Atacama Evoque Eco 65-60 SE2 Reference 165mm

Atacama Evoque Eco 65-60 SE2 Reference Base Module (165mm)

Key Features:

- High-Density Bamboo shelving -
- A.S.I.S.T dampening gaskets -
- Mechanically Tuned Leg Lengths -
- Natural or Dark Bamboo Finish -

The Atacama Evoque Eco 65-60 SE2 Reference Series brings the latest technological upgrades to the award-winning Evoque range, featuring additional advancements in deflection channels and leg component design over the standard Evoque and Evoque Eco Special Edition. This Reference Series support has stainless steel mechanically tuned spikes as standard allowing a 50% increase in weight capacity per module over the Evoque Eco 60-40 SE2 along with significantly increased storage width (65cm) and depth (60cm) to support larger hifi components.

SE2 Upgrade over SE

Leg lengths are 5mm longer than standard Evoque SE, thus further lowering the resonance frequency of each module* when compared to an equivalent standard Evoque SE.

A.V.R.D.C. is the three-dimensional curvature geometric design that has been crafted into the underside of each module. This newly developed multi-curve pattern neutralises high frequency harmonic energy by directing it away from the supported equipment toward the leg grounding components. Each channel has been cut into a “V” shape then curved so directing the maximum amount of energy that is entering the shelf vertically into a horizontal axis towards the leg
components so avoiding resonance feedback and maximising the performance of each module. 

With so much resonance being directed away from the bamboo, the spike interface has now been further opened so avoiding a constriction of this energy and allowing it to freely dissipate to the floor.  These new spikes are longer and shaped to maximise energy transference between each module while still offering a level of isolation. We call this Mechanical Grounding. Being Made of Stainless steel, the reference series spikes have allowed a 50% increase in weight capacity per module.

By adding contoured edges to the two side faces of each bamboo module, resonance energy in the form of standing waves can be avoided and are instead directed towards the new A.V.R.D.C  channels so aiding the efficiency of each shelf. When the wave bounces off the edge surface, it changes phase.  In the case of waves that create a standing wave, the reflected wave is a mirror image of the original.  The waves then combine. If the amplitudes of the two waves have the same sign (both positive / both negative), they will add together to form a wave with a larger amplitude.  This adding together is called constructive interference. The Side edge contouring helps to avoid this.