Daniel Mercer
From 2010 to 2015, many television models featured 3D capabilities, but accessing this technology involved navigating several frustrating challenges. Consumers needed to purchase 3D glasses, which could cost between $10 to $20 for passive versions, and upwards of $50 for active glasses that required regular charging. it was essential to ensure that your Blu-ray player was compatible with 3D discs. Premium pricing for 3D Blu-rays was another hurdle, particularly when availability was limited.
For the dedicated media enthusiasts who managed to overcome these obstacles, 3D Blu-rays offered a satisfactory imitation of the cinematic 3D experience. the quality of the experience heavily depended on the size of the television and the distance from which viewers were watching. If you sat too far from a 42-inch or even a 50-inch screen, the immersive experience of Avatar’s Pandora was significantly diminished. Hosting a 3D movie night was also complicated, as viewers either needed to buy numerous extra glasses or rely on friends to bring their own.
Perhaps the most significant drawback was that 3D TVs using passive glasses effectively reduced the resolution of 1080p images because they had to project separate images for each eye. Higher-end TVs and 3D projectors circumvented this issue with active glasses, yet the cost and battery constraints of these glasses made it challenging to enjoy movies with a group.
Beyond 3D Blu-rays, there was a stark shortage of 3D content. While networks like BBC and ESPN aired a few 3D shows and events, both abandoned the format by 2013. Kim Shillinglaw, the BBC’s head of 3D, expressed this sentiment in a 2013 interview with Radio Times (as reported by The Independent), stating, “I have never seen a very big appetite for 3D television in the UK. Watching 3D is quite a hassly experience in the home. You have got to find your glasses before switching on the TV. I think when people watch TV they concentrate in a different way. When people go to the cinema they go and are used to doing one thing. I think that’s one of the reasons that take up of 3D TV has been disappointing.”
As interest in 3D TVs dwindled, 4K televisions equipped with HDR emerged, offering immediate advantages. These models provided a noticeably sharper and brighter picture compared to older HDTVs and were supported by a wealth of 4K content available on streaming platforms like Netflix. There was no need for special equipment or glasses, making it easier for consumers to enjoy high-quality viewing experiences. This accessibility contributed to the rapid rise of 4K technology. Even when not watching 4K content, these newer TVs enhanced the appearance of older standard and high-definition shows.
A recent study by Precision Reports revealed that only about 25 percent of households with 3D TVs actively utilized the technology during its peak from 2010 to 2018. After three years, less than 10 percent of these households continued to use 3D capabilities. The study also indicated that 65 percent of users abandoned 3D due to a lack of available content, 50 percent experienced discomfort during extended viewing sessions, and 42 percent cited high equipment costs as a reason for discontinuation.
Despite the numerous challenges associated with 3D viewing, Precision Reports forecasts a 15 percent growth in the 3D TV market by 2036, driven by advancements such as glasses-free 3D technology, commercial applications, and gaming. Personally, I have yet to be impressed by any glasses-free 3D TVs, as they often struggle to accommodate multiple viewers due to their reliance on complex eye-tracking technology.
Brandon Fletcher
