KEF 6.5" TwoWay Uni-Q Square Speaker – T Series Reduced 1.4" Depth Ultra Thin Bezel Design – Each

Ci160TS Architectural Speaker – featuring KEF’s patented Uni-Q driver array

The KEF Ci160TS is an ultra-slim high-performance speaker designed for in-ceiling and in-wall flush mount installations where mounting depth is a concern. The speaker has a total height of just 40mm and a mounting depth of only 36mm. Such an incredibly compact package is achievable through the implementation of KEF’s patented low profile 115mm mid-bass driver and a 25mm vented aluminium tweeter. The tweeter includes KEF’s Tangerine Waveguide™ which greatly improves acoustic response and dispersion. The Ci160TS also features KEF’s Ultra-Thin Bezel and is built to be moisture resistant making it the ideal choice for any indoor or outdoor luxury audio application where a shallow mounting depth prevents the use of a conventional speaker.

Key Features

Patented Low Profile Driver – The overall 40mm speaker depth is achieved thanks to a flat 115mm mid bass driver that despite its slim design, still delivers excellent bass extension.

Tangerine Waveguide™ – In addition to protecting the driver, the Tangerine Waveguide further enhances dispersion allowing for 160 degrees of coverage.

Weather Resistant – Manufactured using a proprietary plating and powder coating process, the KEF Ci160TS is UV protected and moisture resistant making it safe for use in bathrooms, pool areas, and on ocean yachts.

Ultra-Thin Bezel (UTB) – To maintain a premium aesthetic appearance, the ABS bezel was carefully engineered to be as thin as possible while maintaining the necessary structural rigidity.

Magnetic Grille Assembly – For security and ease of installation the grille attaches by a powerful magnetic circuit and can be painted to match any décor.

Versatile Installation – The Ci160TS can be mounted in the tightest of spaces through either traditional dog leg tabs or be screwed directly onto a solid surface.

IP64 Certification – The speaker passed official IEC testing to ensure that splashing water would have no harmful effects on assembly components.