An aquatic sports amusement apparatus, comprising: a pool; a plurality of wave generating chambers that communicate with the pool so as to release water into the pool; each of the plurality of chambers having a valve structure (24,26,28), wherein each valve structure (24,26,28) is connected to an application controller wherein the connection is constructed to allow for the actuation of each valve structure (24,26,28) independently of the other valve structures (24,26,28); and wherein the controller is configured to perform the following chamber control steps: a. actuating the valve structure (24,26,28) of a first chamber or valve structures (24,26,28) of a first set of chambers in the plurality to release water into the pool, during step (a) the valve structure (24,26,28) of a second chamber or the valve structures (24,26,28) of a second set of chambers of the plurality are actuated so as to prevent the release water into the pool; and b. after a delay, actuating the valve structure (24,26,28) of the second chamber or the valve structures (24,26,28) of the second set of chambers in the plurality to release water into the pool; wherein the release of water into the pool creates a wave that can be ridden by a user; characterized in that the application controller (62, 1520, 1525) is a mobile application controller (62, 1520, 1525) that connects to the plurality of chambers via a network connection and further has a graphical user interface that further comprises a wave creation module adapted to create a wave profile; and wherein the mobile application controller is electrically connected with the valve structure (24,26,28) in order to control their operation by first filling the chamber with air through a gas supply valve, thereby displacing water into the pool, then closing the gas supply valve and then venting the chamber air suddenly through a vent valve, causing the water to flow from the pool through passageway into the now empty space in the chamber. a pool; a plurality of wave generating chambers that communicate with the pool so as to release water into the pool; each of the plurality of chambers having a valve structure (24,26,28), wherein each valve structure (24,26,28) is connected to an application controller wherein the connection is constructed to allow for the actuation of each valve structure (24,26,28) independently of the other valve structures (24,26,28); and wherein the controller is configured to perform the following chamber control steps: a. actuating the valve structure (24,26,28) of a first chamber or valve structures (24,26,28) of a first set of chambers in the plurality to release water into the pool, during step (a) the valve structure (24,26,28) of a second chamber or the valve structures (24,26,28) of a second set of chambers of the plurality are actuated so as to prevent the release water into the pool; and b. after a delay, actuating the valve structure (24,26,28) of the second chamber or the valve structures (24,26,28) of the second set of chambers in the plurality to release water into the pool; a. actuating the valve structure (24,26,28) of a first chamber or valve structures (24,26,28) of a first set of chambers in the plurality to release water into the pool, during step (a) the valve structure (24,26,28) of a second chamber or the valve structures (24,26,28) of a second set of chambers of the plurality are actuated so as to prevent the release water into the pool; and b. after a delay, actuating the valve structure (24,26,28) of the second chamber or the valve structures (24,26,28) of the second set of chambers in the plurality to release water into the pool; wherein the release of water into the pool creates a wave that can be ridden by a user; characterized in that the application controller (62, 1520, 1525) is a mobile application controller (62, 1520, 1525) that connects to the plurality of chambers via a network connection and further has a graphical user interface that further comprises a wave creation module adapted to create a wave profile; and wherein the mobile application controller is electrically connected with the valve structure (24,26,28) in order to control their operation by first filling the chamber with air through a gas supply valve, thereby displacing water into the pool, then closing the gas supply valve and then venting the chamber air suddenly through a vent valve, causing the water to flow from the pool through passageway into the now empty space in the chamber. the application controller (62, 1520, 1525) is a mobile application controller (62, 1520, 1525) that connects to the plurality of chambers via a network connection and further has a graphical user interface that further comprises a wave creation module adapted to create a wave profile; and wherein the mobile application controller is electrically connected with the valve structure (24,26,28) in order to control their operation by first filling the chamber with air through a gas supply valve, thereby displacing water into the pool, then closing the gas supply valve and then venting the chamber air suddenly through a vent valve, causing the water to flow from the pool through passageway into the now empty space in the chamber.