CONNECTION SYSTEMS
Aptiv’s connection systems deliver exceptional performance in demanding environments. As industrial automation and robotics progress, Aptiv solutions support both traditional and emerging applications with reliable power, consistent data connectivity and proven scalability.
Industrial applications — including cranes, aerial lifts, sweepers, and utility carts — are evolving to meet rising demands for automation and safety. Aptiv’s connection systems provide reliable power, signal and data performance, engineered for durability in vibration-heavy, high-temperature and harsh environments.
As workplace efficiency and safety demands rise, automation is driving forklift performance through advanced vision systems and operator-alert technologies. These advances — including integrated cameras, radars and real-time feedback mechanisms — all increase the need for high-powered connectors. Aptiv’s high-voltage (800V-1200V) connectors answer the call with reliable solutions built for rugged industrial environments.
Tow tractors, burden carriers, and utility carts play an essential role in industrial operations. In these complex environments, vehicular safety and skilled navigation depend on cameras, radars and operator-assist software. These critical functions rely on Aptiv’s off-the-shelf low-voltage connectors, which ensure economical, reliable power and consistent data transfer.
Cranes and aerial lifts are key to industrial applications that require safe, elevated access and material handling. Increasingly equipped with cameras, radars and electronic controllers, these vehicles depend on reliable power and signal connectivity to enhance operator awareness and safety. Aptiv’s connection systems offer durable, high-voltage and low-voltage solutions that support continuous operation in structured, safety-critical environments.
Robotics — including stationary arms, AGVs, AMRs, cobots and humanoids — is redefining automation across manufacturing and logistics. As these systems grow more complex, they require high-speed data transmission, reliable signal integrity and robust power delivery to support sensors, actuators and controllers. Aptiv’s portfolio of proven connectors provides a wide variety of scalable solutions to support the next generation of robotic platforms.
Stationary robotic arms are the backbone of industrial automation, executing repetitive, high-volume tasks like welding, assembly and inspection with speed and precision. Unlike mobile or collaborative platforms, stationary robotic arms often require longer wire runs, internal routing through joints, and connectors that can withstand torque, vibration and thermal cycling. Aptiv’s connector portfolio is validated at high volumes and offers the durability and precision needed.
Automated guided vehicles (AGVs) are a proven solution for repetitive transport tasks in structured, controlled environments, such as warehouses and manufacturing floors. Operating along fixed paths, AGVs rely on consistent electrical connectivity to maintain uptime, safety, and navigation accuracy. Aptiv supports AGV applications with scalable solutions for automated mobility with durable low- and high-voltage interconnects for power delivery, signal transmission and sensor integration.
Autonomous mobile robots (AMRs) are designed to navigate complex, ever-changing environments, making real-time decisions based on sensor input and environmental data. Unlike AGVs, which follow fixed paths, AMRs rely on advanced perception systems and wireless communication to operate safely and efficiently in dynamic workflows. These capabilities demand interconnect solutions that support high-speed data transmission, low-voltage control, and selective high-voltage power.
Collaborative robots (cobots) are redefining industrial workflows by safely operating alongside human workers. Because they directly interact with human colleagues, they operate under stricter safety regulations than those required of traditional industrial robots. These increased demands require the highest standards of durability, high-precision control and sensor feedback for cobots to accomplish their tasks and protect their co-workers.
Humanoid robots are emerging as versatile platforms capable of performing complex, multi-modal tasks, from logistics and inspection to customer interaction and care. These machines rely on dense sensor suites, multiple actuators, and high-voltage power systems to enable mobility, perception and interaction. The electrical architecture of humanoids is increasingly demanding, requiring compact, lightweight connectors that support high signal integrity, low-voltage control and selective high-voltage delivery.
* H-MTD® is a registered trademark of Rosenberger Hochfrequenztechnik GmbH & Co.
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