A high quality finish needs to be built on a solid, everlasting and quiet basisconstruction.

Skate ramps can be developped in many different ways, but there's only one right way and that's the way we build our ramps. You only can achieve the perfect mix between stability, flexibility and longlivety with the composite materials and press treated wooden beams we use. Our ramps are solid as a rock, but give the perfect riding feeling as on wooden ramps. This is what skaters are looking for!!!
The critical choice of every individual component and the composite construction makes our ramps maintenancefree; no painting, no rusting, no decay.

When it comes to stability, we don’t take risks. All our ramps are built up out of 1200 mm (4’) wide sections (see photo 1), bolted together with 12 mm (1/2”) bolts (see photo 2). Each section has two full support Rhinolene ® sides, made of ultrastiff 18 mm (3/4”) foamed polypropylene sandwich panels. These panels rest on 6 mm (1/4”) aluminium strips to create a good ventilation (see photo 3). These very stable panels, that were originally developed for the boat industry, have fraised out notches to support the beams (see photo 4).

Each section has a 10 mm backpanel with ventilation holes made of the same composite material as the sides.

To protect these composite sheets for vandalism, we bolt 2 mm (1/10”) hot galvanised steel panels to them with tamperproof round headed bolts (see photo 5).

The sides are connected with beams every 200 mm (8”). These beams are coper press treated and waxed Norwegian pine struts. With the C 24 mark, to guarantee the highest building timber quality possible. Also used for constructions in water (see photo 6)!

Between these beams and the riding surface (Rhinotop ®), we place a Rhinex ® panel. This panel is a 10 mm glassfiber reinforced foamed polypropylene sandwich panel. Together with the Rhinotop ® skate surface, it can withstand more than 900 kg  (896 KN) of pressure on one skateboardwheel, measured between two beams of the structure (For more detailed information, see ‘Safety, noise & testing’). The foamed structure of this substrate absorbes most of the soundwaves and creates the quiet ramps we offer.