Tire assembly comprising a breakable structure and a supporting structure

A tire of revolution about a main axis, the tire comprising:

• a first structure exhibiting symmetry of revolution comprising a first structure of first filamentary elements;
• a second structure exhibiting symmetry of revolution comprising a second structure of second filamentary elements, the second structure exhibiting symmetry of revolution being arranged radially on an inside of the first structure exhibiting symmetry of revolution;
• a bearing structure comprising filamentary bearing elements connecting the first structure of first filamentary elements and the second structure of second filamentary elements together, each filamentary bearing element comprising at least one filamentary bearing portion extending between the first structure of first filamentary elements and the second structure of second filamentary elements;
• and
• an interior annular space delimited radially by an internal face of the first structure of first filamentary elements and an internal face of the second structure of second filamentary elements,
• wherein H0 is a mean radial height of the interior annular space when each filamentary bearing portion is at rest,
• wherein H is the mean radial height of the interior annular space in an absence of load applied to the tire and in an absence of pressure in the tire such that H0×K≤H where K=0.50,
• wherein the first structure of first filamentary elements is completely broken at least at one point along its length, and
• wherein, with the first structure of first filamentary elements being a woven first fabric comprising first filamentary warp elements, substantially parallel to one another and extending in a first warp direction, the circumferential direction of the tire forms an angle less than or equal to 10° with the first warp direction and each first filamentary warp element is broken at least at one point along its length.