Oxygen producing flying scooter

A flying board as a transport vehicle for at least one individual, the flying board comprising:

• an oval base with a front, higher than a top surface of the oval base, coated with photovoltaic cells;
• a fixed LCD display above the front higher than the base to indicate a battery charge level, a speed level, a height level and an oxygen level;
• circle voids on sides of the oval base;
• an internal cavity in the center of the oval base;
• a plurality of fixed electrical propulsion propellers inside the hollowed circle voids;
• a plurality of electrical engines which are operated via chargeable batteries, as the plurality of electrical engines are positioned beside the plurality of the fixed electrical propulsion propellers;
• an oxygen generator which is operated via generated electrical power through the photovoltaic cells as the oxygen generator is positioned inside the internal cavity of the oval base as it jets the oxygen as a result of non-exothermic chemical reaction through two fixed flows on left and right sides of the oval base to generate a rising power and maintain the movement equilibrium;
• installed controllers beside the plurality of the electric engines and the oxygen generator to control the plurality of electric engines and the oxygen generator;
• and
• a cover for the internal cavity,
• wherein an allocated position for passenger feet is externally provided with a rubber belt to fasten the passenger feet,
• wherein installed joysticks are provided on the oval base with turn on/off and directions buttons and with an arched hand holder at the top for the passenger, and
• wherein the joysticks are connected to the controllers.