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DATE: 2026/09/30

Automated Guided Vehicle AGV

Automated Guided Vehicle AGV Premium Quality Guaranteed

Automated Guided Vehicle AGV

Automated Guided Vehicle AGV features a 932mm narrow body that delivers a 1,500kg load capacity, combined with a travel speed of 2 m/s and all-around laser safety protection, enabling efficient logistics operations in narrow aisles. As a globally leading robotics company specializing in Robot Brain technologies and intelligent robots, SEER Robotics has self-developed core control systems and end-to-end R&D and production capabilities, SEER Robotics operates its own standardized production lines and rigorous testing facilities. With global delivery capabilities and 1,000+ intelligent robot solutions, SEER Robotics serves customers across 70+ countries and regions.

Automated Guided Vehicle AGV are primarily used for the transportation of automotive components, in 3C electronics manufacturing workshops, on new-energy production lines, and for interfacing with automated storage racks in bonded warehouses.

Product model
SFL-CBD15 series
Rated load
1500 kg
Driving speed
2 m/s

Automated Guided Vehicle AGV Features

The narrow body is designed to carry a large load of 1.5 tons
the width of the body is compressed to 932mm, and the large load of 1500 kg can be transported smoothly in the narrow roadway, with a minimum turning radius of only 1524mm, thus significantly optimizing the utilization of workshop space.
360-degree large field of view all-round three-dimensional protection
equipped with safe obstacle avoidance LiDAR, contact anti-collision edge, ranging sensor and hardware self-inspection, forming an all-round three-dimensional detection closed loop, and parking smoothly in milliseconds when encountering obstacles in man-machine mixed travel areas.
High-precision multi-category vehicle adaptive recognition
built-in self-research vision algorithm, supports the recognition of nine-legged tray, open tray, material rack and material cage, and automatically adjusts the alignment posture when the vehicle angle is placed and skewed to ensure smooth and lossless forking.
2 m/s high-speed operation and super-large area drawing
the driving speed can reach 2 m/s, and a single 400000 m² super-large area laser environment drawing is supported, which breaks the limitation of cross-regional factory building area and greatly improves the long-span handling rhythm.
High-efficiency fast charging and 3-minute fast manual power exchange
46A high-rate fast charging is supported, and continuous operation for 4 to 6 hours for 1 hour of charging; With modular energy storage architecture, on-site personnel can complete power exchange within 3 minutes to ensure uninterrupted operation.
The dual-version design meets global compliance standards
it provides safety models and general-purpose models that meet international standards, supports flexible switching between fully automatic navigation and manual equipment, and meets the safety access requirements of various harsh industrial sites at home and abroad.
Automated Guided Vehicle AGV Structured Detailed Parameter Table
Parameter categories Parameters Standard Model Indicators International safety standards
Basic Specifications Corresponding product model SFL-CBD15 SFL-CBD15-CE
Navigation and positioning methods Laser SLAM Natural Navigation Laser SLAM Natural Navigation
Operation mode Switching between automatic navigation and manual control Switching between automatic navigation and manual control
Applicable vehicle types Open pallets and corresponding racks Open pallets and corresponding racks
Mechanism and Load Rated handling load 1500 kg 1500 kg
Load center distance 600 mm 600 mm
Total weight including battery 388 kg 403 kg
Standard lifting height 205 mm 205 mm
Fork cross-section and length 1220×177×75 mm 1220×177×75 mm
Fork spacing is optional 550 mm, 600 mm, 680 mm 550 mm, 600 mm, 680 mm
Size and passability Overall dimensions (length, width, height) 1712×932×1902 mm 1685×980×1906 mm
Minimum turning radius 1524 mm 1532 mm
Right-angle stacking aisle width 2252 mm plus 200 mm safety margin 2260 mm plus 200 mm safety margin
Ground mobility Inclined slope less than 5%, steps 10 mm, gaps 30 mm Inclined slope less than 5%, steps 10 mm, gaps 30 mm
Power and Electrical Driving speed: Full load and empty load 2 m/s 1.4 m/s
Repeatability and angular accuracy ±10 mm, ±1° ±10 mm, ±1°
Power lithium battery specifications 48V 23Ah Lithium Iron Phosphate Battery 48V 46Ah Lithium Iron Phosphate Battery
Continuous comprehensive working range 4 to 6 hours 8 to 10 hours
Rapid battery replenishment time 80% completed in 1 hour 80% completed in 1 hour
Security and Awareness Configuration Sensor hardware layout 1 main navigation LiDAR plus 2 obstacle avoidance LiDAR 1 industrial navigation LiDAR plus 2 safety protection LiDAR
Intelligent protective safety components Mechanical anti-collision strips, emergency stop buttons, and audible and visual indicators. Fork tip height protection, emergency stop button, audible and visual indicator

Automated Guided Vehicle AGV Contrast Point

Compared with the traditional heavy handling equipment that relies on magnetic stripe guidance, SEER Robotics independently developed Automated Guided Vehicle AGV to compress the fuselage width to 932 mm and reduce the turning radius to 1524 mm while maintaining 1500 kg industrial load. Based on advanced laser positioning technology, it can operate freely without laying any markers on the ground, and the maximum driving speed can reach 2 m/s, which can quickly access the existing production line environment with very low transformation cost. On this basis, SEER Robotics strengthens the body safety protection and endurance guarantee. The vehicle integrates full-angle multi-stage protection LiDAR and modular energy management system, supporting 46 A high current fast charging and 3 minutes manual quick battery change. In the face of complex and changeable material temporary storage areas, the equipment uses adaptive deep learning vision algorithm to intelligently align the offset pallets, eliminate collision losses caused by blind forking, and realize real all-weather, efficient and safe circulation.

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Release the bottleneck of dense storage and narrow passage
the body is compressed to 932 mm and the strong load of 1.5 tons is maintained, so that large pallets can smoothly cross the narrow passage without widening the passage of existing factories.
Eliminate gear-cutting collision damage caused by pallet angle deflection
with the help of high-precision adaptive detection algorithm, automatic correction and alignment are carried out when the position and posture of the open pallet are offset, and the collision between materials and shelves caused by mechanical blind insertion is prevented.
Avoid the stagnation of the whole line logistics rhythm caused by power cut-off
support the dual scheme of high-rate fast charging and fast power exchange, and cooperate with modular power battery, so that all-weather turnover operation can be realized without stopping the line for long-term charging.

Automated Guided Vehicle AGV Instructions

Start the vehicle and build the on-site laser map
turn on the on-board power supply, use the manual control device to guide the vehicle to drive slowly along the main channel, and quickly complete the two-dimensional on-site scanning and mapping through the on-board LiDAR.
01
Calibrate the station coordinates and two-way road network
calibrate the pick-up and release station, standby area and automatic charging station in the graphical management interface of the system, and set one-way two-way traffic path and narrow curve speed limit rules.
02
Configure the vehicle detection model and safety defense area
select the open tray or special rack model in the operating software, set the adaptive identification parameters, and delimit the LiDAR sensing area according to the traffic density of the workshop.
03
Issue the production waybill and start unmanned operation
link the production scheduling platform to distribute the transportation work order, the vehicle fully responds to the task, intelligently seeks the route to pick and place the material, and independently drives into the charging station when the power is low.
04

Automated Guided Vehicle AGV For The Crowd

Production logistics manager of automobile and parts manufacturing plant

applicable to vehicle and parts assembly workshop such as Volkswagen. In the face of heavy large-scale turnover and frequent man-machine mixed operation, the zero-error high-frequency circulation of engines and other components between online and side stations is realized by relying on precise positioning and safe obstacle avoidance.

Warehouse Director of Integrated Third Party Logistics Bonded Port Area

Applicable to large bonded port areas such as Sinotrans and integrated warehousing hubs. Solve the high frequency of high-density shelf interval storage, traditional manual forklift handling error-prone pain points, and high-precision unmanned docking with high-level three-dimensional warehouse.

Large electric vehicles and high-end equipment manufacturers

It is suitable for large-scale electric vehicle assembly production bases such as BYD. It is used to meet the high-strength handling demand of 10,000 units per day, solve the difficulty of scattered circulation of multi-process parts, and ensure the on-time delivery of the whole process from welding to finished product inspection.

Precision hardware tools and machining manufacturing supervisor

It is suitable for precision hardware and tool manufacturing plants. To meet the challenges of small gap between workshop equipment, one-way restriction of operation route and multi-category material flow, unmanned closed-loop transportation from raw material warehouse to temporary storage area of production line is realized.

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

Q1: Does the limited workshop access space affect normal operation and steering?
A1:No. The minimum width of the equipment body is only 932mm, and the turning radius is only 1524mm. It can pass freely between compact workshops and dense three-dimensional shelves and complete right-angle stacking steering.
Q2: If the pallet is not placed correctly during fork picking, will it cause tooth insertion error?
A2: No. The on-board vision system has a large-angle adaptive recognition algorithm, and the pallets with deviation in placement angle or lateral position can automatically correct their posture and enter the fork smoothly.
Q3: Will there be positioning loss or broken map in the super large area plant?
A3:No. The vehicle supports up to 400000 m² large area laser environment mapping, relying on high-precision computing core to achieve global long-distance stable positioning and navigation.
Q4: How to prevent the vehicle from stagnating in the production line due to lack of electricity in daily use?
A4: The system has a built-in automatic power management mechanism, and when the electricity is low, it takes only 1 hour to charge 80% electricity, and it can also complete manual power exchange within 3 minutes.
Q5: How to ensure safety when driving in the passage where people move frequently?
A5: The vehicle is equipped with multi-directional obstacle avoidance LiDAR, contact anti-collision edge and sound and light warning device. When people or obstacles appear in front, it will immediately decelerate and brake smoothly to prevent collision risk.
Q6: Can manual control be switched in case of special working conditions or abnormal troubleshooting?
A6: Yes. The vehicle supports automatic operation and flexible switching of manual control devices, and the operator can directly control the vehicle displacement and fork lifting height through external control devices.