Every stereo pair is built to order. The manufacturing cycle requires a fixed duration of 4 weeks from specification confirmation to final laboratory validation. This timeframe encompasses structural cabinet bonding, multi-stage surface curing, and comprehensive electroacoustic gate-measurement matching for both units.

Construction: Two ways rear ported bass-reflex

Dimensions: (HWD): 297 x 185 x 239 mm / 11.69 x 7.28 x 9.41 inches

Weight: 5.3 kg / 11.68 lbs

The RS30 Classic Oak platform allows for structural configuration based on lamella alignment and finish chemistry. The solid oak lamellae follow a continuous, identical orientation across both the front and rear panels of the enclosure.

Surface protection choices include a multi-stage natural polymer process or a high-build clear acrylic seal. For systems specified with natural oil, a dedicated maintenance jar containing our factory-blended tung oil and beeswax formula is included in the delivery package to facilitate long-term material stability.

The rear interface of each loudspeaker features a structural plate machined from brushed solid brass. Technical data, batch registration, and chronological serial numbers are permanently profiled into the metal structure using high-precision engraving bits. The integrated custom text field allows the permanent mechanical milling of specific ownership details directly onto the lower text line of both plates.

The photographs displayed on this page serve as a baseline architectural representation of the system geometry and layout. Enclosure construction for your custom order will utilize an individual material composition consisting of solid elm wood for the main cabinet structures and historical, 100-year-old pine elements for the front and rear baffles.

Just as we combine traditional craftsmanship with the precision of CNC machinery in our manufacturing process, we employ modern digital tools for our visual presentations. All photographs of our loudspeakers depict actual, physical Oak Audio products. The backgrounds and interior settings (e.g., in the Japandi style) are digitally generated using generative AI models. This approach allows us to present our products within natural domestic environments while optimizing operational costs, directly contributing to a product price scaled strictly on engineering value.