Meta’s 100-Gram VR Glasses Start at $1,299.99 With External Compute

Meta’s new virtual-reality glasses weigh 100 grams and start at $1,299.99, with the processor, memory and storage removed from the headset and placed in a pocket-sized external compute puck.

The split design combines immersive VR with the portability associated with AR. Motion tracking, eye tracking and pass-through cameras support that hybrid approach, while manual interpupillary distance adjustment and optional magnetic light blockers give users direct control over fit and immersion.

A lighter frame and a separate processor

The external “Compute Puck,” shown in Marques Brownlee’s demonstration, houses Qualcomm’s Snapdragon Reality Elite chip, RAM and storage. Its active cooling system draws heat away from the glasses, reducing heat near the user’s face and supporting consistent frame stability during intensive multitasking. The glasses connect to the puck for that offloaded processing.

By moving the processor, memory and storage into the puck, Meta keeps them away from the wearer’s head in a 100-gram magnesium frame. The premium magnesium construction aims to limit front-heavy strain and retain durability during extended use, although no separate weight for the puck is specified.

Manual interpupillary distance adjustment aligns the lenses for optical clarity and comfort. Users can attach magnetic light blockers when they want fewer outside distractions and greater immersion.

Display resolution and field of view

Each eye uses a MicroOLED panel with 2,412 × 2,288 pixels and a refresh rate of up to 120 Hz. The horizontal and vertical fields of view are slightly narrower than those of traditional, bulky VR headsets, while the reported benefits include rich color, deep contrast and crisp text.

Those specifications support two principal viewing patterns: a virtual multi-monitor workspace for arranging applications and a virtual cinema screen for media consumption. The narrower field of view remains the corresponding trade-off, pairing reduced peripheral coverage with high-resolution output rather than the complete canvas of a conventional enclosed headset.

Interaction patterns

• Motion and eye tracking provide precise input for navigating virtual environments.
• Hand gestures let users interact with digital spaces while reducing reliance on physical controllers.
• Extended desktop functionality can turn any physical room into a customizable multi-monitor workspace.
• Peripheral mapping identifies physical desks and tracks, allowing physical keyboards to work with virtual interfaces.
• Meta ecosystem integration links the glasses with communication applications and Meta AI assistants.

What does this change for everyday use?

The 100-gram form targets three use cases: virtual multi-monitor productivity away from a fixed desk, private media viewing on flights or in quiet rooms, and routine communication or application tasks through AR. For professionals, travelers and mobile technology enthusiasts, the magnesium construction aims to reduce front-heavy strain during extended sessions, while the light blockers reduce outside visual distractions.

Compared with heavier head-mounted displays such as Apple Vision Pro, Meta positions the split-body architecture as a response to complaints about facial fatigue and bulk. The narrower field of view is the stated trade-off, and the external puck keeps heat-producing electronics away from the wearer’s face rather than eliminating the hardware requirements.

The $1,299.99 starting price places the glasses in the premium tier, even though their computing architecture is pocket-sized. Meta says the design prioritizes “all-day ergonomics,” but the next test requires sustained use of the 100-gram frame, 120 Hz MicroOLED panels, hand tracking and pass-through cameras across professional and media sessions.

If those components work as described, the split architecture could make spatial computing less dependent on a desk, fixed room or physical controller. Its practical limits will emerge from fatigue, field-of-view coverage and stability during extended, multitasking sessions.