A marching carrier is worn by a percussion player and supports an instrument at a front of a body of the player. The marching carrier includes a belly plate that covers an abdomen region of the player and includes a belly pad in a section that contacts the abdomen region, and a carrier main body that is put on shoulders of the player and is fixed to the belly plate. The carrier main body includes shoulder pads in sections that contact the shoulders. The carrier main body includes a rod that includes two front extending portions. The front extending portions extend from the shoulders toward the abdomen region. The carrier main body is configured to adjust a position in a front-rear direction of the belly pad.

A marching carrier is worn by a percussion player and supports an instrument at a front of a body of the player. The marching carrier includes a belly plate that covers an abdomen region of the player and includes a belly pad in a section that contacts the abdomen region, and a carrier main body that is put on shoulders of the player and is fixed to the belly plate. The carrier main body includes shoulder pads in sections that contact the shoulders. The carrier main body includes a rod that includes two front extending portions. The front extending portions extend from the shoulders toward the abdomen region. The carrier main body is configured to adjust a position in a front-rear direction of the belly pad.

A pedal assembly for a percussion instrument is provided, including: a base, a shaft, a pedal and a returning mechanism. The base includes a bottom plate and a first rod member disposed on the bottom plate. The shaft is rotatably disposed on the first rod member about an axial direction. The pedal is swingably connected between the bottom plate and the shaft. The returning mechanism includes an axial rod being co-movable with the shaft, a housing sleeved to the axial rod, an elastic member received in the housing and an adjusting assembly connected with the housing. The elastic member is located between the axial rod and the housing, and a relative position of the housing and the axial rod is adjustable by the adjusting assembly.

A pedal assembly for a percussion instrument is provided, including: a base, a shaft, a pedal and a returning mechanism. The base includes a bottom plate and a first rod member disposed on the bottom plate. The shaft is rotatably disposed on the first rod member about an axial direction. The pedal is swingably connected between the bottom plate and the shaft. The returning mechanism includes an axial rod being co-movable with the shaft, a housing sleeved to the axial rod, an elastic member received in the housing and an adjusting assembly connected with the housing. The elastic member is located between the axial rod and the housing, and a relative position of the housing and the axial rod is adjustable by the adjusting assembly.

An electronic percussion instrument capable of simulating a rendition of an acoustic percussion instrument is provided. The electronic percussion instrument includes a housing, a percussion surface attached to the housing, a pressure sensor disposed on a central section of the percussion surface on a side of the back surface and configured to detect pressing against the central section, a head vibration sensor disposed on a peripheral section of the percussion surface on the side of the back surface and configured to detect vibrations of the peripheral section, and a rim vibration sensor disposed at a position overlapping the head vibration sensor when seen in a plan view of the percussion surface and configured to detect vibrations of the housing.

An electronic percussion instrument capable of simulating a rendition of an acoustic percussion instrument is provided. The electronic percussion instrument includes a housing, a percussion surface attached to the housing, a pressure sensor disposed on a central section of the percussion surface on a side of the back surface and configured to detect pressing against the central section, a head vibration sensor disposed on a peripheral section of the percussion surface on the side of the back surface and configured to detect vibrations of the peripheral section, and a rim vibration sensor disposed at a position overlapping the head vibration sensor when seen in a plan view of the percussion surface and configured to detect vibrations of the housing.

The present invention provides a drum snare including a fixed seat, an actuation column, an actuation handle, a pull-down seat, an adjustment bolt, and a packing assembly. The actuation handle passes through a lateral hole to connect and fix to the actuation column. The lateral hole includes two snap-in slots pressing against the actuation handle. The pull-down seat includes a clamping seat and a non-circular rod body passing through the fixed seat in a non-rotation manner. The non-circular rod body includes an internal thread hole. The adjustment bolt is rotatably fixed on the actuation column. The adjustment bolt includes a thread section penetrating in the internal thread hole. The packing assembly is provided between the adjustment bolt and the actuation column. Therefore, a friction force between the adjustment bolt and the actuation column is increased through the packing assembly, and looseness of the adjustment bolt can be avoided.

The present invention provides a drum snare including a fixed seat, an actuation column, an actuation handle, a pull-down seat, an adjustment bolt, and a packing assembly. The actuation handle passes through a lateral hole to connect and fix to the actuation column. The lateral hole includes two snap-in slots pressing against the actuation handle. The pull-down seat includes a clamping seat and a non-circular rod body passing through the fixed seat in a non-rotation manner. The non-circular rod body includes an internal thread hole. The adjustment bolt is rotatably fixed on the actuation column. The adjustment bolt includes a thread section penetrating in the internal thread hole. The packing assembly is provided between the adjustment bolt and the actuation column. Therefore, a friction force between the adjustment bolt and the actuation column is increased through the packing assembly, and looseness of the adjustment bolt can be avoided.

A drum pedal is characterized by including: a base part; a pair of support parts provided at the front side of the base part; a cam part that is axially coupled to the pair of support parts via a main shaft; a hitting part that is axially coupled to the pair of support parts via the main shaft and disposed to be adjacent to the cam part; a pedal part of which one end is coupled to the rear side of the base part and which is formed to extend in the direction of the front side of the base part; and a power transmission part that connects the cam part and the pedal part and rotates the main shaft and the cam part according to a load applied to the pedal part, wherein at least two different power transmission parts can be selectively coupled to the cam part.

A compact drum kit is provided. The drum kit has a body having a hollow interior cavity and a sound hole for transmitting sound wave from the interior cavity to exterior of the body, the body has a striking head and an opposing resonant head. The drum kit has a top plate attaching to a top side of the body and a platform attaching to a bottom side of the body. A plurality of upward extending component mounting shafts are supported by shaft locking mechanisms. A drum kick assembly is positioned on the striking head side of the body and including a beater positioned to strike the striking head of the body to produce a sound. A hi-hat pedal assembly is positioned on the resonant head side of the body. The hi-hat pedal assembly can be attached to a hi-hat pedal assembly plate at a variety of distances and angles. The hi-hat pedal assembly plate can be pivotally connected to the bottom platform that the hi-hat pedal plate forms a portion of the body when the hi-hat pedal assembly plate is folded up for storage.