Dissertation on Flow

The bicycle is a big lever. When the rider pulls the lever while riding through a curved transitioned survace, the resulting centripetal force generates increased outbound crank-free momentum for the rider. This phenomenon is called 'flow'.

Riders flow waves, curbs, banks, skateparks, trails, and other.

Skateboards are shorter levers. Therefore by the laws of physics skateboards are not capable of generating the same torque as Flow Pedals.

Skateboard riders can nonetheless achieve peak navigable speeds capable of killing themselves and others from the impacts of collisions.

Both classes of action sports vehicles - BMX bicycles and skateboards - are also capable of landing their riders lucrative professional athletics contracts.

Because cranks and pedals spin around three axes, riders of all levels struggle to keep stable while flowing a transition.

Flow Pedals only spin around one axis. The rider can create more torque with less effort, going higher and landing softer.

Flow Pedals are about 3lbs lighter, too.

Slipping a pedal on cranks releases unpredictable energy as the cranks quickly snap around from the weight of the opposite foot.

Flow Pedals' single axis is easy to keep track of, and doesn't snap violently if the rider slips, and make ejecting simple.

Cranks sometimes spin and catch pant leggings or otherwise hang-up the rider when ejecting. Hanging-up is far less likely with Flow Pedals.

For flowing, Flow Pedals have superior psychics.