Fluid discharge device, preferably for a sanitary water discharge faucet, comprising - a telescopic tube discharge including a base tube part having an input-side base tube section and an output-side base tube section, and including a discharge tube part which is axially movable, in relation to the base tube part, between an operating position (Bp) extended from the output-side base tube section and a retracted rest position (Rp), - a fluid input chamber in the input-side base tube section, - a fluid outlet on an output-side tube section of the discharge tube part, - a fluid guidance from the fluid input chamber to the fluid outlet, - a reset unit providing an elastic reset force (F R) for automatic retraction of the discharge tube part to its rest position (Rp), and - a shut-off valve in the fluid guidance, which valve is capable of rerouting automatically between a closed position (Ss), when the discharge tube part is retracted, and an open position (Os), when the discharge tube part is extended, by the extension and retraction movement of the discharge tube part, - wherein a fluid operating pressure (P F), which is present in the fluid input chamber by supplied fluid in an active operating condition of the fluid discharge device, provides an extension force (F A) exceeding the elastic reset force for automatic extension of the discharge tube part to its operating position (Bp), - wherein the shut-off valve has a valve seat and a valve closing body, movable relative to each other, with said seat and body cooperating in a biased manner towards the closed position (Ss) of the shut-off valve and the shut-off valve remains in its closed position (Ss), as long as the discharge tube part is not extended beyond a valve trigger position (Vp) which is located between the rest position (Rp) and the operating position (Bp) thereof, and - wherein of said valve seat and said valve closing body one is disposed on the discharge tube part while the other one is disposed on a valve sleeve element, which element is axially movable on the base tube part with an axial displacement amplitude corresponding to an axial displacement distance of the valve trigger position (Vp) of the discharge tube part from the rest position (Rp) of the discharge tube part. - a telescopic tube discharge including a base tube part having an input-side base tube section and an output-side base tube section, and including a discharge tube part which is axially movable, in relation to the base tube part, between an operating position (Bp) extended from the output-side base tube section and a retracted rest position (Rp), - a fluid input chamber in the input-side base tube section, - a fluid outlet on an output-side tube section of the discharge tube part, - a fluid guidance from the fluid input chamber to the fluid outlet, - a reset unit providing an elastic reset force (F R) for automatic retraction of the discharge tube part to its rest position (Rp), and - a shut-off valve in the fluid guidance, which valve is capable of rerouting automatically between a closed position (Ss), when the discharge tube part is retracted, and an open position (Os), when the discharge tube part is extended, by the extension and retraction movement of the discharge tube part, - wherein a fluid operating pressure (P F), which is present in the fluid input chamber by supplied fluid in an active operating condition of the fluid discharge device, provides an extension force (F A) exceeding the elastic reset force for automatic extension of the discharge tube part to its operating position (Bp), - wherein the shut-off valve has a valve seat and a valve closing body, movable relative to each other, with said seat and body cooperating in a biased manner towards the closed position (Ss) of the shut-off valve and the shut-off valve remains in its closed position (Ss), as long as the discharge tube part is not extended beyond a valve trigger position (Vp) which is located between the rest position (Rp) and the operating position (Bp) thereof, and - wherein of said valve seat and said valve closing body one is disposed on the discharge tube part while the other one is disposed on a valve sleeve element, which element is axially movable on the base tube part with an axial displacement amplitude corresponding to an axial displacement distance of the valve trigger position (Vp) of the discharge tube part from the rest position (Rp) of the discharge tube part.