Description
KEF Blade Meta Blade One Meta
The world’s first Single Apparent Source speaker, now with 12th generation Uni-Q® with MAT™. A bespoke driver array engineered to deliver pristine performance, and capable of raising Blade to new heights of performance. Featuring four 225mm (9 in.) force-cancelling bass drivers, Blade One Meta is the top model in the Blade series.
Now with Metamaterial Absorption Technology
Obsessed with sound quality and committed to bringing a superior listening experience, KEF has been pioneering innovative acoustic engineering since 1961. In 2009 we gave our engineers free rein to create a speaker to showcase KEF’s technology leadership and powers of innovation with no preconceptions and restrictions, they came up with the revolutionary Concept Blade – the world’s first Single Apparent Source loudspeaker. The concept was further refined and developed for production in 2011, when Blade became HiFi loudspeakers that serious audiophiles could actually own.
Blade is an attitude. It’s about exploring the art of the possible and pushing boundaries of HiFi sound without preconceptions which is why the latest version of Blade benefits from our latest acoustic innovations: Metamaterial Absorption Technology1 (MAT™), a bespoke 12th generation Uni-Q driver array and a host of other improvements.
The Blade series consists of two models: Blade One Meta and Blade Two Meta. Both share the same DNA, the same technology and the same striking aesthetic, Blade Two Meta is on a slightly smaller scale.
Single Apparent Source Technology
At the heart of Blade lies the Single Apparent Source technology. Single Apparent Source is an extension to the iconic Uni-Q driver array, the building block of the KEF signature sound. The technology aims to achieve the acoustic ideal of a point source, where low, mid and high frequencies radiate from one point.
Perfectly calibrated drivers that cover the speaker’s entire bandwidth are configured so all frequencies appear to radiate from one single point. With Blade, four low-frequency drivers in symmetrically opposing pairs are tightly packed around a two-way Uni-Q driver where the mid-frequency and high-frequency share the same acoustic centre.
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