Pump Tracks Design & Built

Pump tracks should be approached as highly engineered, performance-driven environments where design, user experience, and precision construction are fully integrated from the outset. Every project begins with a detailed understanding of the original brief, site conditions, and intended users, ensuring the space is not only usable and functional but also feasible within its context.

Our design approach is rooted in a deep understanding of how different user groups interact with space, allowing us to create tracks that cater to beginners, intermediate riders, and advanced users simultaneously. Through carefully controlled slopes, curves, and gradients, we create layered riding experiences where users of varying abilities can share the same track, progress over time, and continuously develop their skills.

Our in-house design team brings together a diverse range of expertise and cultural perspectives, enabling a holistic approach that considers every angle — from rider flow and safety to environmental integration and client vision. Each design is carefully tailored to its surroundings, whether urban or rural, with full consideration given to climate and user comfort. This includes evaluating the need for shade, landscaping, and cooling strategies, particularly in extreme environments where exposure can directly impact performance and usability.

Material selection is driven by durability, performance, and long-term value. Pump tracks can be delivered in concrete or stabilised earth systems, depending on project requirements, with cast-in-situ concrete typically offering the highest level of precision, longevity, and ride quality.

The construction process follows a precise, multi-stage methodology. It begins with earthworks and subgrade preparation, including compaction and grading to achieve required densities and drainage performance. A granular subbase is installed, followed by reinforcement using rebar and mesh with strict control over alignment and cover. Formwork is then constructed to define rollers, berms, and transitions with continuous, kink-free geometry. The riding surface is formed using in-situ integrally coloured concrete, placed and finished in a controlled sequence to ensure a smooth, seamless finish, while shotcrete may be applied to complex or vertical elements to maintain accuracy and structural integrity. Joints are cut and sealed with precision, and curing is carefully managed to ensure durability, consistency, and long-term performance.

Throughout delivery, geometry and drainage are continuously verified using advanced survey methods and testing to ensure perfect flow and no water retention. The process is led by specialist teams including designers, engineers, surveyors, QA/QC, and HSE professionals, all operating under strict quality, safety, and environmental controls.

Pump tracks demand exceptional accuracy, where even minor deviations can impact rider experience. Gebal’s ability to control the full process — from concept and design through to construction and final handover — ensures a seamless result with consistent quality, optimal performance, and long-term reliability, delivering pump tracks that are not only technically refined but truly built for progression and enjoyment.