A pump track is a looped circuit featuring banked turns (berms), rollers and bumps. Instead of pedaling, riders propel themselves by pumping their body over the terrain — shifting weight and using push-pull movements to build momentum. It is a bike playground that works for bicycles, skateboards, scooters, inline skates and balance bikes alike.
How a Pump Track Works
The core idea of a pump track is momentum without pedaling. Riders gain speed by shifting their weight and using push-pull movements over rollers and through berms — a technique called pumping. With practice, a rider can complete the entire course without touching the pedals.
Because the skill is body movement rather than raw leg power, pump tracks welcome riders of nearly every age and ability. They are designed for anyone who can ride a bike, which is why schools, parks and communities treat them as inclusive activity spaces rather than specialist facilities.
A Brief History: From Dirt to Modular Plastic
Pump tracks were traditionally built as compacted dirt trails for BMX and mountain bikes. Soil tracks are inexpensive but require frequent maintenance — rain and heavy use erode the surface and reshape the terrain, demanding regular re-grading.
Later, builders turned to asphalt and concrete. These surfaces are durable, but they are permanent structures with high construction costs and, in many places, planning approval requirements. Wood was tried too, though wooden surfaces can become slippery in rain and degrade under sunlight and moisture.
The latest generation of pump tracks is modular and made of injection-molded plastic. Modular systems assemble with basic tools, can be moved and reconfigured, and usually avoid the planning permission needed for permanent builds. That is the direction ULTRAPUMPTRACK took after years of building soil and asphalt tracks.
What Pump Tracks Are Made Of Today
Modern modular pump tracks use LLDPE (linear low-density polyethylene) with UV stabilizers and anti-aging additives. This material is rainproof, antifreeze and lightfast, so it stays rideable through heat, cold and wet seasons.
The smooth plastic surface is scratch-free for skaters and their equipment, and the anti-skid design keeps riders stable through turns. High precision, consistent quality and fast delivery come from the injection-molding process, which also allows sixteen basic modules to combine into a wide array of layouts.
Who Uses Pump Tracks?
Pump tracks are used by all wheeled sports: bikes, BMX, skateboards, scooters and inline skates. They serve as the foundation for learning control, cornering and jumping in a safe, controlled space.
Public parks add them as low-maintenance activity zones. Schools and camps use them for physical education and play. Skateparks and BMX venues add pump tracks to extend their value. Even backyard owners install compact layouts like the Stellar for family use.
Because modular tracks are movable and expandable, the same space can grow with the community — add modules, modify the line, or relocate the track to a new site.
Why Communities Are Adding Pump Tracks
Modular pump tracks are rapidly gaining popularity as innovative play-park amenities. Their appeal lies in the dynamic, engaging experience they offer people of all ages — and in their practicality for operators.
They are low-maintenance compared with soil tracks, they often require no planning permission, and they install in hours with basic tools. For a park department or a school board weighing a new facility, that combination of low cost and broad appeal is hard to beat.
ULTRAPUMPTRACK offers 18 standard layouts — from the compact Pump Cycle 1 for small spaces to the 158 m Xtreme Turbo for serious riders. Every layout carries a 5-year limited warranty and a typical lifespan of 8-10 years.
Buying a Pump Track: From Layout Choice to Installation
Choosing a track starts with the layout. ULTRAPUMPTRACK offers 18 standard layouts grouped by level, from the 12.5 m Pump Cycle 1 for small spaces to the 158 m Xtreme Turbo for serious riding facilities. Each layout balances length, footprint and features differently, so a park can pick a course that matches its site and its expected riders.
Layouts are not the limit — they are the starting point. By adding or removing modules, almost unlimited design variations are possible, and custom layouts can be designed together with the customer based on available space and budget. Standard blue color is free; custom RAL colors are available for a surcharge.
The procurement process is straightforward: design the layout, pay, produce, ship and deliver. Payment is T/T with a 50% deposit and 50% balance. Production takes 7-10 days after deposit, then sea shipping takes 20-25 days to Australia, 45-55 days to the United States and 55-60 days to Europe — with two delivery options, pickup from the nearest port or door-to-door delivery.