Visual SLAM Autonomous Forklifts for Interoperable Material Handling

ABB Robotics is introducing the Flexley Stack F712, an autonomous forklift integrating Visual SLAM technology to automate pallet transport and high-density storage operations. The system is designed to support demanding material handling and end-of-line warehousing workflows, particularly within the automotive industry and heavy manufacturing sectors.

Infrastructure-Free Navigation and Fleet Interoperability
Unlike conventional automated guided vehicles that require pre-installed infrastructure such as magnetic tape, markers, or laser reflectors, the F712 relies on Visual SLAM (Simultaneous Localization and Mapping) technology to map and navigate its environment. Combined with artificial intelligence, this spatial mapping mechanism supports autonomous decision-making in dynamic warehouse environments, achieving a positioning accuracy of ±10 millimeters.

The forklift is integrated with the AMR Studio software suite and complies with the VDA 5050 communication protocol. This standardized architecture facilitates integration with other mobile robots and third-party management systems within a unified digital supply chain, simplifying the coordination of mixed fleets containing tractors, transporters, and forklifts. By utilizing a no-code, drag-and-drop interface for configuration and real-time traffic management, the system reduces commissioning times by up to 20 percent.

Payload Specifications and Industrial Applications
The automated forklift is engineered to handle various load formats, including open or closed pallets, containers, and racks, with a maximum payload capacity of 2,000 kilograms. It features a vertical lifting reach of up to 8.5 meters, making it applicable for deep storage and high-rack warehousing operations. The vehicle is certified under the latest ISO and ANSI safety standards and operates safely at speeds up to 1.7 meters per second while fully loaded.

Within the automotive and industrial sectors, the system is deployed for production line supply, body and press shop transport, end-of-line handling, and light buffer storage. "As part of our evolution toward more autonomous and versatile robotics, we have combined advanced vision, mobility, and intelligence technologies in the Flexley Stack F712 AMR," noted Marc Segura, Global President of ABB Robotics.

Additional Context
This section details technical specifications and competitive benchmarking not included in the original news release.

In the autonomous intralogistics sector, automated reach trucks and high-lift forklifts are evaluated based on maximum vertical reach, payload capacity, and navigation infrastructure requirements. The ABB Flexley Stack F712 competes with high-reach autonomous systems such as the Seegrid Palion Lift and the Jungheinrich EKS series of automated guided vehicles. While traditional high-reach AGVs often require installed laser reflectors to achieve the precision necessary for high-rack storage, the F712 relies entirely on infrastructure-free Visual SLAM. Its 8.5-meter lifting height and 2,000 kg capacity place it in the upper tier of autonomous reach trucks, surpassing standard autonomous counterbalance forklifts that typically max out at three to four meters of vertical lift. Furthermore, native compliance with the VDA 5050 standard prevents vendor lock-in, a critical requirement for integrating hardware into a broader automotive data ecosystem where facilities must orchestrate heterogeneous robotic fleets from multiple manufacturers.

Edited by Aishwarya Mambet, Induportals Editor, with AI assistance.

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