A fencing training apparatus, including: a detachable handle; and a polyethylene foam blade removably secured to the detachable handle.

A fencing reaction time training assembly for improving thrust and lunge performance includes a fencing sword, a notification module, and a controller. The fencing sword comprises a grip and a blade. The blade, attached to the grip, includes a tip having a contact switch attached thereto. The notification module provides a sensory cue to a user to prompt the user to thrust the fencing sword to complete a touch of the tip upon an object, whereupon the contact switch is actuated and a touch signal is generated. The controller is operationally engaged to the contact switch and the notification module. The controller is programmed to randomly actuate the notification module to generate the sensory cue, to receive the touch signal, and to calculate an exercise time based on a time differential between the actuation of the notification module and receipt of the touch signal.

A fencing reaction time training assembly for improving thrust and lunge performance includes a fencing sword, a notification module, and a controller. The fencing sword comprises a grip and a blade. The blade, attached to the grip, includes a tip having a contact switch attached thereto. The notification module provides a sensory cue to a user to prompt the user to thrust the fencing sword to complete a touch of the tip upon an object, whereupon the contact switch is actuated and a touch signal is generated. The controller is operationally engaged to the contact switch and the notification module. The controller is programmed to randomly actuate the notification module to generate the sensory cue, to receive the touch signal, and to calculate an exercise time based on a time differential between the actuation of the notification module and receipt of the touch signal.

The present disclosure relates to a fencing reel system (100) comprising a spool/reel drum (102) configured to wound a reel around. The system (100) comprising a handle (104) configured to carry the reel. The system (100) comprising a frame body (106) configured to provide supporting structure that holds the spool/reel drum (102) and handle (104) together. The system (100) comprising at least one threaded female opening (108) configured to accept extensions. The system (100) comprising at least one male threaded extender (110) attached to the threaded female opening (108) and configured to be screwed in the threaded female opening (108). The system (100) comprising a plurality of suction cup (112) attached to the end of the male threaded extender (110) and configured to secure positioning of the reel. The system (100) comprising a light functionality mechanism (114) with light repeaters (118) strategically placed behind the players to view the scores in real-time

The present disclosure relates to a fencing reel system (100) comprising a spool/reel drum (102) configured to wound a reel around. The system (100) comprising a handle (104) configured to carry the reel. The system (100) comprising a frame body (106) configured to provide supporting structure that holds the spool/reel drum (102) and handle (104) together. The system (100) comprising at least one threaded female opening (108) configured to accept extensions. The system (100) comprising at least one male threaded extender (110) attached to the threaded female opening (108) and configured to be screwed in the threaded female opening (108). The system (100) comprising a plurality of suction cup (112) attached to the end of the male threaded extender (110) and configured to secure positioning of the reel. The system (100) comprising a light functionality mechanism (114) with light repeaters (118) strategically placed behind the players to view the scores in real-time

A fencing training system delivers programmable visual cues to simulate referee commands and tactical bout scenarios. It includes a transparent panel (11) with addressable LED lights (10), mounted on a tripod (12) and controlled by a microcontroller (14). Timed color and pattern sequences prompt fencers to initiate offensive, defensive, or interpretive actions. Users can customize delay intervals, cue types, and repetition frequency. The system improves timing accuracy, footwork consistency, and decision-making within the four-meter engagement zone. Configurable preparation windows and distance markers (20, 22, 24) aid spatial judgment. The system is adaptable for saber and foil fencing and may include auditory cues, motion detection, or mobile app control. Designed for portability and real-time responsiveness, it supports solo and group training. The invention may also be adapted for other sports requiring timed decision-making in confined spaces and incorporate AI-based customization using bout performance data to personalize footwork timing and cue sequences.

A fencing training system delivers programmable visual cues to simulate referee commands and tactical bout scenarios. It includes a transparent panel (11) with addressable LED lights (10), mounted on a tripod (12) and controlled by a microcontroller (14). Timed color and pattern sequences prompt fencers to initiate offensive, defensive, or interpretive actions. Users can customize delay intervals, cue types, and repetition frequency. The system improves timing accuracy, footwork consistency, and decision-making within the four-meter engagement zone. Configurable preparation windows and distance markers (20, 22, 24) aid spatial judgment. The system is adaptable for saber and foil fencing and may include auditory cues, motion detection, or mobile app control. Designed for portability and real-time responsiveness, it supports solo and group training. The invention may also be adapted for other sports requiring timed decision-making in confined spaces and incorporate AI-based customization using bout performance data to personalize footwork timing and cue sequences.

An athlete agility-training system is disclosed. The system includes a frame and several of mounting plates. Each plate is removably secured to an associated position on the frame. The frame includes at least one athlete agility-training (or reaction-training) device removably secured to one of the plural mounting plates. Each plate includes a shank portion that extends from a device-mounting portion. The device-mounting portion is planar and substantially circular. A first end portion of the shank of the plate is unitary with a peripheral-edge portion of the substantially circular and planar device-mounting portion.

An athlete agility-training system is disclosed. The system includes a frame and several of mounting plates. Each plate is removably secured to an associated position on the frame. The frame includes at least one athlete agility-training (or reaction-training) device removably secured to one of the plural mounting plates. Each plate includes a shank portion that extends from a device-mounting portion. The device-mounting portion is planar and substantially circular. A first end portion of the shank of the plate is unitary with a peripheral-edge portion of the substantially circular and planar device-mounting portion.

An athlete agility-training system is disclosed. The system includes a frame and several of mounting plates. Each plate is removably secured to an associated position on the frame. The frame includes at least one athlete agility-training (or reaction-training) device removably secured to one of the plural mounting plates. Each plate includes a shank portion that extends from a device-mounting portion. The device-mounting portion is planar and substantially circular. A first end portion of the shank of the plate is unitary with a peripheral-edge portion of the substantially circular and planar device-mounting portion.