Name: Rogoz Audio 3RP3/BBS – anti-vibration audio rack with BBS system
SKU: stoliki_en_0115
Availability: InStock

Three-leg, three-level design. Sandwich-structured shelves finished in Concert Burgundy (high-gloss). Legs finished in black gloss.

The structure allows control of mechanical parameters through precise tuning of load-bearing elements and their internal tension.

Images may also present alternative finish options, illustrating available color and material variations.

The 3RP3/BBS is designed as a mechanically tunable structure, combining high stability with the ability to precisely shape the behavior of the entire system.

AWARD / REVIEW

ROGOZ AUDIO ANTI-VIBRATION AUDIO STAND 3RP3/BBS

The sound carried more energy, perfectly controlled and focused on the appropriate elements. The speed of the leading, beat and dynamics all improved. The bass became slightly more contoured, somewhat cleaner, which, in turn, improved its differentiation. Another element attesting to the effectiveness of the table was further improvement in relation to the so-called black background.

(“Hi-Fi Choice”, nr 05/2014)

Vibration control and BBS system

Rogoz Audio racks are designed as systems that control the flow of mechanical energy. In the 3RP3/BBS model, the key factor is not only mass and isolation, but also the internal structure of the load-bearing elements.

The solid legs feature a layered structure with varying density, promoting dissipation of vibrational energy and preventing its accumulation within specific frequency ranges.

Steel threaded rods run through the entire height of the structure — including the shelves — binding the system together and enabling precise control of internal tension.

Adjustment of this tension directly affects the mechanical behavior of the structure, allowing it to be tuned according to the dimensions of the rack and the mass of the supported components.

Each level is isolated using the proprietary BBS (Balancing Board System), which introduces controlled movement of isolated masses while maintaining point support.

As a result, vibration energy is not transferred linearly but dissipated progressively through motion, friction, and internal damping.

Sound performance

In practice, this results in a stable and coherent sound presentation, high clarity, and well-controlled low-frequency response, while preserving natural flow and openness.

TECHNICAL SPECIFICATIONS

• total height – 825 mm
• total width – 620 mm
• total depth – 560 mm

• load-bearing structure – solid legs with layered internal structure
• top shelf – 480 × 560 × (2 x 30 mm)

• inner shelves – 480 × 490 × (2 x 30 mm)

• clearance between shelves – 307, 207 mm• load capacity per shelf – up to 100 kg
• BBS system under each shelf

INCLUDED

• 1 load-bearing structure
• 3 shelves (sandwich construction – MDF / HDF / MDF)
• BBS system under each level
• adjustment elements

APPLICATION

• turntables
• CD players and digital sources
• integrated amplifiers
• preamplifiers
• DACs
• audio streamers

CUSTOM CONFIGURATION

The rack can be customized in terms of dimensions, materials, and finish. The structure also allows adjustment of its mechanical behavior through internal tension tuning, enabling precise matching to a specific audio system.

The Balancing Board System

The reference kinematic anti-vibration Balancing Board System BBS (Patent P.404137) is used in the construction of models marked with the abbreviation BBS. The system consists of a threaded, height-adjustable spike made of high-fiber-content steel alloy, on top of which two elements are placed, each with an inner bearing. An intermediary (middle) element is made of carbon fiber and supports another element, a steel bearing inserted into the shelf. Point contact between the steel spike and the carbon intermediary element prevents movement of either element relative to its axis, but it allows pendular motion. Meanwhile, the contact between the intermediary element and the bearing inserted into the shelf allows restricted rolling motion and sliding motion. Consequently, the advantages of spike point support (contact area has been minimized and kinetic energy turns into heat) have been combined with the effects of deadening vibrations owing to to sliding friction and rolling resistance.