Xcelerator Kick Go Scooter

Reengineered from the original Kick 'N Go scooter of the 1970s, the Pulse Xcelerator Kick 'N Go scooter provides a modern incarnation of the classic racing machine with a markedly faster and smoother ride. Unlike traditional scooters that require constant pushing off the ground, the Pulse Kick 'N Go uses a unique chain driven kick lever propulsion system that allows you to accelerate and maintain speed without ever touching foot-to-ground.

Even beginning riders can hop on and execute tight turns while maintaining a balanced stance on the deck. It features a high-performance Chromoly steel frame with an ultra fine traction stripe on an ultra stiff, high tensile steel punch deck. You'll power the scooter with the single-action, dual sided, T-bar propulsion pedal at the back of the deck. After kicking it to power your ride, the T-bar comes back to its normal position within a few seconds for another propulsive kick.

The handlebar includes ally, two-finger brake levers, dual-density control grips, and an internal downtube folding mechanism. It's completed by upgradeable BSB ABEC 7 precision speed bearings and 92A urethane street racing wheels with reinforced nylon hubs. It's quick and easy to assemble, and all necessary tools are included.

Pulse Technology features, oversized Hi tensile strength steel blade forks, Non stretch Braided steel "power" brake line, Stationary single piece Aero down tube with Lateral torsion limit, Upgradable BSB Abec 7 Precision Speed Bearings, 230mm 89A Urethane Reinforced Hubs, Ultrafine Traction strip, on an ultra-stiff H-T steel "punch deck", Single action, dual sided, T-bar propulsion pedal, Unique "Pulse XT" upgradable propulsion "powerplant", Open class, torque limiting box frame construction, 175mm, 89A Urethane "street racing" wheels with nylon reinforced hubs, Powerplant protection lapper (grind plate) with subframe brace, 2 finger brake lever, Kraton dual-density control grips, High powered "full sweep" band brake system, internal "Downtube" folding mechanism

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