Interface force sensors, including load cells and multi-axis sensors, provide precise data on loads, stresses, and strains experienced by UAV components. To validate unmanned aerial vehicles during flight, these sensors provide information that helps engineers optimize designs, validate structural integrity, and ensure airworthiness. Engineers can identify potential weaknesses in UAVs by measuring forces during tests like wing fatigue, maneuverability, motor torque, fine-tuning control systems, and maximizing flight performance.

Load cell overload occurs when the force applied to a load cell exceeds its rated capacity. Load cells are designed to operate within specific load limits. Overload detection is essential to protect these costly and sensitive devices from damage and ensure the longevity and reliability of the sensors. Without proper overload protection, these sensors can be compromised, leading to inaccurate readings or permanent damage.

Junction boxes are enclosures that are centralized hubs for controlling connections. In test and measurement, Interface Junction Boxes function as tools between sensors and instrumentation, providing a secure and organized space for electrical systems and components, signal conditioning, and protection against environmental factors. They can connect one or multiple load cells or transducers. Junction boxes offer a versatile solution for consolidating connections, optimizing signal quality, streamlining setups for measurement testing programs in the lab, and monitoring the performance of components, products, and equipment.