Abstract: An all-terrain vehicle accessory mounting device includes a pair of tracks that is each attachable to an all-terrain vehicle at a strategic location on the all-terrain vehicle. A pair of locks is each movably attached to a respective one of the pair of tracks. A pair of rails is each attachable to an accessory related to the all-terrain vehicle. Each of the pair of rails slidably engages a respective one of the pair of tracks for removably mounting the accessory to the all-terrain vehicle. A respective one of the pair of locks on a respective one of the pair of tracks releasably engages a respective one of the rails for securing the respective rail in the respective track. The respective rail is removable from the respective track when the respective lock is urged into the unlocking position thereby enabling the accessory to be removed from the all-terrain vehicle.

Abstract: Disclosed herein is a land vehicle remotely controlled movable light system. The system includes a plurality of lights which are mounted in various locations on the vehicle each of which includes an adjustment mechanism attached thereto enabling the adjustment of the rotative and annular position of the light. The adjustments are made via a controller mechanism which may be removably attached within the passenger compartment of the vehicle and including one controller device for each light. In the preferred embodiment, the controller mechanism may be attached within the passenger compartment of the vehicle and may operate the lighting devices through the use of electrical conductors wires within the vehicle.