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Experience lighter, sharper, distortion-free visuals with advanced pancake optics — designed for immersive training, longer sessions, and greater comfort.
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Each eye benefits from near-4K resolution, enabling sharp image reproduction ideal for text-heavy interfaces, technical diagrams, and detailed simulation environments.
Dual low-persistence LCDs reduce motion blur and ghosting, ensuring stable visuals during head movement and dynamic training interactions.
High pixel-per-inch density ensures clarity even at close viewing distances — critical for VR-based instruction and spatial orientation tasks.
Optimized for complex environments and high-poly 3D content, the display pipeline supports ultra-HD rendering across training modules without latency drops.
Delivers smooth frame transitions and reduced eye strain during extended simulations. Ideal for high-motion content and repetitive training loops.
A wide field of view enables stronger peripheral vision and depth perception — enhancing realism in spatial learning and safety training.
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VRone. Pro features advanced hand tracking powered by built-in wide-angle cameras, enabling natural, controller-free interaction with complete 6 Degrees of Freedom. Every gesture, grab, and movement is captured with precision — no external sensors or additional hardware required.
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VRone. Pro’s built-in wide-angle cameras understand your space and position in real time, delivering seamless movement, full spatial awareness, and immersive freedom with zero external setup.
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Automatic pupillary distance adjustment ensures correct alignment for each user, reducing eye strain and setup time.
Automatic pupillary distance adjustment ensures correct alignment for each user, reducing eye strain and setup time.
Automatic pupillary distance adjustment ensures correct alignment for each user, reducing eye strain and setup time.
Automatic pupillary distance adjustment ensures correct alignment for each user, reducing eye strain and setup time.
Automatic pupillary distance adjustment ensures correct alignment for each user, reducing eye strain and setup time.
Automatic pupillary distance adjustment ensures correct alignment for each user, reducing eye strain and setup time.
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Heat is dispersed actively, maintaining consistent performance and surface comfort — even during extended sessions.
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higher data transfer rates
faster data access
lower power consumption
shorter loading times
The Snapdragon XR2 platform powers high-performance VR experiences with an octa-core Kryo 585 CPU built on a 7nm process.
It enables real-time rendering, low-latency interaction, and smooth multitasking - designed for demanding, high-resolution virtual environments.
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