A lawn care vehicle, comprising: a user interface, a working deck comprising a material discharge operably coupled to a receiving end of an auger; and an auger control system comprising: the auger configured to convey material from the receiving end of the auger to a discharge end of the auger; a motor configured to produce a rotational force; characterised in that the auger control system further comprises an electronic clutch disposed between the auger and the motor, wherein the electronic clutch is configured to be selectively engaged to provide the rotational force from the motor to the auger; a sensor (60, 61, 62) for providing information indicative of load on the auger; and a clutch control circuit comprising processing circuitry configured to: engage and disengage the electronic clutch, wherein the clutch control circuit is configured to receive a collection indication from the user interface, and cause the electronic clutch to engage in response to the collection indication and wherein the clutch control circuit is configured to receive a non-collection indication from the user interface, and cause the electronic clutch to disengage based on the non-collection indication, wherein the clutch control circuit is further configured to: receive sensor data indicative of load on the auger after engagement of the electronic clutch in response to the collection indication received from the user interface; compare the sensor data to a predetermined auger load threshold; determine if the sensor data satisfies the predetermined auger load threshold; and cause the electronic clutch to disengage in response to the sensor data satisfying the predetermined auger load threshold or cause the electronic clutch to remain engaged in response to the sensor data failing to satisfy the predetermined auger load threshold. the auger configured to convey material from the receiving end of the auger to a discharge end of the auger; a motor configured to produce a rotational force; an electronic clutch disposed between the auger and the motor, wherein the electronic clutch is configured to be selectively engaged to provide the rotational force from the motor to the auger; a sensor (60, 61, 62) for providing information indicative of load on the auger; and a clutch control circuit comprising processing circuitry configured to: engage and disengage the electronic clutch, wherein the clutch control circuit is configured to receive a collection indication from the user interface, and cause the electronic clutch to engage in response to the collection indication and wherein the clutch control circuit is configured to receive a non-collection indication from the user interface, and cause the electronic clutch to disengage based on the non-collection indication, wherein the clutch control circuit is further configured to: receive sensor data indicative of load on the auger after engagement of the electronic clutch in response to the collection indication received from the user interface; compare the sensor data to a predetermined auger load threshold; determine if the sensor data satisfies the predetermined auger load threshold; and cause the electronic clutch to disengage in response to the sensor data satisfying the predetermined auger load threshold or cause the electronic clutch to remain engaged in response to the sensor data failing to satisfy the predetermined auger load threshold. engage and disengage the electronic clutch, wherein the clutch control circuit is configured to receive a collection indication from the user interface, and cause the electronic clutch to engage in response to the collection indication and wherein the clutch control circuit is configured to receive a non-collection indication from the user interface, and cause the electronic clutch to disengage based on the non-collection indication, wherein the clutch control circuit is further configured to: receive sensor data indicative of load on the auger after engagement of the electronic clutch in response to the collection indication received from the user interface; compare the sensor data to a predetermined auger load threshold; determine if the sensor data satisfies the predetermined auger load threshold; and cause the electronic clutch to disengage in response to the sensor data satisfying the predetermined auger load threshold or cause the electronic clutch to remain engaged in response to the sensor data failing to satisfy the predetermined auger load threshold. receive sensor data indicative of load on the auger after engagement of the electronic clutch in response to the collection indication received from the user interface; compare the sensor data to a predetermined auger load threshold; determine if the sensor data satisfies the predetermined auger load threshold; and cause the electronic clutch to disengage in response to the sensor data satisfying the predetermined auger load threshold or cause the electronic clutch to remain engaged in response to the sensor data failing to satisfy the predetermined auger load threshold.