May 15–16, 2025 | Hefei, China — The First Global Autonomous Forklift (AGF) Application Scenario Competition concluded successfully in Hefei, China. Hosted by the Mobile Robot Industry Alliance, the event focused on practical, scenario-based evaluations of unmanned forklifts across real industrial challenges and deployment conditions.
Top AGF solution providers from across the globe gathered to demonstrate their capabilities in four core competition zones, covering essential operational scenarios in warehousing and logistics:
High-Efficiency Material Handling
Obstacle Avoidance in Complex Environments
Precision High Stacking
Heavy Load Lifting & Cage Stacking
Hangcha Intelligence stood out with its Mini Stacking AGV, winning the “Outstanding Leadership Award” and the “Millimeter-Level Precision Golden Steering Wheel Award,” showcasing strength in high-density stacking, agility in narrow aisles, and coordination across multi-level operations.
Navigation: Most entries relied on SLAM (Simultaneous Localization and Mapping), enabling navigation in 1.9m-wide aisles without the need for QR codes or magnetic strips.
Task Orchestration: Real-time scheduling systems enabled multi-vehicle coordination and integration with warehouse management systems (WMS).
Charging & Runtime: Fast-charging battery systems ensured near-continuous operation while reducing energy consumption by up to 30%.
Hangcha CTO Tao Yikun delivered a keynote speech highlighting the shift from “automated execution” to “cognitive collaboration,” emphasizing AI-powered perception, adaptive tasking, and standardized testing as core to the next generation of industrial forklifts.
The global autonomous forklift market is projected to reach $270M–$690M in 2025, with CAGR of 9–13.5%, expected to double by 2030–2032.
The Asia-Pacific region accounts for nearly 50% of the global market share, led by demand from China and India.
Key growth drivers include labor shortages, e-commerce fulfillment demands, safety compliance pressures, and rising expectations for operational efficiency.
The competition marked a turning point — not in proving that AGFs can work, but in demonstrating how well they perform under industrial pressure.
It also signaled a broader industry shift: from early pilots to measurable, scenario-driven benchmarks, accelerating commercial deployment and ecosystem integration.
As AI, coordination algorithms, battery systems, and performance standards continue to advance, autonomous forklifts are poised to become a core enabler of smart intralogistics, delivering safety, agility, and scalability to complex supply chains.