A non-pneumatic tire defining axial (A), radial (R), and circumferential (C) directions, the tire comprising: an annular band ; a hub positioned radially inward of the annular band ; a plurality of a resilient, composite structures extending between the annular band and the hub , each such composite structure extending continuously between opposing sides of the tire , each such composite structure comprising a continuous support membrane forming a radially-inner support leg and a radially-outer support leg , the radially-outer support leg having a non-zero angle with the radially-inner support leg , the radially-inner support leg having a radially-inner end , the radially-outer support leg having a radially-outer end ; a central reinforcement connected with the radially-inner support leg and the radially outer support leg , the central reinforcement not extending to the radially-outer end or the radially-inner end , the central reinforcement comprising an elastomeric material; the radially-inner support leg is connected with the hub by a radially-inner joint , and the radially-outer support leg is connected with the annular band by a radially-outer joint ; and wherein the radially-inner support leg and radially-outer support leg are movable relative to each other; characterized in that each resilient composite structure defines a central reinforcement side and an opposing, leg joint side ; the central reinforcement positioned on the central reinforcement side of the resilient structure; the radially-inner joint and the radially-outer joint positioned on the leg joint side of the resilient composite structure , and wherein the support membrane comprises a plurality of elongate reinforcements constructed from fibre-reinforced plastic positioned adjacent to each other along the axial direction and extending along the radial direction from the radially-inner support leg to the radially-outer support leg . an annular band ; a hub positioned radially inward of the annular band ; a plurality of a resilient, composite structures extending between the annular band and the hub , each such composite structure extending continuously between opposing sides of the tire , each such composite structure comprising a continuous support membrane forming a radially-inner support leg and a radially-outer support leg , the radially-outer support leg having a non-zero angle with the radially-inner support leg , the radially-inner support leg having a radially-inner end , the radially-outer support leg having a radially-outer end ; a central reinforcement connected with the radially-inner support leg and the radially outer support leg , the central reinforcement not extending to the radially-outer end or the radially-inner end , the central reinforcement comprising an elastomeric material; the radially-inner support leg is connected with the hub by a radially-inner joint , and the radially-outer support leg is connected with the annular band by a radially-outer joint ; and the radially-inner support leg is connected with the hub by a radially-inner joint , and the radially-outer support leg is connected with the annular band by a radially-outer joint ; and wherein the radially-inner support leg and radially-outer support leg are movable relative to each other; characterized in that each resilient composite structure defines a central reinforcement side and an opposing, leg joint side ; the central reinforcement positioned on the central reinforcement side of the resilient structure; the radially-inner joint and the radially-outer joint positioned on the leg joint side of the resilient composite structure , and wherein the support membrane comprises a plurality of elongate reinforcements constructed from fibre-reinforced plastic positioned adjacent to each other along the axial direction and extending along the radial direction from the radially-inner support leg to the radially-outer support leg . <EOS>