A fluid container measurement system, comprising: a load measurement assembly configured to be suspended a distance above a support surface, the load measurement assembly comprising: a load cell having a principal load axis substantially orthogonal to the ground; a measurement control circuit electrically coupled to the load cell, the measurement control circuit configured to receive electrical signals from the load cell indicative of a force imposed on the load cell; a measurement electrical interface electrically coupled to the measurement control circuit; and a load cell interconnect mechanically linked to the load cell; and a load cell linkage member, comprising: a disposable member interconnect complementary to the load cell interconnect; a support member configured to support a fluid container; a disposable member electrical circuit; and a disposable member electrical interface electrically coupled to the disposable member electrical circuit; the load cell interconnect configured to receive the disposable member interconnect to attach the load cell linkage member to the load cell interconnect to provide a mechanical linkage between the support member of the load cell linkage member and the load cell, and dispose the support member of the load cell linkage member within a defined angular range about the principal load axis of the load cell when the disposable member electrical interface is electrically coupled to the measurement electrical interface. a load measurement assembly configured to be suspended a distance above a support surface, the load measurement assembly comprising: a load cell having a principal load axis substantially orthogonal to the ground; a measurement control circuit electrically coupled to the load cell, the measurement control circuit configured to receive electrical signals from the load cell indicative of a force imposed on the load cell; a measurement electrical interface electrically coupled to the measurement control circuit; and a load cell interconnect mechanically linked to the load cell; and a load cell having a principal load axis substantially orthogonal to the ground; a measurement control circuit electrically coupled to the load cell, the measurement control circuit configured to receive electrical signals from the load cell indicative of a force imposed on the load cell; a measurement electrical interface electrically coupled to the measurement control circuit; and a load cell interconnect mechanically linked to the load cell; and a load cell linkage member, comprising: a disposable member interconnect complementary to the load cell interconnect; a support member configured to support a fluid container; a disposable member electrical circuit; and a disposable member electrical interface electrically coupled to the disposable member electrical circuit; a disposable member interconnect complementary to the load cell interconnect; a support member configured to support a fluid container; a disposable member electrical circuit; and a disposable member electrical interface electrically coupled to the disposable member electrical circuit; the load cell interconnect configured to receive the disposable member interconnect to attach the load cell linkage member to the load cell interconnect to provide a mechanical linkage between the support member of the load cell linkage member and the load cell, and dispose the support member of the load cell linkage member within a defined angular range about the principal load axis of the load cell when the disposable member electrical interface is electrically coupled to the measurement electrical interface.