The SHOCK-WBV: P-series has been designed specifically to fit on all standard pedestals and has pre-machined bolting slots to reduce fitting time to as little as 10 minutes.
As some pedestals are tall and thin, they can become unstable.
Fitting the P-series unit between the pedestal and seat means that the pedestal can be reduced in height by 170mm, and with only 43mm in fore and aft movement, the P-series offers excellent comfort and stability.
The P-series is lightweight and tough as it’s made from aerospace grade aluminium and 316 Stainless Steel.
Precision machined aluminium tooling plate is used throughout the P-series as it has no flaws.
This means that the P-series can be manufactured to much tighter tolerances than cast aluminium, eliminating ‘play’ (unwanted lateral movement and twisting).
Weight : 3.9kg
Total Length: 335mm
Total Width: 180mm
Total Height: 173mm
Compressed Height: 101mm
Total Travel: 72mm
SHOCK-WBV is a seat suspension system specifically designed, tested and manufactured in the UK, to significantly reduce shock and whole-body vibration (WBV).
Now powered by World leading Shock Absorber manufacturer FOX.
Because one size never fits all, SHOCK -WBV features third generation design and engineering with units specifically made for commercial vessels (C-series), pedestal mounted seats (P-series) and RIBs (R-series). Each of SHOCK-WBV’s series of seat suspension units are engineered for comfort and are straightforward to adjust for passenger weight and sea conditions.
SHOCK -WBV can be fitted to new boats (or retrospectively by owners) to reduce shock and WBV. Retro-fitting on inshore commercial and leisure boats is a straightforward, cost effective process that will significantly increase the time spent on the water in comfort
SHOCK -WBV only uses the highest grade components. Aircraft grade aluminium plate and 316 stainless steel are used in onsite production in Warsash, Hampshire. Sheet material has higher integrity and tighter tolerances than cast aluminium. It provides strength, reduces weight and increases lateral stability.