Relocatable habitat unit simulating a real building structure

A relocatable habitat unit (RHU) simulating a building structure made of a structural material, the RHU comprising:

• a first panel including a plurality of first interlock connectors;
• a second panel including a plurality of second interlock connectors, the second panel coupleable to the first panel via at least one of the plurality of first interlock connectors and at least one of the plurality of second interlock connectors;
• a third panel including a plurality of third interlock connectors, the third panel coupleable to the second panel via at least one of the plurality of second interlock connectors and at least one of the plurality of third interlock connectors;
• and
• a fourth panel including a plurality of fourth interlock connectors, the fourth panel coupleable to the third panel via at least one of the plurality of third interlock connectors and at least one of the plurality of fourth interlock connectors, the fourth panel coupleable to the first panel via at least one of the plurality of first interlock connectors and at least one of the plurality of fourth interlock connectors, the fourth panel further including
• an outer wall made of a lightweight material, said lightweight material being defined as lighter-in-weight than the structural material, the outer wall having an outer side and an inner side, the outer side of the outer wall configured to visually simulate a wall made of the structural material, and
• an electromagnetic interaction simulator affixed to the outer wall, and coordinated to simulate at least one of a reflectivity, an absorption, and a transmittance of the building structure component made of the structural material, in at least one non-visible portion of the electromagnetic spectrum.

A kit for a relocatable habitat unit (RHU) simulating a building structure made of a structural material, the kit comprising:

• a first panel including a plurality of first interlock connectors;
• a second panel including a plurality of second interlock connectors, the second panel coupleable to the first panel via at least one of the plurality of first interlock connectors and at least one of the plurality of second interlock connectors;
• a third panel including a plurality of third interlock connectors, the third panel coupleable to the second panel via at least one of the plurality of second interlock connectors and at least one of the plurality of third interlock connectors;
• a fourth panel including a plurality of fourth interlock connectors, the fourth panel coupleable to the third panel via at least one of the plurality of third interlock connectors and at least one of the plurality of fourth interlock connectors, the fourth panel coupleable to the first panel via at least one of the plurality of first interlock connectors and at least one of the plurality of fourth interlock connectors, the fourth panel further including an outer wall made of a lightweight material, said lightweight material being defined as lighter-in-weight than the structural material, the outer wall having an outer side and an inner side, the outer side of the outer wall configured to visually simulate a wall made of the structural material, and an inner wall pivotably affixed to the outer wall and forming a cavity therebetween;
• a first electromagnetic interaction simulator including a first electromagnetically interactive material that is positionable in the cavity between the inner wall and the outer wall of the fourth panel and is removably affixable to the outer wall, the first electromagnetic interaction simulator coordinated to simulate at least one of reflectivity, absorption, and transmittance of the building structure component made of the structural material, in a first non-visible portion of the electromagnetic spectrum;
• and
• a second electromagnetic interaction simulator including a second electromagnetically interactive material that is positionable in the cavity between the inner wall and the outer wall of the fourth panel and is removably affixable to the outer wall, the second electromagnetic interaction simulator coordinated to simulate at least one of reflectivity, absorption, and transmittance of the building structure component made of the structural material, in a second non-visible portion of the electromagnetic spectrum;
• and
• wherein the structural material includes at least one of wood, concrete, adobe, stone, brick, stucco, mortar, mud, bamboo, straw, thatch, cinder block, river rock, or any combination thereof.