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Discover business-oriented XR solutions at VR Expert:
Introduction
Meta is reportedly developing a new generation mixed reality device under the internal names Project Phoenix and Project Puffin. Unlike the Quest series, which focuses strongly on immersive VR and gaming, Phoenix appears designed as a lightweight spatial computing device intended for everyday use.
Early leaks and industry reports suggest that Meta is experimenting with a radically different design philosophy. Instead of prioritising maximum performance inside a single headset, Phoenix aims to reduce weight and improve comfort by separating processing components from the wearable display.
Although Meta has not officially confirmed the device, consistent information from multiple sources indicates that Phoenix could become one of the company’s most important XR releases in the coming years.
A different approach to mixed reality hardware
Project Phoenix is expected to be significantly lighter than current mixed reality headsets. Reports suggest a target weight of around 100–110 grams, which would make it closer to smart glasses than traditional head-mounted displays.
To achieve this, Meta is reportedly moving key hardware components such as the processor and battery into a small external compute unit. This puck-like module would handle most of the computing workload while the headset itself functions primarily as a display and sensor system.
This architecture could solve one of the biggest barriers to XR adoption: comfort during long sessions. Heavy headsets often cause fatigue, making them impractical for full workdays. By reducing front-loaded weight, Phoenix may be better suited for productivity, communication and media consumption.
Design philosophy: spatial computing without bulk
Rather than positioning Phoenix as a successor to Quest gaming headsets, Meta appears to be exploring a new category focused on spatial interfaces.
The device is expected to rely heavily on eye tracking and hand tracking as primary interaction methods, removing the need for traditional controllers. This aligns with a broader industry shift toward more natural input methods that allow users to interact with digital content as if it were part of their physical environment.
Phoenix is likely designed to integrate with Horizon OS, Meta’s XR operating system, enabling compatibility with existing spatial applications and services.
Expected specifications (rumoured)
Because the device has not been officially announced, all specifications remain subject to change. However, the most consistent leaks point toward the following configuration:
| Category | Expected specification |
| Device type | Mixed reality headset |
| Form factor | Ultra-light goggles-style wearable |
| Weight | Approx. 100–110 g |
| Display | Micro-OLED or similar compact display technology |
| Optics | Pancake or waveguide optics |
| Tracking | Eye tracking and hand tracking |
| Controllers | Unlikely |
| Processing | External compute puck |
| Battery | External module |
| Operating system | Horizon OS |
| Connectivity | Wired connection to compute unit |
| Primary focus | Productivity and spatial computing |
Compared with high-end devices like Apple Vision Pro, Phoenix may prioritise efficiency and comfort over maximum resolution or graphical power.
The external compute puck concept
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One of the most distinctive aspects of Phoenix is the separation between the display unit and the compute hardware.
The external puck is expected to contain the chipset, battery and cooling components required to run spatial applications. By relocating these heavier components, the headset itself can remain compact and lightweight.
This approach also allows better thermal management and potentially longer battery life. Similar concepts already exist in enterprise AR solutions, but Meta could bring this design into the consumer market at scale.
Main expected use cases
Based on the design direction, Phoenix appears focused on tasks that benefit from extended wear time rather than short immersive sessions.
The primary use cases are expected to include virtual workspaces, multi-screen productivity environments, and media viewing experiences that replace traditional monitors. Users could create large virtual displays anywhere without needing physical screens.
The device may also support remote collaboration scenarios, allowing users to interact with digital content in shared spatial environments.
Gaming is unlikely to be the primary focus, although lightweight XR experiences could still be supported through Horizon OS.
Possible release date
Initial rumours suggested a potential release window in 2026, but more recent reports indicate that Meta may delay the device until 2027.
The extended timeline suggests that Meta is still refining the balance between performance, comfort and usability. Achieving a lightweight form factor while maintaining strong spatial computing capabilities presents significant engineering challenges.
Meta may reveal more information during a future Meta Connect event once the product reaches a more advanced development stage.
Expected price positioning
No official pricing information is available yet, but the positioning of the device provides useful clues.
Phoenix is expected to sit above the Quest product line but below high-end enterprise headsets in terms of price. Meta typically aims to reach a wider audience than competitors focused purely on premium hardware.
Based on comparable devices and component choices, analysts estimate a potential price range between 800 and 1500 euros. This remains speculative until Meta provides official confirmation.
Role in Meta’s long-term XR strategy
Phoenix appears to represent an intermediate step between current VR headsets and future AR glasses.
Meta has been gradually building an ecosystem that spans multiple device categories, from Ray-Ban smart glasses to Quest headsets. Phoenix could serve as a bridge between these product types by introducing spatial computing in a lighter and more wearable format.
If successful, the device could help establish new expectations for XR hardware, where comfort and usability become as important as raw technical performance.
Conclusion
Although Meta has not officially announced Project Phoenix, the available information suggests a strong shift toward lightweight spatial computing devices.
By separating the compute hardware from the headset, Meta may be addressing one of the main limitations of current XR devices: long-term comfort.
If the company succeeds in delivering a device that balances portability, usability and performance, Phoenix could play an important role in the transition from VR headsets to everyday AR wearables.
More details are expected to emerge as Meta continues to refine its next generation XR roadmap.
Discover business-oriented XR solutions at VR Expert:
