A two-position, two-stage servo valve, comprising: a valve body having an inner surface that defines a valve element chamber, the valve element chamber including a first control chamber and a second control chamber, the first control chamber larger than the second control chamber; a valve element disposed within the valve element chamber and movable between a first valve position and a second valve position, the valve element including a first end and a second end, the first end larger than the second end and disposed within the first control chamber, the second end disposed within the second control chamber; a control pressure chamber including a supply pressure port, a return pressure port, and a control pressure port, the control pressure port in continuous fluid communication with the first control chamber; and a control element at least partially disposed within the control pressure chamber and movable between a first control position and a second control position, wherein: the return pressure port is in continuous fluid communication with the first control chamber, the supply pressure port is in continuous fluid communication with the second control chamber, when the control element is in the first control position, the supply pressure port is in fluid communication with the control pressure port and the return pressure port is fluidly isolated from the control pressure port, and when the control element is in the second position, the return pressure port is in fluid communication with the control pressure port and the supply pressure port is fluidly isolated from the control pressure port. a valve body having an inner surface that defines a valve element chamber, the valve element chamber including a first control chamber and a second control chamber, the first control chamber larger than the second control chamber; a valve element disposed within the valve element chamber and movable between a first valve position and a second valve position, the valve element including a first end and a second end, the first end larger than the second end and disposed within the first control chamber, the second end disposed within the second control chamber; a control pressure chamber including a supply pressure port, a return pressure port, and a control pressure port, the control pressure port in continuous fluid communication with the first control chamber; and a control element at least partially disposed within the control pressure chamber and movable between a first control position and a second control position, wherein: the return pressure port is in continuous fluid communication with the first control chamber, the supply pressure port is in continuous fluid communication with the second control chamber, when the control element is in the first control position, the supply pressure port is in fluid communication with the control pressure port and the return pressure port is fluidly isolated from the control pressure port, and when the control element is in the second position, the return pressure port is in fluid communication with the control pressure port and the supply pressure port is fluidly isolated from the control pressure port. the return pressure port is in continuous fluid communication with the first control chamber, the supply pressure port is in continuous fluid communication with the second control chamber, when the control element is in the first control position, the supply pressure port is in fluid communication with the control pressure port and the return pressure port is fluidly isolated from the control pressure port, and when the control element is in the second position, the return pressure port is in fluid communication with the control pressure port and the supply pressure port is fluidly isolated from the control pressure port.