A target device for use in training armed personnel is described including: a base portion which includes locomotion means for propelling the target around in a training area; a humanoid target is mounted in association with the base portion; the humanoid target adopts a normally upright position and is controllable to move to adopt a range of rotational positions away from the normally upright position in both of a forwards direction and a backwards direction.

The NON-LETHAL Combat Sport Robot is a tactical tool for people in the combat sports world. The robot can move through terrain and has a movable upper head piece to aim non-lethal guns and a camera to defeat opponents. It is equipped to be able to play within the rules and confines of the Combat sports. It achieves this by introducing a suite of devices including non lethal guns, mercy shot light, death flag and hit switches to comply with traditional combat sport rules.

The NON-LETHAL Combat Sport Robot is a tactical tool for people in the combat sports world. The robot can move through terrain and has a movable upper head piece to aim non-lethal guns and a camera to defeat opponents. It is equipped to be able to play within the rules and confines of the Combat sports. It achieves this by introducing a suite of devices including non lethal guns, mercy shot light, death flag and hit switches to comply with traditional combat sport rules.

An automatic rotating lifting target is disclosed, including a support, a driving mechanism, a rotating frame, and multiple target bodies. The driving mechanism is fixedly arranged at a top of the support. The rotating frame is connected to an output shaft of the driving mechanism and driven to rotate by the mechanism. A periphery of the rotating frame has multiple mounting seats. The multiple target bodies are respectively installed with rotating axles and are easily mounted on corresponding mounting seats of the rotating frame in back and forth flipping manner, and the rotating frame drives these target bodies to rotate. The automatic rotating lifting target has structures of ingenious and practical, without the need for manual flipping or setting up a driving device for flipping. It is featured with low comprehensive cost and very convenient use.

An automatic rotating lifting target is disclosed, including a support, a driving mechanism, a rotating frame, and multiple target bodies. The driving mechanism is fixedly arranged at a top of the support. The rotating frame is connected to an output shaft of the driving mechanism and driven to rotate by the mechanism. A periphery of the rotating frame has multiple mounting seats. The multiple target bodies are respectively installed with rotating axles and are easily mounted on corresponding mounting seats of the rotating frame in back and forth flipping manner, and the rotating frame drives these target bodies to rotate. The automatic rotating lifting target has structures of ingenious and practical, without the need for manual flipping or setting up a driving device for flipping. It is featured with low comprehensive cost and very convenient use.

Presented herein are methods and devices for a robotic radio controlled device which incorporates at least one articulating component and may be manipulated remotely by an instructor. The device further comprises a target and an obstacle for target training purposes. It includes a three dimensional radio controlled target, wherein an instructor is capable of remotely moving the target to improve a shooter's accuracy and accomplish training goals. The entire device may be stationary or may further comprise a moveable platform that can also be controlled remotely for movement to other nearby locations. Also disclosed herein are methods of using the robotic device for officer training purposes.

Presented herein are methods and devices for a robotic radio controlled device which incorporates at least one articulating component and may be manipulated remotely by an instructor. The device further comprises a target and an obstacle for target training purposes. It includes a three dimensional radio controlled target, wherein an instructor is capable of remotely moving the target to improve a shooter's accuracy and accomplish training goals. The entire device may be stationary or may further comprise a moveable platform that can also be controlled remotely for movement to other nearby locations. Also disclosed herein are methods of using the robotic device for officer training purposes.

The present disclosure relates to a shooting range which is movable or transportable so as to enable it to be operated at different locations as desired. The shooting range disclosed comprises of at least one open ended tubular element, a target assembly comprising at least one target and is placed at a rear end of the tubular element. The shooting range comprises of a wall means placed behind the target for resisting penetration by projectiles and to inhibit rebounding of projectiles there from. The shooting range comprises of a plurality of supporting frames for holding the open ended tubular element and wall means and further comprises a tray at the bottom of the wall means for collecting the residues.

The present disclosure relates to a shooting range which is movable or transportable so as to enable it to be operated at different locations as desired. The shooting range disclosed comprises of at least one open ended tubular element, a target assembly comprising at least one target and is placed at a rear end of the tubular element. The shooting range comprises of a wall means placed behind the target for resisting penetration by projectiles and to inhibit rebounding of projectiles there from. The shooting range comprises of a plurality of supporting frames for holding the open ended tubular element and wall means and further comprises a tray at the bottom of the wall means for collecting the residues.

The shooting target comprises: a body adapted to be a shooting object, a foot; the body is fixed to the foot; the body comprises a trunk and an upper limb; the upper limb can undergo a first movement; the first movement is obtained by pulling a cable; a first end of the cable is fixed to the upper limb so as to act as a lever when a second end of the cable is pulled. It is typically a target with human appearance.