System for out of autoclave bonded repairs characterized in that it comprises: - a fixing structure to the composite damaged area to be repaired, comprising: ∘ a frame and ∘ fixing parts (5, 19) attached to the frame, - a movable structure comprising: ∘ a first routable shaft connected to a first engine configured to rotate the first shaft and attached to two fixing structures ∘ a tooling support attached to the first routable shaft comprising: ▪ a second routable shaft connected to a second engine configured to rotate the second shaft and ▪ either a scanning tool, a milling tool, a patch cutting tool or a composite patch handle tool attached to the second routable shaft, and ∘ two fixing structures comprising each one two fixing parts linked each other through a third routable shaft connected to a third engine (7") configured to rotate the third shaft (6"); the fixing parts are configured to be attached either to the frame of the fixing structure of the damaged part or to a patch manufacturing structure, so that each three routable shafts (6, 6', 6") are oriented in the three axes X, Y, Z respectively according to the cartesian coordinate system for a three-dimensional space in order to move the tooling (9, 10, 11, 27) in the three axes X, Y and Z, - a patch manufacturing structure comprising fixing means (23, 23', 23", 23"', 30, 30') for fixing the movable structure to it. - a fixing structure to the composite damaged area to be repaired, comprising: ∘ a frame and ∘ fixing parts (5, 19) attached to the frame, ∘ a frame and ∘ fixing parts (5, 19) attached to the frame, - a movable structure comprising: ∘ a first routable shaft connected to a first engine configured to rotate the first shaft and attached to two fixing structures ∘ a tooling support attached to the first routable shaft comprising: ▪ a second routable shaft connected to a second engine configured to rotate the second shaft and ▪ either a scanning tool, a milling tool, a patch cutting tool or a composite patch handle tool attached to the second routable shaft, and ∘ two fixing structures comprising each one two fixing parts linked each other through a third routable shaft connected to a third engine (7") configured to rotate the third shaft (6"); the fixing parts are configured to be attached either to the frame of the fixing structure of the damaged part or to a patch manufacturing structure, so that each three routable shafts (6, 6', 6") are oriented in the three axes X, Y, Z respectively according to the cartesian coordinate system for a three-dimensional space in order to move the tooling (9, 10, 11, 27) in the three axes X, Y and Z, ∘ a first routable shaft connected to a first engine configured to rotate the first shaft and attached to two fixing structures ∘ a tooling support attached to the first routable shaft comprising: ▪ a second routable shaft connected to a second engine configured to rotate the second shaft and ▪ either a scanning tool, a milling tool, a patch cutting tool or a composite patch handle tool attached to the second routable shaft, and ▪ a second routable shaft connected to a second engine configured to rotate the second shaft and ▪ either a scanning tool, a milling tool, a patch cutting tool or a composite patch handle tool attached to the second routable shaft, and ∘ two fixing structures comprising each one two fixing parts linked each other through a third routable shaft connected to a third engine (7") configured to rotate the third shaft (6"); the fixing parts are configured to be attached either to the frame of the fixing structure of the damaged part or to a patch manufacturing structure, - a patch manufacturing structure comprising fixing means (23, 23', 23", 23"', 30, 30') for fixing the movable structure to it.