A fuel cell vehicle includes fuel tanks, a first support mechanism, and a restricting member. The fuel tanks are disposed in a vehicle width direction to hare longitudinal directions along a vehicle longitudinal direction. The fuel tanks include first and second fuel tanks. The first fuel tank is provided on an outer side in the vehicle width direction. The second fuel tank is adjacent to the first fuel tank. The second fuel tank has an axial center positioned higher than an axial center of the first fuel tank. In a case where a collision load acts from outside in the vehicle width direction, the first support mechanism supports the fuel tank while allowing the first fuel tank to move toward a lower side of the second fuel tank. The restricting member is provided above the second fuel tank and restricts an upward movement range of the second fuel tank.

A fuel cell vehicle includes fuel tanks, a first support mechanism, and a restricting member. The fuel tanks are disposed in a vehicle width direction to hare longitudinal directions along a vehicle longitudinal direction. The fuel tanks include first and second fuel tanks. The first fuel tank is provided on an outer side in the vehicle width direction. The second fuel tank is adjacent to the first fuel tank. The second fuel tank has an axial center positioned higher than an axial center of the first fuel tank. In a case where a collision load acts from outside in the vehicle width direction, the first support mechanism supports the fuel tank while allowing the first fuel tank to move toward a lower side of the second fuel tank. The restricting member is provided above the second fuel tank and restricts an upward movement range of the second fuel tank.

A fuel tank cover attachment assembly includes a fuel pump cover and an attachment ring. The fuel pump cover has an attachment flange configured to overlay a surface surrounding a fuel tank opening such that with the fuel pump cover overlaying the surface, the fuel tank opening is covered. The attachment ring is dimensioned to cover the attachment flange of the fuel pump cover and attach to attachment features protruding from the surface. The attachment ring has a first flange member and a second flange member. The first flange member is fixedly attached to the attachment ring and extends upwardly therefrom. The second flange member is removably attached to the attachment ring and extending upwardly therefrom.

A replacement floor assembly may include a base member having a top side, a bottom side, a front end, a rear end, a left side, and a right side. The front end and forward portions of the left and right sides define a forward section of the base member, whereas the rear end and rear portions of the left and right sides define a rear section of the base member. A first outboard flange member is mounted to at least a portion of the left side of the base member and a second outboard flange member is mounted to at least a portion of the right side of said base member. A front flange member is mounted to at least a portion of the front end of said base member so that at least portions of the forward section of the base member, the first and second outboard flange members, and the front flange member define a battery well.

A replacement floor assembly may include a base member having a top side, a bottom side, a front end, a rear end, a left side, and a right side. The front end and forward portions of the left and right sides define a forward section of the base member, whereas the rear end and rear portions of the left and right sides define a rear section of the base member. A first outboard flange member is mounted to at least a portion of the left side of the base member and a second outboard flange member is mounted to at least a portion of the right side of said base member. A front flange member is mounted to at least a portion of the front end of said base member so that at least portions of the forward section of the base member, the first and second outboard flange members, and the front flange member define a battery well.

A mobility access hybrid vehicle that includes a floor assembly that defines a mobility access system mounting area and a battery well, the battery well being located at a position forward of the mobility access system mounting area. A mobility access system is mounted within the mobility access system mounting area defined by the floor assembly. A hybrid battery is mounted within the battery well defined by the floor assembly. A first cover plate mounted over the battery well and a second cover plate mounted over the mobility access system together define a substantially flat interior floor area for first and second rows of occupant seating areas of the mobility access hybrid vehicle.

A mobility access hybrid vehicle that includes a floor assembly that defines a mobility access system mounting area and a battery well, the battery well being located at a position forward of the mobility access system mounting area. A mobility access system is mounted within the mobility access system mounting area defined by the floor assembly. A hybrid battery is mounted within the battery well defined by the floor assembly. A first cover plate mounted over the battery well and a second cover plate mounted over the mobility access system together define a substantially flat interior floor area for first and second rows of occupant seating areas of the mobility access hybrid vehicle.

A storage and conveying utility that is mountable to elements of a vehicle roof rack is disclosed. The utility includes a carrier having first and second parallel elongated slots formed therein and different walls thereof for mounting at either one or both of vertical and/or horizontals elements. In its embodiment for use in water storage, dispensing and conveyance a heating assembly is attachable thereto at the slots. A removable insulating cover assembly is provided.

A storage and conveying utility that is mountable to elements of a vehicle roof rack is disclosed. The utility includes a carrier having first and second parallel elongated slots formed therein and different walls thereof for mounting at either one or both of vertical and/or horizontals elements. In its embodiment for use in water storage, dispensing and conveyance a heating assembly is attachable thereto at the slots. A removable insulating cover assembly is provided.

The invention relates to an apparatus for the shape-matching and/or force-fitting fastening of an element, preferably of a tank, to a vehicle frame having at least one upper fastening plate couplable to an upper region of the tank and having at least one lower fastening plate couplable to the tank thereunder, wherein the fastening plates are configured in particular to largely or exclusively conduct the weight force of the tank into a metal top boom plate and/or into a metal bottom boom plate of a longitudinal beam of the vehicle frame.