DATE: 2026/10/15

Auto Guided Vehicle Industrial Grade Quality

Auto Guided Vehicle Industrial Grade Quality

Auto Guided Vehicle

SEER Robotics’ automated guided vehicles offer travel speeds of up to 2 m/s and highly precise navigation with an accuracy of ±10 mm, ensuring efficient, automated logistics operations in manufacturing facilities when combined with robust safety features. SEER Robotics is a platform-based intelligent robotics company built around its self-developed Robot Brain technology. With its own SRC series controllers and vertical integration of software and hardware, the company delivers highly competitive solutions, global deployment support, and professional technical services.

It is primarily used in the automation of material handling and line-side warehousing processes across industries such as automotive manufacturing, electronics assembly, new-energy batteries, and semiconductors.

Navigation method:
Laser SLAM
Rated load:
1500 Kg
Maximum speed:
2 m/s

Auto Guided Vehicle Characteristics

High-speed driving and large-area drawing capacity:
the auto guided vehicle has a maximum driving speed of 2 m/s and a drawing area of 400,000 square meters, breaking the traditional workshop area limit and greatly improving the operation efficiency of cross-regional material handling.
High-precision navigation and flexible deployment:
Using self-developed high-precision LiDAR natural contour navigation technology, autonomous path planning can be realized without modifying the physical environment on site, and the navigation accuracy is as high as plus or minus 10mm, ensuring smooth operation.
360-degree safe field of view protection:
the front and rear of the car body are equipped with dual LiDAR and three-dimensional obstacle avoidance cameras, which support full field of view scanning. When encountering dynamic obstacles, it can realize millisecond response and safely brake and stop, thus ensuring the safety of man-machine cooperative operation in all directions.
High-precision intelligent identification of multi-type carriers:
built-in deep learning vision algorithm, which can realize large field of view angle and high-precision feature identification, accurately docking nine-leg pallets, block-style pallets and non-standard material carts, effectively avoiding the risk of cargo dislocation in the handling process.
Modular battery and fast battery life guarantee:
support high-current fast charging technology, charging one hour can achieve eight to ten hours of long battery life. With independent modular design, it only takes three minutes to complete the rapid power exchange, meeting all-weather continuous operation.
Deep integration and integrated scheduling of software and hardware:
Seamlessly connect intelligent logistics management system and robot scheduling system, support multi-vehicle collaborative operation and underlying traffic control, and realize full-link digital visual management from dispatching orders, queuing to fault recovery.
Auto Guided Vehicle Detailed Parameter Table
Parameter Value
Specifications and attributes Detailed parameters
Product Name Laser SLAM Intelligent Handling Forklift
Product Model SFL-CBD15-CE
core components autoguided vehicle controller
Rated load 1500 kg
Body size 1685 x 980 x 1906 mm
Standard lifting height 205 mm
Minimum turning radius 1532 mm
Fully loaded driving speed 1.4m/s
Unloaded driving speed 1.4m/s
Navigation and positioning accuracy ±10 mm
Combined battery life Eight to ten hours

Auto Guided Vehicle Comparison Points

SEER Robotics’ automated guided vehicles feature state-of-the-art chassis control and adaptive navigation technologies. Compared with traditional magnetic stripe navigation vehicles, there is no need to lay tracks on the ground, which greatly reduces the deployment cost and the difficulty of re-routing, and the layout is more flexible.

In addition, SEER Robotics products are equipped with proprietary intelligent obstacle avoidance and multi-dimensional perception algorithms. When facing a high-dynamic production workshop, it can independently calculate the optimal detour path, rather than stopping in situ like ordinary equipment, which greatly improves the continuity of logistics flow.

This product specifically addresses the following pain points in the industry:

Auto Guided Vehicle
Multi-model mixed-field scheduling congestion conflict:
equipped with the global scheduling system, through the optimal path planning and deadlock prediction algorithm, effectively solve the traffic congestion and deadlock of hundreds of different models of vehicles at narrow intersections.
The success rate of non-standard vehicle recognition is low:
the use of self-research vision large model, depth to solve the light change and vehicle placement skew caused by docking failure, to achieve multi-angle adaptive precision fork and smooth transportation.
The fluctuation of the production line beat leads to the accumulation of tasks:
relying on the dynamic order distribution mechanism, real-time response to the production line emergency material demand, intelligent allocation of transport capacity, quickly resolve the production peak material retention and production line downtime and material crisis.

Auto Guided Vehicle Instructions

On-site environment scanning and map building
During the initial deployment, the vehicle will be controlled to complete one loop around the workshop, and the system will automatically scan features through LiDAR to quickly build a high-precision global 2D or 3D environmental map of the workshop.
01
Business site setup and route planning
Directly click on the map in the system interface to add pickup and delivery locations. The system automatically identifies the main roads and no-driving zones, and intelligently plans a smooth, optimal execution path.
02
Visual online input of multiple vehicle models
For different specifications of material racks or pallets, the size and feature parameters are entered online in the visual configuration module, and the deep learning recognition function is turned on to ensure a high fault tolerance rate in the docking process.
03
Task assignment and status monitoring for material handling
The production handling order is issued with one key through the external system, and the vehicle automatically responds to the execution. On-site personnel can view the vehicles’ precise locations and current battery levels in real time on the visual monitoring dashboard.
04

Auto Guided Vehicle For People

Automated Manufacturing Worker in the Automotive Industry

It is suitable for automotive OEMs and parts manufacturers. Facing the complex mixed-line workshop environment and the task of transferring heavy components such as high-frequency engines, the vehicle can realize accurate docking from the line side warehouse to the machining center, helping the implementation workers to complete paperless and fully automatic material circulation.

Electronic Equipment Plant Line-Side Logistics Planner

Suitable for planners handling mixed-model production on a single production line. The vehicle can accurately identify finished pallets of various specifications, realize safe stacking and intelligent handling in a compact station gap, comprehensively improve the delivery speed and optimize the utilization rate of warehouse channel space.

On-site Manager of the Heavy Tool Manufacturing Workshop

Management team focused on the heavy industry and tool manufacturing sectors. In the face of one-way traffic restrictions and a wide variety of heavy processing materials, the vehicle, combined with an intelligent scheduling system, provides optimal site arrangement logic, effectively replaces heavy manual handling and significantly reduces the risk of work injury.

Third-party warehousing and logistics system operations and maintenance expert

Suitable for the operations and maintenance team of a large distribution center. The vehicle can be seamlessly connected with the high-level three-dimensional library and the external conveyor line, through the fine scheduling control of the whole process to track the order status in real time, reduce the manual operation load, greatly improve the overall throughput accuracy of the warehouse.

Certificates And Factories

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As the world’s leading controller manufacturer, SEER Robotics has independent intellectual property rights of SRC series controllers and production lines. It is the real source manufacturer, providing you with highly competitive ex-factory prices and faster delivery speed. Products comply with international standards and have been deployed in many countries and regions around the world. Through standardized communication protocols, the stable operation and technical compatibility of the system in multinational plant projects are ensured.

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FAQ Section

Q:Does this automated guided vehicle require modifications to the existing physical environment of the factory in order to operate?
A:Absolutely not necessary. The vehicle uses advanced LiDAR natural contour navigation technology, which can accurately locate and drive autonomously according to the natural physical characteristics of the on-site environment without laying any magnetic strips or reflectors.
Q:How is the vehicle’s safety ensured when encountering narrow passages or dynamically moving obstacles?
A:The vehicle is equipped with LiDAR sensors featuring a wide field of view and stereo vision cameras on all sides. When encountering sudden obstacles, it will not only trigger millisecond-level safety braking, but also autonomously plan local paths for intelligent detours.
Q:What is the vehicle’s battery life, and can it sustain high-intensity, all-day continuous operation?
A:The vehicle is equipped with a high-capacity, modular lithium iron phosphate battery and supports ultra-fast charging at high current. A single hour of charging provides up to ten hours of continuous operation, and it supports a three-minute quick battery swap, ensuring uninterrupted workflow.
Q:If dozens or even hundreds of vehicles of this model are running at the same time in the factory, will the system be stuck?
A:Not at all. Vehicles are used in conjunction with the robot centralized scheduling system independently developed by enterprises. A single area can easily support the concurrent scheduling of hundreds of vehicles without dead corners, intelligently allocate tasks and completely solve traffic congestion.
Q:Given the wide variety of pallet types and differing dimensions, can the vehicle accurately perform identification and docking?
A:It can accurately identify the docking. The vehicle has built-in advanced deep learning vision algorithm module, which can adaptively identify a variety of colors, sizes and non-standard shapes of the truck and open pallet with high precision.
Q:If the wireless network signal on the workshop site is unstable, will it affect the normal handling of the vehicle?
A:The vehicle is equipped with powerful standalone intelligent edge processing capabilities. In the network blind area, the established driving route can still be safely completed according to the underlying control algorithm, and the operation data will be automatically synchronized with the central system after the network is restored.