First modular AGV

Scott Technology officially unveiled an intriguing modular AGV on the first morning of the ProMat trade fair in Chicago.

NexBot aims to make automation more cost-effective and easier to deploy, particularly for the food industry. Its unique modular architecture enables customers to buy one base unit – defined by Scott as the front end – which can work with various back end configurations such as a counterbalance forklift or outrigger/straddle truck.

Frederic Hermier, director of materials handling and logistics at Scott Technology, said, “For years, AGVs have played a critical role in materials handling, but complex integration and long production cycles have slowed adoption. NexBot changes that – offering a modular, scalable system that integrates easily, deploys faster, and reduces costs.

“Businesses need automation that not only meets today’s demands but can evolve alongside their operations. By combining advanced safety features, AI-driven navigation, and real-time fleet management, NexBot delivers a future-ready solution designed for growth, adaptability, and long-term efficiency.”

Powered by lithium-ion batteries, NexBot uses a LiDAR-based obstacle detection, adaptive speed control, and automated emergency stop systems. It utilises Navitec’s precision navigation software for reliable path tracking, using an environmental map of natural features and reflectors. A fleet coordination system prioritises traffic to prevent bottlenecks. NexBot also integrates with third-party WMS and ERP software, as well as Scott’s proprietary Maestro+ platform.

The company has already secured a pre-order for NexBot from a major North American food processor which is expanding its operations in France.

Developed over 18 months at Scott’s Transbotic facility in Charlotte, North Carolina, NexBot is now available for order. Visitors to ProMat can see it at booth N7949.

Read more about NexBot and Scott Technology in the next edition of International Lift & Hoist, featuring a full ProMat show report and an in-depth article on AGVs and automation.