Abstract: A lightweight, remote-controlled, self-propelled equipment support and transport system is stabilized against unwanted angular deviation in each of three perpendicular axes and adapted for motion at high speed along a simple tubular monorail. The system can be quickly and efficiently ground-mounted on stands, suspended horizontally from brackets or from a variety of overhead supports, or vertically mounted alongside a mast or wall. The system includes an elongated drive car running on and partly surrounding a rail, and an equipment support associated with the drive car and configured so that the supported equipment is transversely and longitudinally spaced and balanced about a point just below the center of the rail. The equipment support is mounted in angular isolation relative to the drive car by a system of damped pivots about pitch and yaw axes.

Abstract: A camera stabilizing support apparatus includes motorized "x-y translation" of one or more components of the camera equipment, such that no mechanical forces are imparted to the overall system which would adversely affect the angular position of the gimbaled mass, synchronous control of the motion of lower masses of the camera stabilizing support apparatus so that both dynamic and static balance is preserved throughout the range of motion, and an adjustable gimbal mechanism which serves to isolate the system's equipment support from the support arm extending from the operator's body harness which provides both coarse and fine location adjustment, and provides positive self-centering for these gimbal locking elements so that no clamp distortion occurs.

Abstract: The support arm of a camera stabilizing device is provided with a tensioning assembly which is mated to the support arm in a fashion which permits continuous adjustment of the geometric relationship between the end points of the tensioning assembly and the remaining structures which comprise the support arm. This can include adjustment of the frame of the support arm, or adjustment of an end point of the tensioning assembly relative to the frame of the support arm using a cable and drum arrangement coupled with a spring of appropriate size and tension.

Abstract: The support arm of a camera stabilizing device is provided with a tensioning assembly which is mated to the support arm in a fashion which permits continuous adjustment of the geometric relationship between the end points of the tensioning assembly and the remaining structures which comprise the support arm. This can include adjustment of the frame of the support arm, or adjustment of an end point of the tensioning assembly relative to the frame of the support arm using a cable and drum arrangement coupled with a spring of appropriate size and tension.