A hydraulic system comprising: a hydraulic load defining a first chamber and a second chamber, the first chamber defining a first chamber pressure; a load sense line defining a load sense pressure; a pressure source configured to provide pressurized fluid to one of the first or second chambers (106, 108) of the hydraulic load; a fluid storage vessel defining a tank pressure configured to receive fluid from one of the first or second chambers (106, 108) of the hydraulic load; a control valve configured to fluidly connect the fluid storage vessel to one of the first or second chambers (106, 108) and the pressure source to the other of the first or second chambers (108, 106); and a bypass line defining a flow path between the first chamber of the hydraulic load and the fluid storage vessel that bypasses the control valve, the bypass line configured to allow a fluid flow when a difference between the load sense pressure and the first chamber pressure is greater than a predetermined threshold, and when a difference between the tank pressure and the first chamber pressure is greater than a predetermined threshold; and further comprising a valve positioned in the bypass line, the valve moveable between an open position and a closed position, wherein in the open position fluid may flow through the bypass line between the first chamber and the fluid storage vessel, and wherein in the closed position fluid may not flow through the bypass line between the first chamber and the fluid storage vessel; and wherein the valve is configured to open when a difference between the load sense pressure and the first chamber pressure exceeds a predetermined bypass threshold, and is also configured to open when a difference between the tank pressure and the first chamber pressure exceeds a predetermined anti-cavitation threshold. a hydraulic load defining a first chamber and a second chamber, the first chamber defining a first chamber pressure; a load sense line defining a load sense pressure; a pressure source configured to provide pressurized fluid to one of the first or second chambers (106, 108) of the hydraulic load; a fluid storage vessel defining a tank pressure configured to receive fluid from one of the first or second chambers (106, 108) of the hydraulic load; a control valve configured to fluidly connect the fluid storage vessel to one of the first or second chambers (106, 108) and the pressure source to the other of the first or second chambers (108, 106); and a bypass line defining a flow path between the first chamber of the hydraulic load and the fluid storage vessel that bypasses the control valve, the bypass line configured to allow a fluid flow when a difference between the load sense pressure and the first chamber pressure is greater than a predetermined threshold, and when a difference between the tank pressure and the first chamber pressure is greater than a predetermined threshold; and further comprising a valve positioned in the bypass line, the valve moveable between an open position and a closed position, wherein in the open position fluid may flow through the bypass line between the first chamber and the fluid storage vessel, and wherein in the closed position fluid may not flow through the bypass line between the first chamber and the fluid storage vessel; and wherein the valve is configured to open when a difference between the load sense pressure and the first chamber pressure exceeds a predetermined bypass threshold, and is also configured to open when a difference between the tank pressure and the first chamber pressure exceeds a predetermined anti-cavitation threshold.