Abstract: A virtual reality weapon accessory comprising a baton and a tracker adapter coupled to the baton wherein the tracker adapter is configured to adapt with a virtual reality tracker that facilitates communications between the baton and a virtual reality computing device. The tracker adapter includes a groove comprising a female socket configured to receive a strike plate of the virtual reality tracker wherein the groove includes a magnet that attracts to the strike plate. The tracker adapter further includes a pin pad configured to establish signal connections with the virtual reality tracker to transmit signals from the baton to the tracker. The tracker adapter may be configured to detect a flick motion associated with the baton.

Abstract: Numerous examples are disclosed of a system and method for universal tracking of physical objects in a physical environment and generating accurate virtual counterparts within an extended reality (XR) environment. In one example, a magnetic tracking system comprises a first XR device to generate a XR environment for a first user, an electromagnetic field (EMF) source to generate EMF, a first tracked object, and a first magnetic sensor physically coupled to the first tracked object to receive the EMF and generate a first sequence of tracking data, wherein the XR environment generates a first virtual counterpart to the first tracked object.

Abstract: A magnetic tracker mount comprising a tracker interface configured to adapt a weapon to a tracker that facilitates communications between the weapon and a virtual reality computing device. The tracker interface comprising a base plate including a groove comprising a female socket configured to receive a catch plate of the tracker, wherein the groove includes a magnet that attracts to the catch plate. The tracker interface further comprising a pin pad including pins configured to establish signal connections with the tracker, the pins transmitting signals from the weapon to the tracker.

Abstract: A virtual reality weapon accessory comprising a baton and a tracker adapter coupled to the baton wherein the tracker adapter is configured to adapt with a virtual reality tracker that facilitates communications between the baton and a virtual reality computing device. The tracker adapter includes a groove comprising a female socket configured to receive a strike plate of the virtual reality tracker wherein the groove includes a magnet that attracts to the strike plate. The tracker adapter further includes a pin pad configured to establish signal connections with the virtual reality tracker to transmit signals from the baton to the tracker. The tracker adapter may be configured to detect a flick motion associated with the baton.

Abstract: A selective fire detection assembly for detecting selective fire of a selective-fire weapon coupled to a virtual reality system, the selective fire detection assembly comprising a circuit board comprising a safety detection switch comprising a first electrical circuit configured to communicate signals representative of firing modes selected on a selective-fire weapon to a virtual reality computing device. The circuit board further comprising a trigger detection switch comprising a second electrical circuit configured to communicate signals representative of trigger pull on the selective-fire weapon to the virtual reality computing device. The circuit board further comprising a mounting bracket configured to mount the circuit board to the selective-fire weapon.

Abstract: A magnetic tracker mount comprising a tracker interface configured to adapt a weapon to a tracker that facilitates communications between the weapon and a virtual reality computing device. The tracker interface comprising a base plate including a groove comprising a female socket configured to receive a catch plate of the tracker, wherein the groove includes a magnet that attracts to the catch plate. The tracker interface further comprising a pin pad including pins configured to establish signal connections with the tracker, the pins transmitting signals from the weapon to the tracker.

Abstract: A recoil mount for a virtual reality tracker comprising a resonator that is situated in between a one or more dampers, the one or more dampers each including a strut that is coupled to opposing sides of the resonator, a tracker interface coupled to the resonator, the tracker interface adaptable with a virtual reality tracker, and a pair of fasteners that mount the one or more dampers to a weapon mounting surface.