A modular protective pad system includes a plurality of modular pad units that can be secured to each other in a variety of configurations in two or three-dimensions using a set of removable patches that selectively engage with touch fasteners of the modular pad units. Example configurations include side-by-side, face-to-face, and folded/semi-folded configurations, as well as any suitable combination of these configurations.

A bounce house securing assembly includes a plurality of blocks that is each of the blocks is comprised of a weighted material such that each of the blocks has a weight of at least 40.0 pounds. In this way the plurality of blocks have sufficient weight to inhibit a bounce house from becoming airborne. A plurality of top handles is each coupled to a respective one of the blocks thereby facilitating the respective blocks to be carried. A plurality of side handles is each movably coupled to a respective one of the blocks thereby facilitating the respective block to be carried. A plurality of spikes is each of the spikes is coupled to and extends downwardly from a respective one of the blocks for penetrating a support surface to inhibit the respective block from moving on the support surface. Each of the spikes is extendable through a respective one of a plurality of securing loops on the bounce house to anchor the bounce house to the support surface.

A modular protective pad system includes a plurality of modular pad units that can be secured to each other in a variety of configurations in two or three-dimensions using a set of removable patches that selectively engage with touch fasteners of the modular pad units. Example configurations include side-by-side, face-to-face, and folded/semi-folded configurations, as well as any suitable combination of these configurations.

A modular protective pad system includes a plurality of modular pad units that can be secured to each other in a variety of configurations in two or three-dimensions using a set of removable patches that selectively engage with touch fasteners of the modular pad units. Example configurations include side-by-side, face-to-face, and folded/semi-folded configurations, as well as any suitable combination of these configurations.

A modular protective pad system includes a plurality of modular pad units that can be secured to each other in a variety of configurations in two or three-dimensions using a set of removable patches that selectively engage with touch fasteners of the modular pad units. Example configurations include side-by-side, face-to-face, and folded/semi-folded configurations, as well as any suitable combination of these configurations.

A modular protective pad system includes a plurality of modular pad units that can be secured to each other in a variety of configurations in two or three-dimensions using a set of removable patches that selectively engage with touch fasteners of the modular pad units. Example configurations include side-by-side, face-to-face, and folded/semi-folded configurations, as well as any suitable combination of these configurations.

A device for receiving a user and cushioning an impact where a plurality of air displacement units are connected through air displacement units comprising discrete pillars extending above base cells where base cells are selectively connected to adjoining base cells to attenuate and manage air flow. A tarp connected to each base cell provides positional stability and a cover connected across a top surface of the device provides a working surface to receive a user. The combined elements provide a cushioned impact for a user. The device can be inflated with a portable blower positioned within the device that can be battery powered to provide a mobile and portable inflatable impact device.

A device for receiving a user and cushioning an impact where a plurality of air displacement units are connected through air displacement units comprising discrete pillars extending above base cells where base cells are selectively connected to adjoining base cells to attenuate and manage air flow. A tarp connected to each base cell provides positional stability and a cover connected across a top surface of the device provides a working surface to receive a user. The combined elements provide a cushioned impact for a user. The device can be inflated with a portable blower positioned within the device that can be battery powered to provide a mobile and portable inflatable impact device.

A vertical jump system is described herein. The system includes a first member and a second member each having a member base that sits under a flooring, a flexible cord that extends between the first member and the second member at a desired height, fixtures coupled to the flexible cord along the first member and the second member. The flexible cord remains at the desired height when contacted. The fixtures are slidable along the first member and the second member and adjust the height of the flexible cord. This configuration allows a user to easily adjust the height of the vertical jump for training, athletics, and competition, without the cord or system components dislodging and causing injury to the user.

A vertical jump system is described herein. The system includes a first member and a second member each having a member base that sits under a flooring, a flexible cord that extends between the first member and the second member at a desired height, fixtures coupled to the flexible cord along the first member and the second member. The flexible cord remains at the desired height when contacted. The fixtures are slidable along the first member and the second member and adjust the height of the flexible cord. This configuration allows a user to easily adjust the height of the vertical jump for training, athletics, and competition, without the cord or system components dislodging and causing injury to the user.