In motor vehicle manufacturing, automated guided vehicles (AGVs) and electric monorail conveyors transport car bodies, sub-assemblies, and powertrain components between welding, painting, and assembly stations. These systems rely on a compact, high-reliability connector to bridge the moving carrier’s power and control circuits with the stationary track. The connector slides into a mating socket mounted on the underside of the carrier, establishing a secure electrical link without manual intervention. As the carrier accelerates, decelerates, or negotiates curves, the connector maintains continuous contact, transmitting the signals that govern motor speed, braking, and safety interlocks. Its design allows quick replacement during scheduled line stops, minimizing downtime in a production environment where every minute of uptime counts. In adjacent battery-electric vehicle assembly, the same connector is sometimes used to link mobile charging trolleys to stationary battery packs, ensuring consistent power delivery during final testing.