Portable disc sport training apparatus

A portable training apparatus comprising:

• a collapsible frame comprising:
• a pair of base supports configured to rest on a support surface;
• a pair of vertical poles corresponding to the pair of base supports, each of the vertical poles secured to a mid-section of a corresponding one of the base supports, and projecting upwards from the corresponding one of the base supports;
• and
• a horizontal pole disposed generally perpendicular to the pair of vertical poles and secured between the mid-section of each of the pair of base supports;
• and
• a net releasably secured to the pair of vertical poles and the horizontal pole of the collapsible frame, wherein the net comprises:
• one or more pockets built into the net, wherein the one or more pockets are configured to retain a plurality of sporting projectiles, wherein each of the one or more pockets comprises a top opening integrated into the net for receiving the sporting projectiles, and a bottom opening integrated into the net for allowing removal of the sporting projectiles;
• and
• a plurality of sensors operably coupled to a plurality of predetermined locations on the net, wherein the sensors on the net are configured to communicate with a virtual reality (VR) device configured to create an immersive experience for a user;
• wherein each of the one or more pockets comprises a loose netting return channel defined between the top opening and the bottom opening, wherein the loose netting return channel comprises a bottom surface below the bottom opening, wherein the bottom surface is is in contact with a support surface, wherein the sporting projectiles entering the loose netting return channel accumulate at the bottom surface of the loose netting return channel, and wherein sensors placed at the top opening and the bottom opening are configured to count a number of sporting projectiles accumulated at the bottom surface of the loose netting return channel;
• and
• a mobile application deployed on an electronic device of the user, wherein the mobile application is in operable communication with the plurality of sensors on the net, and wherein the mobile application is configured to receive and analyze sensor data, generate a score based analytics result, and provide recommendations based on the score based analytics result to assist in training the user.