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DATE: 2026/11/05

Autonomous Guided Vehicle

Autonomous Guided Vehicle And Source Factory & Best Deal

Autonomous Guided Vehicle

SEER Robotics' Autonomous Guided Vehicle SFL-CBD30 uses laser SLAM for autonomous navigation, has a rated load of 3000kg, and supports pallet identification, automatic handling, and rapid battery swapping. SEER Robotics is a robotics company with independent research and development and product manufacturing capabilities, and can directly provide original equipment and technical support.

Autonomous Guided Vehicle Important Parameters

It is mainly used in automobile parts manufacturing, 3C electronics production, new energy material transportation and heavy pallet handling in large warehousing and logistics centers.

Rated load
3000kg
Lifting height
205±5mm
Full load speed
1.5m/s

Autonomous Guided Vehicle Features

3000kg heavy-load handling capacity:
With a rated load of 3000kg, it can handle the automatic transportation of large palletized goods and is suitable for the turnover of heavy materials such as automotive parts, industrial raw materials and new energy materials.
AI Smart Pallet Recognition:
The optional AI recognition function can identify pallets of different specifications, colors and wraps, as well as some damaged pallets. It supports multi-angle adaptive recognition and pickup, reducing the manual work of adjusting pallet positions.
Three navigation solutions and precise positioning:
supports laser SLAM, reflector and NFL navigation, with a positioning accuracy of up to ±10mm. The navigation method can be selected according to the on-site environment to adapt to dynamic work areas and different logistics layouts.
8h comprehensive battery life and fast battery swap:
Equipped with 51.2V and 106Ah batteries, the comprehensive battery life is 8h, and it supports battery swap in about 3 minutes, making it easy to arrange equipment rotation and recharging according to production shifts.
40m detection range and 4-layer safety protection: 
Combining a 3D obstacle avoidance laser, safety edge sensors, distance sensors and hardware self-inspection, the vehicle expands its environmental detection range and improves safety when personnel and equipment work together.
Dual-spring shock absorption and enhanced hydraulic system:
The drive wheels adopt a dual-spring shock absorption structure and are equipped with enhanced hydraulic cylinders to improve operating stability in different operating environments and reduce vehicle slippage.
Autonomous Guided Vehicle Structured Detailed Parameter Table
Parameter name SFL-CBD30 parameter values
Product Model SFL-CBD30
Product Name Laser SLAM Autonomous Pallet Transporter
Operation method Automatic navigation/handheld control device
Navigation methods Laser SLAM
Applicable Pallet Types Open tray
Rated load 3000kg
Load center distance 600mm
Total weight 650kg, including batteries
Standard lifting height 205±5mm
Vehicle length × width × height 1720×960×2090mm
Fork length × width × height 1220×173×60mm
Fork outer width 600 / 680mm
1000×1200mm pallet right-angle stacking aisle width 1970+200mm
800×1200mm pallet right-angle stacking aisle width 1891+200mm
1000×1000mm pallet right-angle stacking aisle width 1881+200mm
Minimum turning radius 1360mm
Full load driving speed 1.5m/s
Unloaded driving speed 1.66m/s
Navigation and positioning accuracy ±10mm
Navigation angle accuracy ±1°
Maximum passing gradient <5%
Staircase clearance 10mm
Gap passing capacity 30mm
Battery Specifications 51.2V / 106Ah
Combined battery life 8h

Comparative Advantages Of Autonomous Guided Vehicle Products

SEER Robotics' Autonomous Guided Vehicle SFL-CBD30 combines a 3000kg rated load with a 960mm body width, making it suitable for manufacturing workshops and storage areas that require heavy pallet transport but have limited access space. Compared to ordinary pallet handling equipment with smaller loads, this model can handle heavier material transportation tasks, while adapting to different warehousing layouts with a minimum turning radius of 1360mm. The device supports laser SLAM, reflectors, and NFL navigation, and can select positioning solutions based on the field environment without relying on fixed magnetic stripe paths.

In actual logistics operations, inconsistent pallet specifications, deviations in pickup locations, and waiting for equipment to recharge can all affect transportation arrangements. The SEER Robotics SFL-CBD30 supports optional AI pallet identification, which can identify pallets of different specifications, colors, and partially wrapped or damaged pallets. It is equipped with a 51.2V, 106Ah battery and a fast battery swap function, making it suitable for production and warehousing environments that require continuous heavy-duty pallet turnover.

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Continuous transportation of heavy materials:
The rated load of 3000kg can handle large palletized cargo, reducing the dependence of heavy material transportation on manual forklifts.
Multi-specification tray identification:
After the optional AI identification function, it can identify different colors, specifications and some wrapped trays, reducing the work of manually adjusting the tray position.
Multi-shift logistics operations:
8h comprehensive battery life combined with a quick power change of about 3 minutes, which makes it convenient for the factory to arrange equipment replenishment and rotation according to production shifts.

Autonomous Guided Vehicle User Manual

Pre-job inspection
Check the battery level, forks, LiDAR and safety devices to confirm that the pallet structure is complete and the weight and center of gravity of the goods meet the equipment requirements.
01
Navigation map configuration
Create a map based on the actual layout of the warehouse, configure pickup points, unloading points and transportation routes, and test traffic conditions in different areas.
02
Pallet handling operations
Tasks are dispatched through the dispatch system. After the equipment arrives at the designated location, it completes pallet pickup and is transported to the target area according to the planned route.
03
Daily maintenance and energy replenishment
Check the equipment's operating status and battery level, charge or quickly change the battery according to production arrangements, stop operation under abnormal conditions and check.

Determine the specific docking plan.
04

Autonomous Guided Vehicle For Everyone

Automobile manufacturing and parts companies

Suitable for production directors, plant managers, logistics supervisors, and automated procurement managers in automobile manufacturing plants. There are frequent transshipment needs between warehouses and production areas for automotive parts, processing materials and finished product pallets. The SFL-CBD30 can be used for heavy-duty pallet transportation that meets load requirements, connecting raw material distribution and finished product turnover.

3C Electronics and Precision Manufacturing Enterprises

Suitable for operations managers, production logistics supervisors, and intelligent manufacturing project leaders of 3C electronics manufacturing companies. In an environment where production workshops have scattered workstations, frequent material distribution, and many manual transportation tasks, automatic handling equipment can be used to connect warehouses and production workstations to improve the efficiency of material flow within the workshop.

New energy battery and materials manufacturing companies

Suitable for supply chain managers, warehousing supervisors, and automation equipment purchasing managers of new energy material manufacturers and battery manufacturing companies. For the in-plant transportation needs of raw materials, parts and finished product pallets, a rated load of 3,000kg can be used to undertake heavy material turnover, and automatic handling tasks can be arranged in conjunction with on-site logistics processes.

Warehousing logistics and third-party logistics companies

Suitable for operations directors, warehouse managers, and equipment procurement managers of large warehouses, distribution centers, and third-party logistics companies. For repetitive operations such as pallet entry, warehouse area transfer, and outbound cargo collection, SFL-CBD30 can be used to undertake automated transportation, reducing manual driving and repetitive vehicle dispatch work.

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

Q: How much cargo can the SFL-CBD30 Autonomous Guided Vehicle handle?
A: The SFL-CBD30 has a rated load of 3000kg, which is commonly referred to as a 3-ton handling capacity. Its load center distance is 600mm and its standard lifting height is 205±5mm. It is mainly used for the pick-up and drop-off of palletized goods and short-distance transfer. If the cargo weight is close to the rated load, the pallet size and actual load distribution should also be checked during selection.
Q: How large a channel does the SFL-CBD30 need to reserve in the warehouse?
A: Channel width should be determined in conjunction with pallet size.The SFL-CBD30 has a body width of 960mm and a minimum turning radius of 1360mm. According to the equipment parameters, when using 1000×1200mm pallets, the width of the right-angle stacking channel is 1970+200mm; when replacing it with 800×1200mm pallets, the corresponding value is 1891+200mm. The actual layout cannot be determined solely by vehicle size; shelf spacing, whether the goods on the pallets extend beyond the edges, and the space required for vehicle steering must also be considered.
Q: What types of pallets can the SFL-CBD30 handle?
A: This model is mainly used for open pallet handling, and the fork width is available in two configurations: 600mm and 680mm. For warehouses with inconsistent pallet specifications, an AI pallet identification function can also be selected to identify pallets of different sizes and colors, and can also handle some pallets with wrapped film or damaged pallets. It should be noted that the bottom structure of the pallet will directly affect whether the forks can be inserted smoothly. It is best to check the actual size and bottom space before using non-standard pallets.
Q: Does the SFL-CBD30 require magnetic strips on the ground for navigation?
A: No need to lay magnetic strips. The SFL-CBD30 uses laser SLAM navigation, which can create maps using environmental characteristics within warehouses or workshops, and then complete positioning and driving accordingly. In addition to laser SLAM, the device also supports reflectors and NFL navigation methods. For warehouses that are already in use, navigation methods can be selected based on the on-site environment and positioning requirements, without having to directly modify the entire ground to deploy AGVs.
Q: How long does the SFL-CBD30 last on a single charge? Does it support quick power changes?
A: The battery configuration is 51.2V, 106Ah, and the overall battery life is about 8h. The device supports manual charging and automatic charging, and it takes about 2–3 hours to charge from 10% to 80%. If the factory operates on multiple shifts or has many continuous handling tasks throughout the day, the equipment's quick battery swap function can also be used to complete the battery swap in about 3 minutes, reducing the time for vehicles to stop and wait for charging.
Q: Can the SFL-CBD30 be used with existing warehouse management systems and robotic scheduling systems?
A: Yes, the specifics need to be determined in conjunction with the software systems and operating processes currently used in the factory. SEER Robotics provides the M4 intelligent logistics management system and the RDS robot scheduling system, which are used for logistics management and robot task scheduling respectively, and can support task allocation, path management and multi-device collaboration. If the warehouse is already using WMS or ERP, the system interface and data interaction methods can be further evaluated to determine how the robot receives the handling task and how it provides feedback on the status after the task is completed.