Which type of synchros are designed to handle the movement of heavy loads?

The correct answer is torque synchros. Torque synchros are specifically designed to handle and transmit rotational movement while supporting heavier loads. These devices operate on the principle of electromagnetic induction and are constructed to generate a torque proportional to the input signal, allowing them to effectively manage the demands of heavier mechanical systems. They facilitate accurate positioning in various applications, making them ideal for situations where significant weight or resistance is involved.

Control, feedback, and position synchros serve different functions. Control synchros are primarily used for signal processing and controlling mechanisms, rather than managing heavy loads. Feedback synchros are typically found in systems that require data to indicate the status or position of another component, ensuring accuracy without the need for high load-bearing capacity. Position synchros, while also useful in determining angular position, do not inherently have the robust capacity needed for handling heavy loads that torque synchros possess.