Meta’s Next Headset: All We Know So Far

Meta is currently developing a high-end mixed reality headset codenamed Phoenix, designed to prioritize extreme lightness and comfort over raw specifications. This device, which serves as a spiritual successor to the Quest Pro, aims to capture the premium market with a sleek, glasses-like form factor that relies on an external tethered compute puck for power and processing. The strategic pivot marks a significant departure from previous roadmaps, emphasizing wearability as the primary metric for user adoption in the spatial computing era.

Strategic Shift Toward Lightweight Design

The development of Phoenix represents a decisive course correction for Meta’s Reality Labs division. After canceling a direct Quest Pro successor and a Vision Pro competitor codenamed La Jolla due to prohibitive component costs, Meta shifted its focus to an ultralight open-periphery headset. This project, initially prototyped under the name Puffin, weighed less than 110 grams by offloading the battery and computing hardware to an external unit. Unlike competitors such as Apple Vision Pro or Samsung Galaxy XR, which only detach the battery, Phoenix moves the entire computational load away from the head.

This philosophy was explicitly endorsed by Meta CTO Andrew Bosworth during a November 2025 Instagram “Ask Me Anything” session. When discussing the trade-offs required to reduce headset size, Bosworth stated:

“You know, I love this question because so often the features I get asked for are more features. People want to know, when’s this feature I want coming, and when’s that coming, and when’s this coming, and when can I get more field of view and more of everything?

And I always try to tell you, well, these are real trade-offs, and be careful what you wish for, because there’s headsets out there that deliver the thing that you want and nobody’s using them, and this is why I think a lot of them are not being used:

I think lightness is premium on the headset. I think it’s more important than a lot of other features.

John Carmack used to say, “Simplicate and add lightness,” which is, uh, from an aeronautical engineer, if I recall correctly.

So, yeah, this is the right question to ask. And the answer is, like, I think we can. I think there’s a lot of trades that we can make. Instead of taking the wins from each generation and pouring it into more features, you can take those wins and pour it into lightness and smallness, and that’s probably the right call.”

By prioritizing ergonomics, Meta intends to address the primary barrier to entry for VR: physical discomfort during extended use. The goal is to ship this device in the first half of 2027, replacing earlier plans for a traditional Quest 4 line that was effectively canceled.

Hardware Architecture and Form Factor

Phoenix operates as a passthrough VR headset rather than a see-through augmented reality device. It utilizes opaque lenses with pancake optics and camera-based passthrough to enable mixed reality experiences. The design bears a resemblance to ski goggles but with significantly reduced thickness, comparable to consumer display glasses like the VITURE Beast. The visor houses IR and passthrough cameras along the upper edge, with additional sensors, including a dToF depth-sensing subsystem, positioned centrally.

The headset employs an open-periphery design, resting directly on the user’s nose via an adjustable pad assembly rather than using a facial interface or halo strap. This allows for greater breathability and a lighter weight distribution. The temples house speakers, additional cameras, and volume controls, folding inward for portability in a manner similar to Meta’s Orion AR prototype. The tethered compute puck, internally referred to as Stanley, connects via the left temple. Early prototypes resembled large battery banks, but final versions include exhaust vents for thermal management and a clip for waistband attachment, ensuring the cooling system remains exposed during high-performance tasks.

Internally, the device is expected to utilize Qualcomm’s Snapdragon Reality Elite chipset. Firmware evidence links the internal codename Stanley to the “niobe” reference board, which is also used by XREAL Aura. This chip is specifically engineered to support tethered configurations and offers performance capabilities beyond the current Snapdragon XR2 Gen 2 family. Display sources suggest the use of 2560×2560 micro-OLED panels, which, combined with a narrower field of view, could result in higher pixel density per degree than previous Quest devices.

Input Methods and Software Integration

A defining characteristic of Phoenix is its reliance on eye tracking and gaze-and-pinch input. This interaction model, popularized by Apple Vision Pro, allows users to select UI elements by looking at them and pinching their fingers together. This replaces the traditional controller-centric approach, although early development units were compatible with Touch Plus controllers. The system includes extensive calibration routines and supports prescription lens inserts paired via QR code or serial number through partner Zenni Optical.

On the software side, Phoenix runs Horizon OS, ensuring backward compatibility with existing apps and games. However, the interface is undergoing significant changes to accommodate controller-free navigation. The upcoming Display Evo overhaul removes the restrictive triple-monitor dock in favor of free-floating windows that can be snapped into groups or stacked. A new Window Manager simplifies multitasking, allowing users to organize spatial applications more intuitively.

Meta is also integrating Virtual Display (formerly Horizon OS Remote Desktop) more deeply into the ecosystem, with specific optimizations for gaze-and-pinch inputs. This suggests a strong emphasis on productivity and screen-mirroring use cases, positioning the headset as a versatile tool for both entertainment and work.

Content Strategy and Future Roadmap

Meta’s content strategy for Phoenix diverges from the gaming-heavy focus of Quest 3 and the business-centric approach of Quest Pro. The company is investing heavily in immersive video and media consumption. A partnership with James Cameron’s Lightstorm Vision aims to bring high-quality 3D content, including films and live sports, to the platform. Reports indicate Meta has paid major studios like Disney and A24 millions of dollars to produce exclusive episodic and stand-alone immersive video content for the device.

Chris Pruett, Meta’s Director of Games, highlighted this shift during GDC 2026, noting that mainstream adults are likely to enter VR through media consumption before discovering gaming. He described these users as mid-core consumers who prefer seated experiences and may rely on subscriptions like Meta Horizon+.

In parallel, Meta is exploring advanced social features through Codec Avatars. Firmware evidence suggests Phoenix will support face tracking to drive photorealistic avatars in virtual spaces. Internal references to a “Hologram” calling system imply that telepresence and social interaction will be key pillars of the device’s appeal, potentially branding these realistic digital representations as a core feature.

Market Positioning and Naming Conventions

While the internal project codename is Phoenix, the retail product name appears to be Pegasus. Recent updates to retailer-facing web pages previously labeled “Loma” have been updated to reflect this new name. This rebranding helps distance the device from the main Quest lineup, signaling its unique position as a premium, lightweight alternative.

Meta continues to develop a separate next-generation Quest device, often referred to as Quest 4, which will likely launch later in 2027 or in 2028. This dual-track strategy allows Meta to cater to different segments: the Quest line for immersive gaming and general-purpose VR, and Pegasus for users seeking a comfortable, all-day wearable for media and mixed reality tasks. By offering a lower-cost option than Apple Vision Pro while maintaining a superior form factor to current Quest headsets, Meta aims to catalyze a new wave of adoption among casual users and professionals alike.