Bang & Olufsen and Origin Acoustics Design New Terrestrial Line Array Speakers for Outdoors

Origin Acoustics just announced its latest collaborative effort with Bang & Olufsen. The Terrestrial Line Array is a modular speaker system that was created for outdoor applications as part of a landscape audio system.

Made up of a base unit that includes two modules, and can be expanded vertically to as many as six modules, the system can be assembled to meet the precise needs of the installation. The modules are constructed from aluminum and are almost cube shaped with the backside being only slightly smaller than the front. Each cube houses a single 5-inch, full range driver with a VariBlade Lens placed directly in front of the cone to increase high-frequency dispersion. A 70v transformer is also housed in the base unit.

The array can be mounted on a spike driven into the ground, attached to a flat surface with the optional wall-mount or hung from above (under eaves or soffits) with the optional ceiling mount.

Origin engineers have been looking for an opportunity to integrate line array technology into their offering for quite some time, but in an interior installation the benefits are minimal. One of the most impressive advantages of a line array design is its ability to mitigate the SPL fall-off over distance. In simple terms this means the speakers can be placed further from the listening area and still provide the required sound levels. Inside a home this is unnecessary. However, outdoors this effect is very desirable. Imagine speakers placed in the far corners of the backyard that project across the landscape and still provide quality sound on the deck or pool area. Of course, with every Bang & Olufsen product there is a tremendous focus on aesthetics and design. This system is a work of art that not only happens to do an amazing job of sound reproduction, but also makes a beautiful sculpture in any outdoor system designs.

The Terrestrial line array will be shipping in Q1 of 2018. Pricing TBA. Here are the details we know.