A capo for a musical instrument with a neck and a plurality of parallel strings disposed above the neck. The capo includes a U-shaped yoke having first and second branches, and a clamping bar assembly pivotally attached to one of the yoke branches. The clamping bar assembly includes a main bar body and a plurality of separate string clamp members, which are operatively attached to the main bar body and formed of a substantially rigid plastic material. The clamping bar assembly also includes one or more flexibly resilient cushion members provided between the string clamp members and the main bar body. The main bar body may have sockets formed therein which receive individual cushion members and portions of the string clamp members. Alternatively, the string clamp members may share a single elongated cushion member, and may have passages formed therethrough allowing for slidable mounting on a solid main bar body.

A capo for a musical instrument with a neck and a plurality of parallel strings disposed above the neck. The capo includes a U-shaped yoke having first and second branches, and a clamping bar assembly pivotally attached to one of the yoke branches. The clamping bar assembly includes a main bar body and a plurality of separate string clamp members, which are operatively attached to the main bar body and formed of a substantially rigid plastic material. The clamping bar assembly also includes one or more flexibly resilient cushion members provided between the string clamp members and the main bar body. The main bar body may have sockets formed therein which receive individual cushion members and portions of the string clamp members. Alternatively, the string clamp members may share a single elongated cushion member, and may have passages formed therethrough allowing for slidable mounting on a solid main bar body.

A multi-stringed musical instrument, such as a guitar, having a neck with a partially hollow interior containing a number of linear actuators, each connected to a fret which projects proud of the neck and is in contact with a taught string, wherein the linear actuators are controlled by means of a user-selected input signal via functional communication with a small control panel, tablet, smartphone, computer or laptop.

A capo for a musical instrument includes a yoke with a center section and two opposed branches. A clamping bar, pivotally connected to one yoke branch, includes an engaging boss which fits into a machined notch of a second yoke branch, to releasably lock the clamping bar between the branches of the yoke. A resilient, string-contacting member is located on the main body of the clamping bar. The yoke's center section has a central bore therein with a non-circular cross section which may be X-shaped, and also has a hollow passage extending in a direction which is perpendicular to an axis of the central bore. A saddle member has a central stem extending through, and configured to slidably fit into the yoke's central bore, and a seat is attached to the stem. An adjustment member is provided for adjusting a position of the saddle member on the yoke.

A capo for a musical instrument includes a yoke with a center section and two opposed branches. A clamping bar, pivotally connected to one yoke branch, includes an engaging boss which fits into a machined notch of a second yoke branch, to releasably lock the clamping bar between the branches of the yoke. A resilient, string-contacting member is located on the main body of the clamping bar. The yoke's center section has a central bore therein with a non-circular cross section which may be X-shaped, and also has a hollow passage extending in a direction which is perpendicular to an axis of the central bore. A saddle member has a central stem extending through, and configured to slidably fit into the yoke's central bore, and a seat is attached to the stem. An adjustment member is provided for adjusting a position of the saddle member on the yoke.

A pitch adjusting device, such as a capo, and a method for adjusting the pitch for a stringed instrument that comprises a neck. The capo comprises at least one string actuating member that is an elongated member held to the capo by a biasing means such that the string actuating member extends along the extension direction of the neck when the capo is attached to the stringed instrument. The string actuating member is adjustable in a linear direction along said extension direction at the biasing means.

A pitch adjusting device, such as a capo, and a method for adjusting the pitch for a stringed instrument that comprises a neck. The capo comprises at least one string actuating member that is an elongated member held to the capo by a biasing means such that the string actuating member extends along the extension direction of the neck when the capo is attached to the stringed instrument. The string actuating member is adjustable in a linear direction along said extension direction at the biasing means.

Provided is a capo that can be operated simply and reliably. A capo includes a pair of arm members (a first arm member and a second arm member) capable of sandwiching a neck, and an electric drive mechanism that changes a distance between the pair of arm members.

Provided is a capo that can be operated simply and reliably. A capo includes a pair of arm members (a first arm member and a second arm member) capable of sandwiching a neck, and an electric drive mechanism that changes a distance between the pair of arm members.

The present invention is directed to a capo, or a fretpad for a capo, for use with a stringed musical instrument. The fretpad is manufactured from a pliable material that mimics the compression of a human finger, and which prevents the instrument from going out of tune prematurely. The fretpad insert is radiused and configured to be insertable into a frame, which may be detachably connected to a capo body.