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Home Industry Insights Robotics
Apr 25, 2026 · LinksRobo Editorial Team · 15 views

Mobile Manipulation and AI Palletizing Lead the Next Wave of Warehouse Automation

Robotics Industry News Automation Mobile Manipulation Mixed-case Palletizing Autonomous Mobile Robots Warehouse Automation

This article was prepared from recent industry source material selected by the LinksRobo editorial workflow. It summarizes verified source highlights without adding unsupported claims.

Key Takeaways

  • Mobile manipulation is scaling: Locus Array combines AMR and robotic arm for autonomous picking, already deployed at DHL.
  • AI-driven mixed-case palletizing is becoming a standard offering through partnerships with Jacobi Robotics.
  • Rugged, outdoor-capable AMRs from MyBull and stacker-type fork AMRs from Milvus expand deployment flexibility.

Mobile Manipulation Reaches Commercial Scale

The launch of Locus Array at MODEX 2026 marks a significant milestone in the evolution of warehouse automation. By integrating an omnidirectional mobile base, a robotic arm, and AI-powered perception, Locus Robotics has created a system that can complete fulfillment workflows without manual intervention. Already deployed at DHL and other customers, Locus Array represents the culmination of a decade-long roadmap from human-assisted picking to fully autonomous execution. This signals that mobile manipulation—long a technical challenge—is now commercially viable at scale, with over 17,000 AMRs deployed and more than 7 billion picks assisted by Locus systems.

Section sources: Automated Warehouse - ASRS: Locus Robotics launches Locus Array for fully autonomous fulfillment

AI-Powered Mixed-Case Palletizing Becomes a Standard Offering

Two major systems integrators—Peak Technologies and FORTNA—have separately partnered with Jacobi Robotics to offer the OmniPalletizer platform. This AI-driven system uses real-time motion planning, computer vision, and self-learning AI to build stable, rule-compliant mixed-case pallets without requiring upstream buffering, sorting, or sequencing. The fact that two leading integrators independently chose the same technology within days suggests that AI-based palletizing is rapidly becoming a standard solution for complex distribution environments. For buyers, this means reduced need for facility redesign and lower upfront investment in conveyor infrastructure.

Section sources: Automated Warehouse - General Feed: Peak Technologies partners with Jacobi Robotics for mixed-case palletizing | Automated Warehouse - General Feed: FORTNA adds Jacobi Robotics’ automated palletizer to its portfolio

New AMR Form Factors Expand Deployment Options

Milvus Robotics introduced the SEIT F1500S, a stacker-type fork AMR with a 3,500 lb payload capacity and lift height of 8.8 ft, designed for fast deployment in high-mix production environments. Meanwhile, MyBull Robotics launched the TMN-FP20 autonomous forklift and TMN-T50US five-ton tugger, both capable of operating indoors or outdoors in all weather and on challenging terrain. These launches indicate a broadening of AMR capabilities beyond traditional indoor floor-level transport, addressing applications in manufacturing, building materials, automotive, and heavy equipment. For sourcing teams, this means more options for automating material handling across diverse facility types and conditions.

Section sources: Automated Warehouse - General Feed: Milvus Robotics launches stacker-type fork AMR | Automated Warehouse - General Feed: New autonomous tugger and forklift from MyBull Robotics can operate indoors or outdoors

Implications for Buyers and Integrators

The convergence of mobile manipulation, AI palletizing, and rugged AMRs points to a market where automation is becoming more flexible and easier to deploy. Buyers should evaluate systems that minimize the need for fixed infrastructure, such as floor markers or magnetic tape, as seen in Milvus’s perception architecture. Integrators should consider building partnerships with AI software providers like Jacobi Robotics to offer differentiated solutions. The trend toward fully autonomous workflows, as exemplified by Locus Array, suggests that labor-intensive tasks like picking and palletizing can now be automated without sacrificing flexibility. However, buyers should verify real-world performance claims and request references from early adopters.

Section sources: Automated Warehouse - ASRS: Locus Robotics launches Locus Array for fully autonomous fulfillment | Automated Warehouse - General Feed: Peak Technologies partners with Jacobi Robotics for mixed-case palletizing | Automated Warehouse - General Feed: FORTNA adds Jacobi Robotics’ automated palletizer to its portfolio | Automated Warehouse - General Feed: Milvus Robotics launches stacker-type fork AMR | Automated Warehouse - General Feed: New autonomous tugger and forklift from MyBull Robotics can operate indoors or outdoors

Sources

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