Seasonally Adaptable Trailer with Interchangeable Modules

A seasonally adaptable trailer system comprising:

• a gooseneck trailer configured to be towed by a pickup truck with a bed, the gooseneck trailer comprising a chassis, wherein the chassis is at least partially exposed;
• a plurality of mount modules provided on the chassis and extending outwardly from the chassis along corresponding longitudinal axes intersecting a longitudinal axis of the chassis;
• a drive module disposed at least partially forward of a vertical riser of a neck of the gooseneck trailer and configured to generate rotary motion from an energy storage module;
• a plurality of interchangeable modules, each configured to selectively and releasably couple to the gooseneck trailer via the plurality of mount modules, the plurality of interchangeable modules comprising:
• a fluid transfer pump module configured to transfer fluid from an inflow conduit to a receptacle external to the gooseneck trailer;
• a pressure vessel, configured to transport liquid propane gas, the pressure vessel comprising:
• an outflow conduit configured to releasably couple to an intake conduit of the fluid transfer pump module below a top surface of the chassis;
• and
• a plurality of vessel mounts extending outwardly from the pressure vessel to intersect with corresponding modules of the plurality of mount modules;
• and
• a flatbed deck configured to cover the chassis in at least a location of the pressure vessel when connected to the gooseneck trailer, the flatbed deck comprising:
• a plurality of deck mounts extending outwardly from the pressure vessel to intersect with corresponding modules of the plurality of mount modules,
• wherein:
• at least the flatbed deck and the pressure vessel are mutually exclusively mounted to the gooseneck trailer,
• the plurality of interchangeable modules have a flat upper surface disposed at or above a level of the chassis, and
• the plurality of vessel mounts and the plurality of deck mounts have a flat lower surface configured to align with and interface with the flat upper surface of the plurality of interchangeable modules.