VZR Model One Gaming Headset – 3D Audio for First-Person Shooter/FPS Gaming, Patented CrossWave™ Spatial Audio, Removable Noise-Canceling Mic, 3.5mm Wired, Ultra Low Latency, All Day Comfort

Price: $349.00
(as of Apr 25, 2025 05:57:34 UTC – Details)

Product Description

The Last Headset You’ll Ever Need.

Created specifically for accurate and natural 3D audio. From gaming, to production, streaming, and critical listening, the VZR Model One is the last pair of headphones you’ll ever need.

THE BEST OF EVERYTHING — Model One is the result of years of research and is a marvel of acoustic engineering. Every component has been optimized to deliver class-besting performance, and Model One features the debut of a ground-breaking, proprietary and patented innovation called CrossWave that truly sets it apart from competitive products, even those several times more expensive.
ACOUSTIC DESIGN THAT DELIVERS — We took a new approach to the acoustic design of headphones and microphones — one based on our team’s incredible experience in designing and building audiophile speakers, and their expertise in sound spatialization — to specifically address accurate and natural 3D audio. This ensures the preservation of every meticulously-designed so listeners have the acoustic experience intended by the artists, producers and creators.
THE ONE AUDIOPHILE HEADSET FOR ALL — Created specifically for accurate and natural 3D audio. From gaming, to production, streaming, and critical listening, the VZR Model One is the last pair of headphones you’ll ever need.
ENGINEERED TO SOUND EXTRAORDINARY — Our goal was to deliver the fidelity and detail of a studio reference speaker system alongside the expansiveness and warmth of open-backed audiophile headphones, all in an affordable headset that offered best-in-class performance no matter how you use it.
PATENTED TECHNOLOGY — The unique geometry of our CrossWave passive acoustic lens selectively and strategically reshapes audio waves to emulate the way you perceive sound in real life without headphones, resulting in improved separation, openness and accurate 3D spatial positioning.