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From goods receiving to warehouse storage and production supply, KUKA’s autonomous forklifts automate pallet transport and material handling across the entire intralogistics chain. They move goods safely and precisely through warehouses and production facilities, improving material flow, reducing manual transport work, and increasing operational efficiency. Intelligent fleet management coordinates vehicles and transport orders in real time to ensure reliable warehouse workflows.
Modern warehouses and production facilities must manage increasing throughput, labor shortages, and complex material flows. KUKA autonomous forklifts ensure continuous pallet transport, efficient space utilization, and stable operations.
Using intelligent navigation, advanced sensors, and high-performance batteries, KUKA AMR forklifts optimize goods movement, automate repetitive transport tasks, and help reduce operating costs.
Whether you are evaluating autonomous forklifts, pallet stackers, or a complete AMR fleet, KUKA supports your automation project from concept validation and system design through implementation and operation.
Autonomous forklifts are driverless mobile robots designed to transport, store, and retrieve pallets in warehouses and production facilities. Available as autonomous counterbalance forklifts and pallet stackers, they automate material handling tasks and operate without fixed guidance infrastructure.
Using advanced navigation and fleet management technology, they integrate seamlessly into existing warehouse automation and production logistics environments. As part of KUKA’s AMR portfolio, autonomous forklifts enable end-to-end automation of intralogistics processes.
Unlike traditional Automated Guided Vehicles (AGVs), AMR forklifts dynamically adapt their driving routes, avoid obstacles in real time, and operate without fixed guide paths.
KUKA’s autonomous industrial vehicles are specifically designed for safe use in industrial environments and enable reliable operation alongside human operators.
Yes. Through the KUKA.AMR Fleet Manager, forklift robots can be integrated into existing warehouse equipment, production systems, and material handling infrastructure.
Yes. Autonomous forklifts and autonomous mobile transport platforms can be operated and coordinated in a single fleet via the central KUKA Fleet Manager.
The Fleet Manager controls cross-vehicle task assignment, traffic flow, and collision avoidance. Different vehicle types with specific characteristics (e.g., load capacity, kinematics) are centrally orchestrated so that transport processes run seamlessly across systems without any disruption.
Integration is based on a shared mapping, navigation, and communication structure. This ensures consistent behavior of all vehicles in mixed-operation environments—even in dynamic settings and with complex material flows.
Autonomous forklifts use SLAM navigation, LiDAR, laser scanners, and intelligent sensors to create and continuously update digital maps.
This enables reliable pallet transport without fixed guide paths.
Implementation is typically carried out step by step:
This step-by-step approach minimizes risk, accelerates deployment, and enables a structured path toward scalable warehouse automation.
KUKA supports customers throughout the entire system lifecycle—from commissioning and operation to maintenance, technical support, and spare parts management.
Available services include:
KUKA AMR solutions are fully scalable:
This allows companies to continuously expand their intralogistics and adapt them to growing requirements.
Both vehicle types automate pallet handling and pallet transport, but they are designed for different tasks.
Pallet Stacker: Ideal for pallet storage and retrieval, narrow aisles, and warehouse operations.
Counterbalance forklift: Ideal for flexible pallet transport, closed pallets, receiving and shipping areas, and production logistics.
Together, these autonomous forklifts provide a scalable solution for warehouse automation, material handling automation, and intralogistics operations.
