Meta Quest 4 Prototype: Meta’s Ultra-Wide FOV Headset Revealed in New Research
Meta Quest 4 Prototype: Meta’s Ultra-Wide FOV Headset Revealed in New Research
Meta’s Reality Labs researchers have introduced prototype Meta Quest 4 VR and MR headsets that may signal the future direction of the Meta Quest 4, anticipated in 2027. These prototypes feature a striking goggle-like shape and boast an expansive 180-degree horizontal field of view (FOV), representing a major advancement from the approximately 100-degree FOV found on the Meta Quest 3.
In a recently released report, Meta Reality Labs demonstrated the capabilities of these Meta Quest 4 prototype headsets, directly comparing their ultra-wide FOV to that of the Quest 3. The Meta Quest 4 prototype employs “high-curvature reflective polarizers” in a specialized optical layout to achieve this wide perspective. Meanwhile, the MR prototype also provides a 180-degree FOV, utilizing 80MP cameras operating at 60 frames per second (FPS).
A published video highlights the contrast between virtual and mixed reality views, showing how the Meta Quest 4 prototype significantly extends the horizontal view—unlike the Quest 3’s circular office perspective, the prototype reveals a broader scene with more details visible, such as a person within the frame.
Meta’s research explains, “We developed a pair of wide field-of-view headsets, each achieving a horizontal FOV of 180 degrees with resolution and form factor comparable to current consumer devices. Our Meta Quest 4 prototype headsets establish a new state-of-the-art in immersive virtual and mixed reality experiences, pointing to the user benefits of wider FOVs for entertainment and telepresence applications.”
The human horizontal field of view is roughly 200 degrees. These Meta Quest 4 prototype aim to narrow the gap between real-world and digital viewing experiences. While other consumer headsets like the Pimax Crystal Super offer a wide 140-degree FOV (as noted by Road to VR), this often requires a larger form factor, affecting comfort and practicality. Meta’s approach strives for wider immersion without compromising ergonomics.
Although the Meta Quest 4 is rumored to be postponed in favor of “Meta Celeste” smart glasses, the unveiling of these prototypes may hint at the next generation’s direction. According to Bloomberg’s Mark Gurman, reports of “Quest 4 VR goggles” are circulating, and the new design aligns with these rumors. Expanding the FOV could offer even deeper immersion for VR and MR experiences, making it a possible key upgrade—though it remains unclear if these features will appear in a consumer product soon.
The industry will watch closely to see what features Meta incorporates into the upcoming Quest 4, with a broader FOV likely to be a highlight if adopted.
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Reality Labs: Meta’s Advanced XR Innovation Division
Reality Labs is Meta Platforms, Inc.’s research and development division focused on extended reality (XR), which includes virtual reality (VR), augmented reality (AR), and mixed reality (MR) technologies. The division was previously known as Oculus Research, following Meta’s 2014 acquisition of Oculus VR. In 2021, Oculus branding was phased out in favor of Reality Labs as part of Meta’s rebranding and pivot toward building the “metaverse.”
Reality Labs develops and manufactures hardware and software products such as the Meta Quest series of VR headsets, formerly known as Oculus Quest, as well as AR glasses prototypes like Project Orion. The division also explores haptic technology, hand-tracking, spatial audio, and neural interface devices. Reality Labs has contributed to popularizing room-scale VR, wireless standalone headsets, and natural input interfaces.
The division is led by Meta CTO Andrew “Boz” Bosworth and employs thousands of engineers and researchers. Its work covers both consumer and enterprise applications, including gaming, fitness, education, collaboration, and more recently, healthcare and industrial use cases. Reality Labs is also responsible for Meta’s investments in next-generation technologies like photorealistic avatars, spatial mapping, and artificial intelligence-driven XR experiences.
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