Every pump track, whether built of dirt, concrete or modular plastic, is assembled from a small set of repeating features. Rollers build speed, berms carry riders through corners, jumps add air, and transfer lines connect the options. Understanding these key pump track features helps riders ride better — and helps planners design a course that fits their space and their community. This guide explains each element, what it does, and how the features come together in a modular plastic track.
Rollers: The Heart of Pumping
Rollers are a sequence of small, evenly spaced humps and the fundamental building block of any pump track. The technique that gives the sport its name happens here: riders pump by pulling up as they crest the front of each hump and pushing down as they descend the back, converting body movement into forward momentum.
Rollers are where balance and timing are learned. A rider who masters rollers can maintain speed through the entire track without pedaling — the core achievement of pump track riding. On a modular track, rollers come as precision-molded sections that connect seamlessly, giving a consistent surface from one hump to the next.
Berms: Banked Turns That Keep Your Speed
Berms are banked turns — corners that are tilted so riders can lean into them while maintaining momentum. Without banking, a corner forces riders to brake; with banking, the turn itself carries the rider through with speed. Berms are essential for keeping flow on a track.
Berms are also common on mountain bike trails, which makes a pump track a safe place to practice the exact skill you need on real trails. On modular tracks, berms are molded in curved plastic sections that hold their shape through years of use, in rain or sun.
Tabletop Jumps: Safe Air for Beginners
Tabletop jumps are flat-topped jumps with a takeoff and landing on either side. The flat top gives beginners a forgiving introduction to air: if a rider takes off too short or long, the table surface provides a safer place to land or roll out than a sharp lip.
They also make it easy to bail out if a jump goes wrong — a rider can roll over the tabletop rather than committing to the full gap. This makes tabletops the standard choice for pump tracks that serve mixed ages and abilities, where the goal is progression without unnecessary risk.
Transfer Lines: Variety and Choice
Transfer lines are sections that allow riders to switch from one line to another, connecting different parts of a course. They add flexibility and variety, letting each rider choose a path that matches their skill level on any given lap.
Transfer lines are most common on free-form pump tracks, where the course is designed as a network of options rather than a single loop. On a modular system, they are one more reason the track can serve everyone — a beginner can take the smooth line while an advanced rider loops back for the jumps.
How the Features Come Together on a Modular Track
On a modular plastic pump track, all of these features are injection-molded from LLDPE with UV stabilizers and anti-aging additives, so they keep their shape through rain, frost and strong sunlight. The smooth surface is scratch-free for skaters and their equipment, and an anti-skid design keeps riders stable through berms and rollers.
ULTRAPUMPTRACK combines these features into 18 standard layouts, each balancing rollers, berms and jumps differently — from the Micro-level Pump Cycle 1 to the Deluxe-level Xtreme Turbo at 158 m. Custom layouts add, remove or rearrange modules, so the mix of features can be tuned to the space and the riders it serves.
Designing a Layout: How the Features Are Balanced
The balance of rollers, berms and jumps defines a track's character. ULTRAPUMPTRACK's 18 standard layouts are grouped into levels so planners can match the feature mix to the riders they expect: Micro layouts for beginners and small sites, Core layouts for neighborhood parks, and Deluxe layouts for serious riding and events.
A small space might suit the 12.5 m Pump Cycle 1, where rollers dominate and jumps stay low. A neighborhood park might choose a Core layout with a mix of rollers, berms and a couple of tabletop jumps. A large venue can move up to the 158 m Xtreme Turbo, where the feature density creates an advanced riding experience.
Customization tunes the balance further. Because layouts are built by combining modules, designers can add more rollers for a skills-focused course, more berms for a flow-focused course, or more jumps for an advanced crowd — and change the balance later by adding or removing sections.