Fluid valve for a hydraulic circuit of a piece of equipment of an aircraft and comprising: - a hollow valve body comprising one inlet, two outlets and a communication intended to be connected to an external pressure; - a fixed restriction in said communication, - a solenoid electric actuator located in the cavity of the hollow valve body and comprising at least one coil and a ferromagnetic mobile driver; - a valve member mobile in the valve body in a main direction to at least partially block a passage between said inlet and one of the two outlets, said valve member: • comprising first and second ends, • defining at least partially first and second cavities located on either side of said valve member in the cavity of the valve body, said first, respectively second cavity being adjacent to said first, respectively second end, said first cavity being intended to be connected to said external pressure via said communication, • said valve member comprising a longitudinal cavity extending parallel to said main direction and leading into said second cavity, - at least one portion of the valve member comprising a ferromagnetic material, - said valve member comprising at least one side opening essentially perpendicular to said main direction, to make said longitudinal cavity communicate with said first cavity, said longitudinal cavity not leading into said first cavity at its first end, - the fluid valve being configured such that a relative movement between said mobile controller and said valve member is able to modify a communication between said longitudinal cavity and said first cavity by way of said at least one side opening, the solenoid electric actuator being completely comprised in said first cavity, said at least one coil and said mobile controller of the solenoid electric actuator surrounding at least one portion of the valve member for one or more positions of said valve member in normal operation of the valve. - a hollow valve body comprising one inlet, two outlets and a communication intended to be connected to an external pressure; - a fixed restriction in said communication, - a solenoid electric actuator located in the cavity of the hollow valve body and comprising at least one coil and a ferromagnetic mobile driver; - a valve member mobile in the valve body in a main direction to at least partially block a passage between said inlet and one of the two outlets, said valve member: • comprising first and second ends, • defining at least partially first and second cavities located on either side of said valve member in the cavity of the valve body, said first, respectively second cavity being adjacent to said first, respectively second end, said first cavity being intended to be connected to said external pressure via said communication, • said valve member comprising a longitudinal cavity extending parallel to said main direction and leading into said second cavity, • comprising first and second ends, • defining at least partially first and second cavities located on either side of said valve member in the cavity of the valve body, said first, respectively second cavity being adjacent to said first, respectively second end, said first cavity being intended to be connected to said external pressure via said communication, • said valve member comprising a longitudinal cavity extending parallel to said main direction and leading into said second cavity, - at least one portion of the valve member comprising a ferromagnetic material, - said valve member comprising at least one side opening essentially perpendicular to said main direction, to make said longitudinal cavity communicate with said first cavity, said longitudinal cavity not leading into said first cavity at its first end, - the fluid valve being configured such that a relative movement between said mobile controller and said valve member is able to modify a communication between said longitudinal cavity and said first cavity by way of said at least one side opening, the solenoid electric actuator being completely comprised in said first cavity,