Beacon Robot Wins “Pioneer of Rapid Logistics Scheduling” at the World’s First Unmanned Forklift Competition

On May 16, the world’s first Unmanned Forklift Application Scenario Competition, co-organized by the Mobile Robot Industry Alliance, was grandly held in Hefei. As an innovative enterprise in the field of intelligent handling robots, Suzhou Beacon Robot Technology Co., Ltd. showcased its self-developed BR-F15P forklift in the "Efficient Handling Zone", competing alongside seven other leading manufacturers. With outstanding technical performance, Beacon Robot stood out from the fierce competition and won the prestigious "Pioneer of Rapid Logistics Scheduling Award", demonstrating its leading strength in the unmanned forklift sector.

The "Efficient Handling Zone" of this competition focused on evaluating unmanned forklifts in fast-paced logistics scenarios. Participating equipment was required to deliver goods swiftly while ensuring precise placement—fully simulating the demanding requirements of efficiency and stability in Logistics 4.0 intelligent warehousing. During the event, Beacon Robot’s BR-F15P impressed the judges with its exceptional performance. Equipped with a self-developed controller and intelligent scheduling system, it exhibited excellent environmental adaptability and operational stability. Notably, it achieved millisecond-level task response and maintained ultra-high accuracy in complex dynamic environments, winning unanimous praise from the judges and industry experts.

Self-Developed High-Performance Controller
Built on an ARM architecture, it features powerful computing capabilities, rich interfaces, and high integration. The optimized motion control algorithms ensure stability and precision even at high speeds.

Mapping and Navigation
Utilizing multi-line LiDAR and 3D SLAM navigation technology, it builds high-precision 3D factory maps, breaking the barrier between indoor and outdoor environments with strong adaptability.

Visual-Based Autonomous Deviation Correction
Equipped with a 3D vision camera at the fork tip, it enables autonomous correction of up to ±30° tilt, achieving highly accurate pick-and-place operations.