, Japan, and South Korea. The distinction is not merely form factor: the comparison positions Aura's passthrough lenses for walking, while Meta's glasses emphasize a different VR/MR use case.
First-order effects
- Xreal must justify Aura's $1,279 entry price through mobile passthrough and Android XR utility, rather than weight alone, because Meta's glasses share the compute-puck approach.
- Buyers choosing between the two products face a clearer use-case split: Aura for wearability and passthrough while moving, Meta's device for VR/MR-oriented use.
Second-order effects
- Meta's ultralight headset plans, previously reported as a compute-puck Horizon OS design, face a more direct comparison on practical mobility rather than just headset weight.
- A shared external-compute architecture shifts competition toward the display, passthrough, operating system, and puck-to-glasses experience, where the products differ.
Third-order effects
- If separate compute pucks become standard in lightweight XR hardware, headset makers may segment products less by all-in-one versus tethered designs and more by whether they support ambient AR use or immersive VR/MR.
- The pattern points to XR hardware separating compute from optics to reduce face-worn weight, with software platforms and sensor capabilities becoming the principal differentiators.
The trend: Lightweight XR devices are converging on external compute pucks while diverging on whether their primary job is mobile AR or immersive VR/MR.