Force Testing for AI-Driven Aircraft

Defense contractors and aerospace researchers developing AI-driven military aircraft require high-accuracy physical load data to train and validate predictive flight and structural models. These systems rely on AI algorithms to understand how the airframe and control surfaces behave under varying loads, forces, and maneuvers. To build these models, engineers must capture real-world force and torque data from wings, control actuators, aerodynamic structures, and load-critical components during ground and flight tests.