As with all our products, design is of the essence and the Podium Trios forms an attractive, elegant piece of furniture as well as providing excellent acoustic performance from your Hi Fi equipment. It is available in a range of standard sizes and finishes, or we can customise the design to meet your exact requirements.
•Solid 40mm Hardwood tops
•Removable solid 46mm square hardwood legs for future expansion
•Any leg length available at no extra cost!
•10mm high tensile securing bolts
•Height adjustment Isolation spikes with locating disc (Black or Stainless steel) on each Tier
•Clear satin lacquer finish
Each tier is designed to be placed on to the next tier seamlessly, by offering the legs in a range of standard heights (any leg length available) your stand can be made to fit around your system and can grow as your system grows. Each plinth from the Podium Trios is made from 40mm dense solid oak (others hardwoods available) making the plinth very stiff and stable. A standard 595mm wide plinth weighs in excess of 10kilos adding to density as well absorbing vibration.
Each plinth is supported by 46mm solid oak removable legs enabling future expansion. Each leg comes with a 10mm thick high tensile steel connection rod, and isolating spiked feet (available in Black or Stainless Steel) enabling each tier to be isolated from the following tier.
A range of standard sized plinths and legs are available to order although as with all our products every stand is handmade to order so there are no limits to the height width or depth of each stand. All you need to do is specify your requirements and we will do the rest.
The following options are available, so please specify details in the comments box at the end of the ordering process:
Leg Colour
Matching Legs
Black Legs
Standard Leg Length (Including spike)
65mm
85mm
100mm
120mm
150mm
200mm
250mm
NB: You can have any leg length at no additional cost.
Spikes
Stainless Spikes
Spikes with Locking Nut (bottom tier)
Black Spikes
Please Note: All quoted dimensions are Width (W) x Depth (D)