Abstract: An improved drum pedal utilizes an advanced dampening system in combination with a base, pedal, beater assembly, and support structure. The pedal is mounted to the base while the support structure forms a first pillar and second pillar that allow rotation of an axle positioned between them. A cam on the axle is connected to the pedal by a first chain, allowing the beater assembly to be actuated by the pedal. The dampening system provides an opposed first dampening mechanism and second dampening mechanism, which are tethered to each other by a second chain. The second chain is engaged with a sprocket that is connected to the axle, such that rotation of the axle results in corresponding movement of the dampening mechanisms. Compression springs, combined with cylinders and flanges, respond to movement of the axle with dynamic tension. This is an improvement over the spring implementation of current drum pedals.

Abstract: An improved drum pedal utilizes an advanced dampening system in combination with a base, pedal, beater assembly, and support structure. The pedal is mounted to the base while the support structure forms a first pillar and second pillar that allow rotation of an axle positioned between them. A cam on the axle is connected to the pedal by a first chain, allowing the beater assembly to be actuated by the pedal. The dampening system provides an opposed first dampening mechanism and second dampening mechanism, which are tethered to each other by a second chain. The second chain is engaged with a sprocket that is connected to the axle, such that rotation of the axle results in corresponding movement of the dampening mechanisms. Compression springs, combined with cylinders and flanges, respond to movement of the axle with dynamic tension. This is an improvement over the spring implementation of current drum pedals.