 With
extensive testing and development, one occasionally discovers
an unfair advantage in the world of racing. Now you can enjoy
the same unfair advantage in the battle against vibration. Utilizing
the latest in sophisticated computer analysis, unprecedented
design talent and hundreds of manhours of instrumented and listening
test, Grand Prix Audio has defined the new state-of-the-art in
equipment isolation. For the very best performance from your
audio components, our revolutionary 8-stage system provides by
far the quietest component platforms on the market.
The Modular systems come in different configurations:
- 3-shelf (short or tall shelf spacing available)
- 4-shelf (short, tall or combination shelf spacing available)
- 5-shelf (all spacing stock configurations)
| SPECIFICATIONS |
| Height |
Several to chose from, custom orders are welcome. See
CAD drawing |
| Shelf Size |
21" W x 23.3" D (or 17.75" D for the "short wheel
base" frame)
533 W x 591 D (mm) |
| Weight w/o ballast |
58 - 76 lbs (26 - 34 kg)
Depending on shelf thickness |
| Weight with lead shot |
122 - 140 lbs ( 55 - 63 kg) |
| Weight-bearing Capacity |
> 600 lbs (> 272 kg) |
| Ballast Capacity |
64 lbs (29 kg) |
| Materials |
Carbon Fiber epoxy chassis platforms, 304 Stainless steel
support columns, 6061 T6 Aluminum support column closures,
Stainless steel "True Vector" couplings,
304 Stainless steel spikes, Sorbothane, Acrylic |
Monaco Modular Isolation System Options
- Apex rather than spike floor interface
- Monaco SE frame with twin-wall construction
polymer fill (the air space between inner 1" diameter aluminum
tube and outer 2" diameter column is filled with the proprietary
damping polymer first premiered for the Apex interface
- the inner tube itself can be filled with ballast or lead)
and Apex rather than spike floor interface
- Formula Shelves Carbon-Fiber upgrade shelf
- Short WheelBase frame is as wide and tall as the standard Monaco
Modular Isolation System but only sports
17.75" shelf depth for standard-size component
- Custom Dimensioning (for all models)
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