A luggage and integrated weighing system for weighing luggage on hard or soft surfaces in real time, the system comprising: a luggage case including a body structure for receiving and holding articles for transport, the body having a closure means on a portion thereof for opening and closing the body to allow insertion and removal of luggage articles; at least one weigh body mounted to a portion of the body structure, the weigh body including: a weigh sensor housing; a weigh sensor mounted within the weigh sensor housing calibrated to determine weight of the luggage case; a ground engaging member adjustably mounted within the weigh sensor housing movable between a weighing condition and a non-weighing condition, wherein in the weighing condition a first portion of the ground engaging member engages the weigh sensor for weighing the luggage case, and a second portion engages the ground such that a force proportional to the weight of the luggage is exerted on the weigh sensor; a power circuit including a microprocessor attached to the weigh sensor, whereby the microprocessor is programmed to receive input information from the weigh sensor in the weighing condition; a display means attached to an external surface of the body structure, the display means being interconnected to the microprocessor for receiving and displaying weigh information; and wherein in the weighing condition the weigh sensor completes the power circuit and the weight of the luggage is determined by the weigh sensor and a weight measurement is displayed on the display means, and wherein in the non-weighing condition the ground engaging member is adjustably disengaged from the weigh sensor; characterized in that the second portion of the ground engaging member is a ground engaging head and the first portion of the ground engaging member comprises dependent legs, wherein the legs are slidably received within the weigh sensor housing and whereby the ground engaging head lies adjacent the weigh sensor housing in the non-weighing condition with the legs resting adjacent the weigh sensor; in that the ground engaging head includes a releasable locking means whereby the ground engaging head is releasably seated adjacent the weigh sensor housing in the non-weighing condition; and in that the releasable locking means include a depression member in the ground engaging head biased towards a locking condition whereby in the non-weighing condition the depression member engages a shoulder portion on the weigh sensor housing so as to lock the ground engaging head adjacent the weigh sensor housing. a luggage case including a body structure for receiving and holding articles for transport, the body having a closure means on a portion thereof for opening and closing the body to allow insertion and removal of luggage articles; at least one weigh body mounted to a portion of the body structure, the weigh body including: a weigh sensor housing; a weigh sensor mounted within the weigh sensor housing calibrated to determine weight of the luggage case; a ground engaging member adjustably mounted within the weigh sensor housing movable between a weighing condition and a non-weighing condition, wherein in the weighing condition a first portion of the ground engaging member engages the weigh sensor for weighing the luggage case, and a second portion engages the ground such that a force proportional to the weight of the luggage is exerted on the weigh sensor; a weigh sensor housing; a weigh sensor mounted within the weigh sensor housing calibrated to determine weight of the luggage case; a ground engaging member adjustably mounted within the weigh sensor housing movable between a weighing condition and a non-weighing condition, wherein in the weighing condition a first portion of the ground engaging member engages the weigh sensor for weighing the luggage case, and a second portion engages the ground such that a force proportional to the weight of the luggage is exerted on the weigh sensor; a power circuit including a microprocessor attached to the weigh sensor, whereby the microprocessor is programmed to receive input information from the weigh sensor in the weighing condition; a display means attached to an external surface of the body structure, the display means being interconnected to the microprocessor for receiving and displaying weigh information; and wherein in the weighing condition the weigh sensor completes the power circuit and the weight of the luggage is determined by the weigh sensor and a weight measurement is displayed on the display means, and wherein in the non-weighing condition the ground engaging member is adjustably disengaged from the weigh sensor; characterized in that the second portion of the ground engaging member is a ground engaging head and the first portion of the ground engaging member comprises dependent legs, wherein the legs are slidably received within the weigh sensor housing and whereby the ground engaging head lies adjacent the weigh sensor housing in the non-weighing condition with the legs resting adjacent the weigh sensor; in that the ground engaging head includes a releasable locking means whereby the ground engaging head is releasably seated adjacent the weigh sensor housing in the non-weighing condition; and in that the releasable locking means include a depression member in the ground engaging head biased towards a locking condition whereby in the non-weighing condition the depression member engages a shoulder portion on the weigh sensor housing so as to lock the ground engaging head adjacent the weigh sensor housing.