Kyntronics
Innovative Actuation Solutions for Every application
Automated Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs) are rapidly advancing beyond basic transport systems. Today’s platforms are expected to lift, position, clamp, tilt, transfer, and synchronize loads , all while operating efficiently and integrating seamlessly into plant control networks. As payload demands increase and automation becomes more connected, the actuator system inside AGVs and AMRs play a critical role in performance, efficiency, and reliability. Selecting the right linear actuator for mobile machinery is critical to overall vehicle performance and long-term reliability.
Selecting the right AGV and AMR actuator solution impacts:
Unlike stationary equipment, mobile automation vehicles operate within tight mechanical and electrical constraints. Actuation systems must deliver performance within:
Additionally, AGV/AMR systems often perform more than one motion function, requiring precise and repeatable control. This makes actuator selection a core system design decision.
Actuation inside mobile robotic platforms support a range of motion functions depending on vehicle design, payload requirements, and plant integration needs. While some AGVs and AMRs incorporate lifting modules, many platforms require multiple motion capabilities to support advanced automation tasks.
Common actuation functions include:
Each of these functions demands compact packaging, efficient power usage, and precise control. In battery-powered vehicles, the actuator system must deliver reliable performance without compromising runtime, weight distribution, or system integration.
Traditional Hydraulics
Hydraulics provide high force capacity but require an onboard hydraulic power unit (HPU), which introduces:
In battery-powered vehicles, these inefficiencies directly reduce runtime.
Electro-Mechanical Actuators (EMA)
Electro-mechanical screw-based actuators provide another alternative, but may present limitations in:
For certain battery-powered vehicle applications, particularly those with higher loads or repetitive cycling, these limitations can impact lifecycle performance.
Hybrid Actuator Solutions
Hybrid actuation combines hydraulic force density with electric efficiency and control — without a hydraulic power unit (HPU). For AGVs and AMRs, this enables:
In AGVs and AMRs, energy efficiency is imperative, it directly defines productivity. Because these vehicles operate on battery power, actuator performance must be evaluated not only on force capability, but on how efficiently that force is generated, controlled, and managed.
Efficient actuator systems contribute to:
At the same time, these mobile robotic platforms are connected assets within a broader automation ecosystem. Actuation systems must support intelligent control and diagnostics that enhance both performance and reliability.
Key control and connectivity capabilities include:
By combining power-on-demand energy efficiency with advanced control features, hybrid AGV/AMR actuator solutions can extend runtime, improve safety, and provide real-time operational insight.
Every mobile automation platform presents unique space, weight, and performance constraints.
Actuator systems must be customizable to:
Hybrid actuation solutions can be engineered to meet these requirements while maintaining compactness and control precision.
As automated guided vehicles and autonomous mobile robots continue to evolve, actuation requirements will expand beyond simple lift functions to include synchronized motion, higher payload capacity, and greater system intelligence. Efficient, compact, and connected actuator solutions will define the next generation of mobile automation.
For engineers designing modern AGVs and AMRs, selecting the right actuation solution is foundational to system performance. Review our actuator comparison guide to further evaluate your options.
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