GRC Pump Bump
The FLOW Pump Bump is a dynamic GRC (Glassfibre Reinforced Concrete) feature designed for wheeled play environments. Its smooth, flowing form encourages momentum and rhythm, creating a versatile piece that enhances both skateparks and pump tracks.Crafted with precision, the Pump Bump delivers a perfect finish and is built for durability in high-use public spaces. Available in a variety of colours, it can be tailored to complement the surrounding environment or stand out as a bold focal point.Whether installed as a standalone element or integrated into a larger design, the Pump Bump brings movement, style, and lasting performance to any wheeled play space.
Features
GRC Kicker Ramp
The GRC Kicker Ramp is an essential skatepark feature designed to enhance user performance. This traditional kicker ramp, expertly crafted from Glass Reinforced Concrete (GRC), includes a Corten Steel edge to ensure a smooth, damage-free transition. With a short flat surface at the crown, this ramp is perfect for executing tricks, combining with other skatepark elements, or serving as a seamless transition piece.
GRC Banked Wollie Ledge
The GRC Banked Wollie Ledge is a versatile skatepark element that features a slightly inclined, banked surface, unlike traditional flat ledges. This unique design allows skaters to perform a wide array of tricks, including grinds, slides, and manuals, with greater fluidity and control. The banked angle provides an additional dimension to tricks, making it perfect for both beginners honing their skills and advanced skaters pushing the limits. Crafted from Glass Reinforced Concrete (GRC), this innovative ledge combines exceptional durability with a sleek, functional design.
Skate Stairs
The FLOW Skate Stairs are a 3-stair unit designed to be fixed onto an existing ledge or appropriate surface, providing skaters and wheeled-sport enthusiasts with a versatile platform for practising tricks and enhancing their skills. With this essential element in a skatepark environment, users can challenge themselves and push their limits, mastering the art of landing and transitioning smoothly between high and low surfaces.
