Lewis CaliburnStealth Acoustics used ISE 2026 to showcase its latest and most advanced generation of its invisible speaker technology and outdoor large-format LED and loudspeaker solutions.
The LineaRadiance series has been optimised to deliver exceptional sound quality whilst disappearing entirely into walls and ceilings. Designed for both residential and commercial environments, the lineup reflects Stealth’s commitment to performance that reportedly rivals and often exceeds a traditional loudspeaker.
Handcrafted in the USA, LineaRadiance speakers feature all-new drivers, reengineered crossovers, integrated back boxes and a sleek beveled face with EasyTape installation simplicity. The latest additions, including new 24-inch models, expand the range and mark a significant evolution, bringing enhanced performance and refined aesthetics to both new projects and system upgrades.
Once installed, LineaRadiance speakers leave no visible trace, allowing architects, designers and homeowners to preserve clean sightlines without sacrificing immersive, room-filling sound. The modular design approach also supports custom array lengths, making the series adaptable to a wide range of project requirements.
“ISE is the perfect place to demonstrate what truly invisible audio can achieve,” says Brian Azzano, Vice President of Stealth Acoustics. “Stealth has been leading this category for over two decades, and LineaRadiance represents how far invisible speaker technology has come. It’s about delivering uncompromising performance whilst letting the architecture take centre stage.”
Stealth also featured its outdoor AV solutions at the show, including the SPT Extreme retractable LED TV system. Designed to enhance luxury outdoor spaces, SPT Extreme pairs a high-resolution Micro-X LED display with a motorised enclosure that fully conceals the screen when not in use, maintaining the visual integrity of patios, pools and terraces.
Completing the outdoor showcase were Stealth’s StingRay loudspeakers, engineered to deliver powerful, full-range audio in fully exposed environments.