Amphibious vehicle systems

An amphibious vehicle system, comprising:

• a one-piece unibody structure having voids in the unibody and constructed of at least one of molded plastic, metal, carbon, or composite water-resistant materials and having closed cell foam located in the voids to create buoyancy in the one-piece unibody structure;
• at least three wheels coupled to a bottom of the one-piece unibody structure;
• a twin hulled structure located in a front section of the one-piece unibody structure;
• a single rear hull structure located in a back section of the one-piece unibody structure;
• a boat propeller located in an end section of the single rear hull structure;
• at least one electric motor drive system coupled to at least one removable waterproof battery module to power the at least one electric motor drive system, wherein the at least one waterproof battery module is housed in a water-resistant compartment of the unibody;
• wherein the at least one electric motor drive system is configured to drive the amphibious vehicle on land;
• a self-contained motor located in the single rear hull and coupled to the boat propeller and the at least one removable waterproof battery module to power the self-contained motor, wherein the self-contained motor is configured to propel the amphibious vehicle system through water and wherein the single rear hull is configured with water channels to funnel water flow to the boat propeller;
• wherein the self-contained motor is further configured to pivot to steer the amphibious vehicle in water;
• a steering system configured to control wheels and propellers simultaneously;
• an air propeller system having at least four air propellers removably coupled to the unibody elevated above the user configured to hover the amphibious vehicle at a low level and move a short flight distance over obstacles;
• an altimeter coupled to the amphibious vehicle configured to determine an altitude while in flight;
• and
• an autonomous driving mode device coupled to a GPS tracking sensor with a location device configured to record a route taken by the user including flying over obstacles and traversing water encountered and further configured to autonomously drive the amphibious vehicle along a GPS-tracked recorded route.

An amphibious vehicle system, comprising:

• a unibody structure having voids in the unibody and constructed of at least one of molded plastic, metal, carbon, or composite water-resistant materials;
• closed cell foam located in the voids and configured to create buoyancy in the unibody structure;
• a plurality of wheels coupled to a bottom portion of the unibody structure;
• a non-singular hulled structure located in a front section of the unibody structure;
• a rear hull structure located in a back section of the unibody structure;
• a boat propeller located in an end section of the rear hull structure;
• at least one electric motor drive system coupled to at least one removable waterproof battery module to power the at least one electric motor drive system, wherein the at least one waterproof battery module is housed in a water-resistant compartment of the unibody;
• wherein the at least one electric motor drive system is configured to drive the amphibious vehicle system on land;
• a self-contained motor located in the single rear hull and coupled to the boat propeller and the at least one removable waterproof battery module to power the self-contained motor, wherein the self-contained motor is configured to propel the amphibious vehicle system through water and wherein the single rear hull is configured with water channels to funnel water flow to the boat propeller;
• wherein the self-contained motor is further configured to pivot to steer the amphibious vehicle system in water;
• and
• an air propeller system with a plurality of propellers removably coupled to the unibody structure and configured to generate thrust downward to first propel the amphibious vehicle system vertically and then move it horizontally a short flight distance over obstacle impediments while traveling on land or in water;
• and
• a plurality of cameras coupled to the unibody structure configured to capture multimedia video and images of the obstacle impediments near the amphibious vehicle system.