A percussion instrument, in particular electronic percussion instrument, includes at least one main attack element having at least one main attack surface and with a position detecting unit which is at least provided to detect an attack position of the main attack surface. The position detecting unit comprises at least two position detecting elements which are arranged decentrally with respect to the main attack surface, at least when the main attack surface is viewed perpendicularly.

Provided is an electronic machine to which an electronic percussion instrument is connected, the electronic machine including a processor configured to display a striking surface display that models a striking surface of the electronic percussion instrument and is composed of at least a two-dimensional image, and display a strike position display disposed at at least a two-dimensional position based on a strike position acquired from the electronic percussion instrument at a corresponding position on the striking surface display.

A percussion instrument includes a body portion having a cylindrical shape. The body portion has an opening on a first side of the body portion in an axial direction to which a head is attached. The percussion instrument further includes a rim sensor configured to detect an impact on a rim portion of the body portion. The percussion instrument further includes a head sensor configured to detect an impact on the head. The percussion instrument further includes a support portion supporting the rim sensor and being located within the body portion while being spaced apart from a wall of the body portion when viewed from the axial direction. The support portion is also spaced apart from the head to be attached toward another side in the axial direction. The support portion faces the head in the axial direction. The percussion instrument further includes a plurality of connection portions.