Wave Generation Assembly

A wave generation assembly for generating a wave for surfing in a pool, said assembly comprising:

• a below ground pool being filled with water wherein said below ground pool is configured to facilitate a user to swim in said below ground pool, said below ground pool having a bounding wall, said bounding wall having a front side, a first sidelong side, a second sidelong side and a back side;
• a boat hull being integrated into said below ground pool, said boat hull being strategically positioned such that said boat hull is partially submerged in said water contained in said below ground pool, said boat hull having a pair of panels each being hingedly integrated into said boat hull, each of said panels being positionable between a deployed position and a stored position, each of said panels extending laterally away from said boat hull when said panels are positioned in said deployed position, said boat hull having a forward side, a rear side, a first lateral side, a second lateral side and a bottom side, said forward side being fixed to said front side of said bounding wall of said below ground pool, said boat hull being centrally positioned between said first sidelong side and said second sidelong side of said bounding wall, said bottom side being submerged in said water, said bottom side having an outlet jet being coupled to said bottom side such that said outlet jet is submerged in said water, said outlet jet being directed toward said rear side of said boat hull, each of said panels being integrated into a respective one of said first lateral side and said second lateral side, each of said panels having a coupled end and a free end, said coupled end of each of said panels being hingedly coupled to said respective first lateral side and said second lateral side at a point being located adjacent to said forward side of said boat hull, each of said panels being oriented such that an axis extending between said coupled end and said free end is oriented parallel with an axis extending between said forward side and rear side of said boat hull, each of said panels angling outwardly from said respective first lateral side and said second lateral side when said panels are in said deployed position, each of said panels lying on a plane being oriented coplanar with said respective first lateral side and said second lateral side of said boat hull, said bottom side having an intake extending through said bottom side thereby facilitating said water to pass through said intake;
• a propulsion unit being integrated into said boat hull, said propulsion unit being in fluid communication with said outlet jet, said propulsion unit urging said water outwardly through said outlet jet at a velocity sufficient to generate a wave in said water extending away from said boat hull wherein said outlet jet is configured to facilitate the user to surf on said wave generated by said outlet jet, said propulsion unit being in fluid communication with said intake on said bottom side of said boat hull;
• a pair of actuators, each of said actuators being integrated into said boat hull, each of said actuators being in mechanical communication with a respective one of said panels, each of said actuators urging said respective panels between said deployed position and said stored position, each of said panels altering a flow of said water when said wave is generated by said outlet jet and when either of said panels is positioned in said deployed position wherein each of said panels is configured to alter the shape of said wave generated by said outlet jet;
• and
• a control panel being integrated into said boat hull wherein said control panel is configured to be accessible to the user, said control panel being in communication with said propulsion unit for controlling operational parameters of said propulsion unit, said operational parameters including actuating said propulsion unit, de-actuating said propulsion unit and adjusting said predetermined velocity of said wave generated by said outlet jet, said control panel being electrically coupled to each of said actuators, said control panel facilitating each of said actuators to be independently actuated and de-actuated for respectively urging said respective panels between said deployed position and said stored position, said control panel being electrically coupled to said propulsion unit, said control panel being electrically coupled to a power source comprising an electrical system associated with said below ground pool.