August 12, 2026 — DPVR, a global developer and manufacturer of virtual reality (VR) hardware solutions, has this week announced pricing and availability details for its P1 Max enterprise VR headset, outlining dates for commercial availability to customers. First announced last year, the P1 Max is a standalone VR headset designed for commercial deployments requiring high performance, reliability, and customization flexibility.
DPVR stated that the P1 Max combines powerful computing capabilities, high-resolution display technology, enhanced thermal management, and enterprise-focused design features to support large-scale VR deployments.
Designed for Enterprise-Grade VR Applications
According to the company, the DPVR P1 Max is engineered to meet the requirements of organizations operating VR solutions at scale, and has been built for professional applications across education, healthcare, industrial training, simulation, exhibitions, and location-based entertainment.
Powered by Snapdragon XR2 for High Performance
The headset is equipped with the Qualcomm Snapdragon XR2 platform, supporting up to 8K video decoding, which DPVR stated allows for smooth playback of high-quality immersive content and enables organizations to deliver detailed VR experiences for professional training, simulation, digital learning, and immersive media applications.
High-Resolution Display for Immersive Experiences
The P1 Max features a 3664 × 1920 resolution display. The company stated that this provides clear and detailed visuals for applications where image accuracy and readability are critical, and that the display helps improve user engagement and visual quality across technical training environments and immersive entertainment experiences.
Enhanced Cooling for Long-Term Operation
DPVR noted that enterprise VR deployments often require extended operating hours and multiple devices running simultaneously. To address this, the P1 Max integrates an active dual-vent cooling design with an optimized airflow structure. The company stated that this improves cooling efficiency by up to 50% compared with previous designs, and helps maintain stable performance during intensive usage scenarios such as VR training facilities and commercial VR installations.
Built for Public and Commercial Environments
The P1 Max features an optional top-mounted DC power input design that allows a stable external power supply to be used, which DPVR stated supports continuous operation in commercial locations. The device is also compatible with reinforced steel-sleeved cables designed for environments where durability and frequent usage are required, including VR arcades, exhibitions, and training facilities.
Flexible Expansion and OEM Customization
DPVR stated that the P1 Max has been designed as an “adaptable enterprise VR platform rather than a standard consumer headset.” A dedicated Type-C expansion interface also enables the integration of additional modules, which DPVR stated will include an eye-tracking module as a future accessory.
The company listed the following as areas businesses can tailor through its OEM customization capabilities to meet their operational needs:
- Hardware specifications
- Industrial design
- Branding elements
- Boot animation and startup settings
- User interface
- Firmware
- Software and application integration
DPVR stated that the P1 Max is priced at USD $549 for the standard version and USD $799 for the eye-tracking version. The company also noted that the headset is currently in its final production phase, and that it will begin accepting sample and test orders from enterprise customers in November for compatibility testing and pilot projects, with general shipping to follow. Customers can order directly through the company’s sales team or through its distributors.
For more information on DPVR and its virtual reality solutions for enterprise, please visit the company’s website.
Image credit: DPVR
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Sam is the Founder and Managing Editor of Auganix, where he has spent years immersed in the XR ecosystem, tracking its evolution from early prototypes to the technologies shaping the future of human experience. While primarily covering the latest AR and VR news, his interests extend to the wider world of human augmentation, from AI and robotics to haptics, wearables, and brain–computer interfaces.