Abstract: An accuracy development device is disclosed, including a simulated projectile coupled to a feedback mechanism. The feedback mechanism provides feedback indicating whether a desired impact point on the simulated projectile has been hit by a free projectile propelled toward it. In one embodiment, the desired impact point may be a sensor that is coupled to the feedback mechanism. The simulated projectile may be fixed to a contact location on a base such that the simulated projectile may not be moved in a translational sense but so that it may be rotated about an axis that extends through the contact location and the simulated projectile and is substantially perpendicular to the base. The desired impact point may thus be moved to a variety of different positions with respect to the free projectile, allowing the invention to be used for accuracy development from setups having a wide variety of initial conditions.

Abstract: An accuracy development device is disclosed, including a simulated projectile coupled to a feedback mechanism. The feedback mechanism provides feedback indicating whether a desired impact point on the simulated projectile has been hit by a free projectile propelled toward it. In one embodiment, the desired impact point may be a sensor that is coupled to the feedback mechanism. The simulated projectile may be fixed to a contact location on a base such that the simulated projectile may not be moved in a translational sense but so that it may be rotated about an axis that extends through the contact location and the simulated projectile and is substantially perpendicular to the base. The desired impact point may thus be moved to a variety of different positions with respect to the free projectile, allowing the invention to be used for accuracy development from setups having a wide variety of initial conditions.