Apex - the highest point - is the world's most advanced dual-purpose vibration isolation interface. As used in cutting-edge race cars and jet fighters, Apex employs hand-laminated carbon composites for the outer skin and core/base and high-pressure cures them in a dedicated vacuum environment. It then decouples these structural composite elements via a proprietary hi-tech polymer which we co-developed with aerospace applications and materials sciences engineers. With its ball-bearing tip, Apex can be used as a component footer or become the floor-to-column interface of GPA and other equipment isolation supports. Grand Prix Audio's unique cup/ball geometry utterly avoids the frustrating instability that plagues other bearing-based designs which cause supported components to wobble and move when barely touched. Threaded "knuckle" adjuster/levelers securely surround the ball bearing with a polished stainless steel cup.
Apex details: Grand Prix Audio's well-documented race car background allows them to collaborate with advanced special-applications engineers to develop materials and manufacturing processes for very specific employment in their own designs. The super-dense polymer separating the core/base of Apex from its outer skin was developed with one of thier former aerospace partners and is merely one of many technological advances Grand Prix Audio enjoys over its competition.
By replacing a stand's fixed spikes and adding an additional two degrees of horizontal freedom, Apex generates very remarkable performance enhancements without introducing any unsteadiness of the main structure.
This polymer (also used in the upright columns of our Monaco SE) exhibits a far higher energy dissipation ratio than any of the metals or compounds commonly used for component isolation footers. By presenting three dissimilar materials boundaries to the energy pathway between floor/column or shelf/component and using materials without inherent grain or crystal structures, the bi-directional flow of vibration is heavily attenuated to measurably lower resonances and system noisefloor.
The common diameter of the ball bearing allows the end user to experiment with a variety of bearing materials readily available in this standard 0.5" size (ceramic silicon nitrate, Tungsten carbide). Music lovers with substantial investments in conventional high-mass metal stands reap significant dividends by "floating" these structures on Apex devices. While incapable of approaching the performance of Grand Prix Audio's complete thru-engineered isolation solutions, such an upgrade provides a very cost-efficient means to drastically improve the poor self-damping characteristics of metal stands that are really vibration transmitters (think bells) rather than isolators.
We invite you to put us to the test where "the rubber meets the road" - between equipment support and floor, and component and shelf. We're confident you'll agree that Apex is an entirely new ball game in the realm of component footer isolation devices.
APEX Footers with Adjuster Mechanism
Many customers requested an APEX foot with leveling capability. Here it is! These new version APEX use a 5/8" stainless steel extra fine thread adjuster for precise leveling and super rigidity. Don't overlook real quality and proper engineering. Other lesser feet use spindly 1/4" threaded rods for leveling adjustment which resonate and are simply inadequate for the job. Not to mention they don't provide the extra fine thread adjustment accuracy which is essential. Not only do we provide super precision adjustability but proper structural rigidity where you need it most. As they say you get what you pay for!
Developed from the standard APEX design we now offer these outstanding footers as upgrade feet for the Monaco Turntable and any other sensitive audio application such as, CD players, preamps, amplifiers, and speakers which all benefit greatly from this product. If you can't afford an amp stand 3 of these little gems will reveal more of the true character of your system than any other approach for the same cost. Under most speakers these feet will enhance the speakers performance by reducing the unwanted resonance in the speaker itself significantly, thus allowing more precise driver movement and control which provides startling improvements in detail and musicality.