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.

A portable control module autonomously positions a target deployed in a combat simulation course. The module chassis is bullet-resistant and angled to deflect errant shots, and encloses a control circuit having an adjustable target exposure delay, an adjustable target exposure duration, means for receiving a trigger signal representing movement of a human body, means for revealing the target when the exposure delay lapses after triggering, means for enabling, only when the target is revealed, hit detection means detecting a shot striking the target, and means for concealing the target responsive to earliest occurrence of the shot detection or lapse of the target exposure duration. The module may include means for relaying the trigger signal to other modules within a cooperative decentralized target control system. A method for the autonomous position control is also disclosed.

A portable control module autonomously positions a target deployed in a combat simulation course. The module chassis is bullet-resistant and angled to deflect errant shots, and encloses a control circuit having an adjustable target exposure delay, an adjustable target exposure duration, means for receiving a trigger signal representing movement of a human body, means for revealing the target when the exposure delay lapses after triggering, means for enabling, only when the target is revealed, hit detection means detecting a shot striking the target, and means for concealing the target responsive to earliest occurrence of the shot detection or lapse of the target exposure duration. The module may include means for relaying the trigger signal to other modules within a cooperative decentralized target control system. A method for the autonomous position control is also disclosed.

A mechanical target system is disclosed, including a frame; a target rotatably connected to the frame; a reset rotatably connected to the frame; a locking system configured to hold the target in a locked position; and an unlocking system configured to release the target from the locked position. Contacting the target can move the target from an unlocked position to the locked position. Contacting the reset can move the target from the locked position to the unlocked position.

A mechanical target system is disclosed, including a frame; a target rotatably connected to the frame; a reset rotatably connected to the frame; a locking system configured to hold the target in a locked position; and an unlocking system configured to release the target from the locked position. Contacting the target can move the target from an unlocked position to the locked position. Contacting the reset can move the target from the locked position to the unlocked position.

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.

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.

A mechanical target system is disclosed, including a frame; a target rotatably connected to the frame; a reset rotatably connected to the frame; a locking system configured to hold the target in a locked position; and an unlocking system configured to release the target from the locked position. Contacting the target can move the target from an unlocked position to the locked position. Contacting the reset can move the target from the locked position to the unlocked position.