1. Ballistic gravimeter with induction-dynamic drive process for a symmetric measurement of gravitational acceleration, comprising a test body with an optical corner reflector, a vacuum chamber, a pusher of the test body, the guide elements, electromechanical drive, consisting of coaxial armature coils with a winding, wherein that the electromechanical drive induction-dynamic type is in the form of disc-shaped windings to be connected to the capacitive energy storage device and positioned in Single carcass of insulating material, the anchor is formed as a disk of electrically conductive material, the lower side of which faces the upper side of the coil winding, and the upper side is connected with the force pushing the disc so that orderly arranged in the tangential direction on the same radius of the power drive at least three holes with bearings comprise guide elements formed in the form of vertical uprights of circular section, wherein the winding is connected to the capacitive energy storage device by means of two oppositely-pa Allelic connected controlled thyristors, one of which provides an initial repulsion, and the other - the subsequent inhibition relative katushki.2 armature winding. Ballistic gravimeter according to claim 1, characterized in that the massive force plate on which are fixed radially and coil covering its vertical rack mounted on a damper on the bottom of the vacuum kamery.3. Ballistic gravimeter according to claim 1, characterized in that the test body to the bottom of the guide cone is axially coupled, the shape of the side walls which coincide
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