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Autonomous Forklifts Case Study | Is It Possible to Integrate and Manage Intralogistics Scenarios Seamlessly All in One?

Autonomous Forklifts Case Study | Is It Possible to Integrate and Manage Intralogistics Scenarios Seamlessly All in One?

Other - Indoor Horizontal Transportation

Intralogistics features multiple processes, mixed operations, and low coupling capacity between various intralogistics links. These factors lead to overall logistics inefficiency and looseness. In addition, due to the diversification of market demands, manufacturing enterprises are seeking partial logistics automation solutions and aspiring to break through the bottlenecks of multiple processes and diversification through an all-in-one and more integrated management system. 


As a global supplier of autonomous industrial vehicles and intralogistics automation solutions. VisionNav offers a comprehensive range of products, from  Automated Guided Forklifts (AGFs) to Autonomous Mobile Robots (AMRs). VisionNav covers intralogistics across all scenarios through various product combinations and flexible model expansions. This helps customers address end-to-end automation processes, ranging from material handling and warehouse entry and exit to rack loading and unloading, using various solutions that cater to different needs.


VisionNav Solution

AMR x AGF Fleet

VisionNav's automated handling solution combines autonomous forklifts and AMRs for various intralogistics scenarios. This integration bridges scenarios including material handling, inbound and outbound of the warehouse, and rack loading and unloading, effectively coordinating material handling of different frequencies seamlessly. The entire solution process is managed through VisionNav's integrated system, addressing the challenge of low coupling across multiple stages. The system assists enterprises in achieving a resolution to the challenges of intralogistics automation at one stop. 


Autonomous Forklifts Case Study | Is It Possible to Integrate and Manage Intralogistics Scenarios Seamlessly All in One?

Autonomous Forklifts


One System for All Scenarios

VisionNav Central Control System(RCS) 2.0 serves as the "brain," providing the end devices with robust and stable data algorithms and task-processing logic. It enables automatic task assignment and real-time route optimization, seamlessly integrating with customers' MES, WMS, and other systems to establish a streamlined data flow and facilitate lean, collaborative production. This unified system solves the issue of interconnecting and linking various devices within an enterprise.

Autonomous Forklifts

RCS 2.0


Solution Advantage

  1. More Intelligent: Tailored for diverse industries and scenarios, leveraging the RCS 2.0 for global dynamic decision management. This further elevates overall logistics efficiency and automation levels across different sectors.
  2. Enhanced Flexibility: Adapting to seasonal production demand, the solution allows for agile adjustments in deploying AMRs and autonomous forklifts, enabling modifications to project layouts accordingly.
  3. Effortless Scalability: VisionNav's all-in-one service eliminates the complexities of cross-system coordination among different devices, enabling projects to be easily replicated across various scenarios. This streamlined approach facilitates the deployment with a simple click.


Case Study

In a recent case study, VisionNav delivered a solution comprised of AMRs, a VNP 15 counterbalanced stacker, and the RCS(Robot Central System) 2.0. This integrated system was seamlessly integrated with robotic arms, enabling centralized management. The solution helps our clients increase intralogistics efficiency and develop their business output.


Inbound of The warehous

  1. AMR transports empty pallets to the palletizing station, awaiting the robotic arm for pallet stacking;
  2. Once the robotic arm completes pallet stacking, the AMR transports the fully stacked materials to the warehouse's area.
  3. The VNP 15 autonomous forklift retrieves the fully stacked materials from the docking area and transports them to the warehouse racks.;

Autonomous Forklifts

Inbound x VNP 15 


Outbound of The warehous

  1. The VNP 15 autonomous forklift retrieves the materials from the racks and delivers them to the docking area within the warehouse.
  2. The AMR transports the materials from the docking area to the pallet disassembly station. The robotic arm then dismantles the required materials and transfers them onto the conveyor belt.
  3. The AMR transports the leftover materials back to the docking area, while the VNP 15 autonomous forklift transfers them to their designated storage locations within the warehouse.

Autonomous Forklifts

Inbound x AMR

VisionNav is committed to further investigating diverse industry scenarios, persistently enhancing its comprehensive intralogistics automation solutions. This endeavor entails seamless coordination and efficient operations scheduling across diverse robotic systems, propelling intelligent logistics evolution within manufacturing and warehouse sectors.



About VisionNav

VisionNav® Robotics is a global supplier of autonomous industrial vehicles and intralogistics automation solutions. Based on AI&Machine Learning, Environmental Perception, Deep Machine Learning, and Servo Control technology, VisionNav has developed nine product series for full-stack scenarios to automate industry logistics. VisionNav has served more than 30 countries and deployed 350+ projects around the globe, and partners with 50+ Fortune 500 companies, covering auto manufacturing, tire, food, petrochemical, e-commerce, 3PL, pharmaceutical, and other industries.


Media Contact

Iris Chen