Dutch company starts production of Hexabot AGV
Dutch automated guided vehicle developer AGV International has started commercial production of its new Hexabot T506 autonomous guided vehicle (AGV), after a successful trial with a customer in the Netherlands.
The electric Hexabot T506 has been trialled by plastic piping manufacturer DKYA Nederland for the last month, after an extensive period of development.
It has been designed for heavy loads, demanding warehouse and production environments, with a 2.5T load capacity, a lift height up to 200mm and operates on a lithium-ion battery.
The Hexabot T506 measures 4,500mm long, 800mm wide and 310mm high, with the compact chassis making it suitable for use in narrow operations.
It features advanced navigation and safety architecture including automatic LED lighting, control current key switch, emergency stop buttons and T10 joystick contact point.
AGV International says the move into production of the T506 marks a major milestone in autonomous intralogistics, where power, precision, and intelligent control converge in one compact, industrial-grade omnidirectional lifting platform AGV.
“The first AGVs are the most difficult and the lessons are enormous,” the family business states. “But now there is certainly something beautiful!
“With the birth of the Hexabot T506, we focus on the market of LiDAR controlled AGVs.”
Beyond the technical specifications, the launch of the Hexabot T506 signals a broader shift within the European intralogistics sector. As warehouses and production facilities face increasing pressure to automate, AGV International’s move into commercial manufacturing positions the company as a serious contender in a rapidly evolving market. Demand for compact, high‑capacity AGVs has grown sharply in recent years, driven by labour shortages, rising operational costs, and the need for continuous, predictable material flow. The T506 appears to be AGV International’s answer to these challenges, combining a heavy‑duty lifting platform with a footprint small enough to navigate tight aisles and dense storage layouts.
The successful trial at DKYA Nederland also underscores the vehicle’s readiness for real‑world deployment. Plastic piping production involves bulky, weighty loads and a demanding operating rhythm—conditions that often expose the limitations of early‑stage automation. That the Hexabot T506 performed reliably over a month‑long test suggests that AGV International has refined both its hardware and software to a level suitable for industrial‑scale use. The company’s emphasis on LiDAR‑based navigation further reflects a trend toward more precise, adaptive guidance systems capable of functioning in dynamic environments without the need for fixed infrastructure.
AGV International’s comments about the difficulty of developing its first AGVs highlight the steep learning curve faced by smaller automation manufacturers. Yet the firm’s persistence appears to have paid off. By bringing the T506 into production, the company is not only expanding its own portfolio but also contributing to the diversification of the AGV landscape, which has long been dominated by larger multinational suppliers.
As the Hexabot line matures, it will be interesting to see how AGV International scales its manufacturing capacity and whether additional models will follow. For now, the T506 stands as a notable milestone for the Dutch developer and a promising new option for operators seeking robust, intelligent, and space‑efficient autonomous transport solutions.
