Meta Unveils Lightweight $1,299 ‘VR Glasses’ Powered by External Processing Puck, Launching in Spring 2027

Meta has officially expanded its hardware ecosystem with the introduction of its new "VR Glasses," a device that transitions the immersive capabilities of traditional standalone headsets into a significantly slimmer, lightweight form factor. Unveiled alongside new audio-only and Ray-Ban smart glasses, the upcoming device represents Meta’s calculated return to the high-end virtual reality market following the commercial struggles of the Meta Quest Pro headset. Rather than repeating the design philosophy of bulkier all-in-one headsets, the new Meta VR Glasses adopt a highly focused and refined approach aimed at maximizing comfort and visual fidelity.

Scheduled to arrive in stores in Spring 2027 at a retail price of $1,299, the device moves away from the traditional standalone headset architecture by separating the heavy computing hardware and battery components from the optics. Instead of housing processors and heavy power cells directly on the face, the glasses rely on a connected external processing puck. This architectural shift allows the glasses themselves to weigh a mere 100 grams, making them roughly one-fifth the weight of the Meta Quest 3 headset. By stripping away facial weight, Meta hopes to solve one of the most persistent ergonomic challenges that has hindered long-term virtual reality adoption among consumers.

The physical design of the Meta VR Glasses draws close comparisons to other next-generation wearable display concepts, such as XREAL’s upcoming Android XR-powered Aura glasses. Inside the ultra-slim frame sit dual 5K displays designed to deliver crystal-clear visuals directly to the user’s eyes. Despite the compact design, Meta has packed robust multimedia capabilities into the hardware platform, including native support for Dolby Vision, Dolby Atmos, and IMAX Enhanced content.

To capitalize on these high-resolution displays, major entertainment and sports broadcasting partners are already lining up software support. Disney+ will introduce specialized virtual reality viewing through an expanded aspect ratio starting in November, bringing cinematic experiences directly into the virtual environment. In addition to premium film content, live sports broadcasting is receiving a major push on the new platform. ESPN is set to introduce high-definition 8K streaming capabilities starting with collegiate football coverage, establishing a new benchmark for immersive sports viewing. Additional live sports and media programming from major networks such as NBC Sports and Major League Baseball are slated to roll out following the device’s launch, ensuring a steady stream of content optimized for the high-end displays.

User interaction with the Meta VR Glasses is designed to be entirely untethered from traditional physical peripherals. According to Meta, physical controllers are completely unnecessary for general operation. The device relies on advanced hand-tracking technology and intuitive gesture controls for day-to-day navigation, interface manipulation, and media playback. Among the more productive features highlighted by the company is the ability to project a fully functional virtual keyboard directly onto any physical desk surface in front of the user, bridging the gap between immersive media consumption and everyday productivity tasks.

Under the hood, the heavy lifting is handled by Qualcomm’s advanced Snapdragon Reality Elite chipset, housed entirely within the external processing puck. This dedicated computing module is engineered to balance performance and efficiency, providing users with approximately three hours of continuous battery life specifically dedicated to media playback on a single charge. When the battery eventually depletes, the puck supports 45W fast charging capabilities, allowing users to quickly replenish power and return to their virtual environments with minimal downtime.

As Meta prepares for the Spring 2027 market launch of the $1,299 device, the company is positioning the VR Glasses as a premium alternative for media enthusiasts and professionals seeking lightweight, high-resolution immersive displays without the physical strain traditionally associated with virtual reality hardware.