vivo Vision MR headset will be released in the second half of 2025

At the recent X series spring new product launch conference, vivo announced that its Vision MR headset will be released in the second half of 2025. Although the team did not reveal more details at the press conference, the news is enough to make technology enthusiasts look forward to it.

What is particularly eye-catching is that vivo announced that its latest flagship model, vivo X200 Ultra, will support spatial video shooting. This innovative technology will be perfectly integrated with the Vision headset to bring users an unprecedented immersive viewing experience. Imagine being able to immerse yourself in every wonderful moment captured by X200 Ultra just by wearing a Vision headset. This will undoubtedly open a new era of vision.

Looking back at the historical process, the vivo Vision headset made its debut in concept form at the Boao Forum for Asia. Its appearance design draws on the style of Apple’s Vision Pro, with a curved polished glass panel on the front and multiple cameras integrated into it, but the specific technology Parameters have not yet been made public. It is understood that this MR headset is part of vivo’s strategy to strengthen its “real-time spatial computing capabilities to cope with future consumer-grade robot applications.”

Image source: Paixin.com genuine gallery

Vivo Executive Vice President and Chief Operating Officer Hu Baishan once shared his unique insights into MR technology. He believes that MR is expected to become the next generation of products with smartphone potential, so vivo has already made strategic layout in this field. He emphasized that vivo's MR wearable devices will be based on deep insights into users' real needs and are committed to providing high-quality, intelligent usage experiences.

Hu Baishan further revealed that vivo aims to launch the Vision MR headset in September and October 2025.

At the same time, vivo announced the establishment of a new robotics laboratory in China. It plans to use the laboratory to build the "brain" and "eyes" of the robot, while combining its professional advantages in the field of "artificial intelligence large model learning and imaging technology" to further promote the research and development of related technologies.