A switching power converter circuit comprising: an inductor arranged to receive input energy from an input circuit node; a switch circuit coupled to the inductor; an inductor current sensing circuit element for sensing the inductor current (I L) of the inductor; a load current sensing circuit element for sensing a load current (I LOAD), the load current sensing circuit element being coupled to a regulated circuit node and an output circuit node; a feedforward circuit configured to apply a feedforward current (I FF) to a compensation circuit, wherein the feedforward circuit comprises a transconductance amplifier having amplifier inputs coupled to the load current sensing circuit element, and an amplifier output operatively coupled to the compensation circuit and a first terminal of a feedforward resistor (R FF); the compensation circuit coupled to a compensation circuit node (V c) and configured to filter a control loop voltage at the compensation circuit node (V c), wherein the control loop voltage corresponds to a voltage difference between a reference voltage (V REF) and a voltage at the regulated circuit node; a circuit (118, 120, 122) coupled to the inductor current sensing circuit element, the compensation circuit node (V C), and the switch, wherein the circuit (118, 120, 122) is configured to modulate activation of the switch circuit using the sensed inductor current (I L) and the control loop voltage (V c), thereby regulating the voltage at the regulated circuit node; wherein the feedforward circuit is configured to apply the feedforward current (I FF) to the compensation circuit to adjust the control loop voltage at the compensation circuit node (V C) thereby adjusting modulation of the switch circuit according to the sensed load current of the load current sensing circuit element, wherein the feedforward resistor (R FF) is configured to tune the amount of the feedforward current provided to the compensation circuit. an inductor arranged to receive input energy from an input circuit node; a switch circuit coupled to the inductor; an inductor current sensing circuit element for sensing the inductor current (I L) of the inductor; a load current sensing circuit element for sensing a load current (I LOAD), the load current sensing circuit element being coupled to a regulated circuit node and an output circuit node; a feedforward circuit configured to apply a feedforward current (I FF) to a compensation circuit, wherein the feedforward circuit comprises a transconductance amplifier having amplifier inputs coupled to the load current sensing circuit element, and an amplifier output operatively coupled to the compensation circuit and a first terminal of a feedforward resistor (R FF); the compensation circuit coupled to a compensation circuit node (V c) and configured to filter a control loop voltage at the compensation circuit node (V c), wherein the control loop voltage corresponds to a voltage difference between a reference voltage (V REF) and a voltage at the regulated circuit node; a circuit (118, 120, 122) coupled to the inductor current sensing circuit element, the compensation circuit node (V C), and the switch, wherein the circuit (118, 120, 122) is configured to modulate activation of the switch circuit using the sensed inductor current (I L) and the control loop voltage (V c), thereby regulating the voltage at the regulated circuit node; wherein the feedforward circuit is configured to apply the feedforward current (I FF) to the compensation circuit to adjust the control loop voltage at the compensation circuit node (V C) thereby adjusting modulation of the switch circuit according to the sensed load current of the load current sensing circuit element, wherein the feedforward resistor (R FF) is configured to tune the amount of the feedforward current provided to the compensation circuit.