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Color graphics give people the impression that a game is high tech.

:вЂЉ514Д® experimented with a color LCD screen, but the users did not see depth, they just saw double. With ongoing concerns about motion sickness, the risk of developing lazy eye conditions in young children, and Japan's new Product Liability Act of 1995, Nintendo eliminated the head tracking functionality and converted its headmounted goggle design into a stationary, heavy, precision steel-shielded, tabletop form factor conformant to the recommendation of the Schepens Eye Research Institute. :вЂЉ514 A color LCD system was also said to have caused 'jumpy images in tests'. RTI and Nintendo said a color LCD system would have been prohibitively expensive, retailing for more than US$500. Yokoi retained RTI's choice of red LED because it was the cheapest, and because unlike a backlit LCD, its perfect blackness could achieve a more immersive sense of infinite depth. Spending four years in development and eventually building a dedicated manufacturing plant in China, Nintendo worked to turn its VR32 vision into an affordable and health-conscious console design.

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While Nintendo's Research & Development 3 division (R&D3) was focused on developing the Nintendo 64, the other two engineering units were free to experiment with new product ideas.

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to license the technology for its displays. :вЂЉ514 Codenaming the project 'VR32', Nintendo entered into an exclusive agreement with Reflection Technology, Inc. Additionally, the resulting game console was intended to enhance Nintendo's reputation as an innovator and to 'encourage more creativity' in games. He saw this as a unique technology that competitors would find difficult to emulate. Nintendo enthusiastically received the Private Eye, as led by Gunpei Yokoi, the general manager of Nintendo's R&D1 and the inventor of the Game & Watch and Game Boy handheld consoles. Sega declined the technology, due to its single-color display and concerns about motion sickness. Seeking funding and partnerships by which to develop it into a commercial technology, RTI demonstrated Private Eye to the consumer electronics market, including Mattel and Hasbro. The company produced a stereoscopic head-tracking prototype called the Private Eye, featuring a tank game. Since 1985, a red LED eyepiece display technology called Scanned Linear Array was developed by Massachusetts-based Reflection Technology, Inc. As of March 2021, it is Nintendo's lowest-selling standalone console and the only to have less than 1 million units sold, seconded by the Wii U's 13.6 million units. Stereoscopic technology in video game consoles reemerged in later years to more success, including Nintendo's 3DS handheld console. Its failure has been attributed to its high price, monochrome display, unimpressive stereoscopic effect, poor ergonomics, lack of true portability, and health concerns. The Virtual Boy was panned by critics and was a commercial failure, even after repeated price drops. The Virtual Boy was pushed to market in an unfinished state in 1995 to focus on the Nintendo 64. Lead game designer Shigeru Miyamoto had little involvement with the Virtual Boy software. Over the course of development, the console technology was downscaled due to high costs and potential health concerns, and an increasing amount of resources were reallocated to the development of the Nintendo 64, Nintendo's next home console. It also built a factory in China to be used only for Virtual Boy manufacturing. Nintendo entered a licensing agreement to use a stereoscopic LED eyepiece technology which had been developed since the 1980s by US company Reflection Technology. Sales failed to meet targets, and Nintendo ceased distribution and game development in 1996, having released only 22 games for the system.Дevelopment of the Virtual Boy lasted four years and began under the project name VR32.

The games use a parallax effect to create the illusion of depth. The player uses the console like a head-mounted display, placing the head against the eyepiece to see a red monochrome display. Released in 1995, it was marketed as the first console capable of displaying stereoscopic '3D' graphics.

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The Virtual Boy is a 32-bit tabletop portable video game console developed and manufactured by Nintendo.