A shading system for covering an underlying space, the shading system comprising: - a housing extending along a longitudinal housing direction; - a plurality of shading blades being movable between a closed position thereby covering the underlying space, and at least one open position; - a coupling system arranged between the housing and the plurality of shading blades, wherein the coupling system comprises: ∘ a first rail and a second rail, both configured to translate along the longitudinal housing direction; wherein each of the shading blades is rotatably coupled to the first rail and rotatably coupled to the second rail; ∘ at least one support assembly, wherein each support assembly comprises: ▪ a casing extending along the longitudinal housing direction and comprising at least one resilient member at each of the opposite ends of the casing; and ▪ a support element fixedly coupled to the first rail and configured to translate along the longitudinal housing direction and between said resilient members from opposite ends of the casing; - an actuator configured to translate the first rail along the longitudinal housing direction, thereby triggering a translation of the support elements along the longitudinal housing direction and further triggering a rotation of the shading blades between the closed position and the at least one open position. - a housing extending along a longitudinal housing direction; - a plurality of shading blades being movable between a closed position thereby covering the underlying space, and at least one open position; - a coupling system arranged between the housing and the plurality of shading blades, wherein the coupling system comprises: ∘ a first rail and a second rail, both configured to translate along the longitudinal housing direction; wherein each of the shading blades is rotatably coupled to the first rail and rotatably coupled to the second rail; ∘ at least one support assembly, wherein each support assembly comprises: ▪ a casing extending along the longitudinal housing direction and comprising at least one resilient member at each of the opposite ends of the casing; and ▪ a support element fixedly coupled to the first rail and configured to translate along the longitudinal housing direction and between said resilient members from opposite ends of the casing; ∘ a first rail and a second rail, both configured to translate along the longitudinal housing direction; wherein each of the shading blades is rotatably coupled to the first rail and rotatably coupled to the second rail; ∘ at least one support assembly, wherein each support assembly comprises: ▪ a casing extending along the longitudinal housing direction and comprising at least one resilient member at each of the opposite ends of the casing; and ▪ a support element fixedly coupled to the first rail and configured to translate along the longitudinal housing direction and between said resilient members from opposite ends of the casing; ▪ a casing extending along the longitudinal housing direction and comprising at least one resilient member at each of the opposite ends of the casing; and ▪ a support element fixedly coupled to the first rail and configured to translate along the longitudinal housing direction and between said resilient members from opposite ends of the casing; - an actuator configured to translate the first rail along the longitudinal housing direction, thereby triggering a translation of the support elements along the longitudinal housing direction and further triggering a rotation of the shading blades between the closed position and the at least one open position.