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DATE: 2026/08/18

Automated Warehouse Robot

Automated Warehouse Robot High Speed & Precision

Automated Warehouse Robot

SEER Robotics offers high-performance autonomous pallet trucks equipped with advanced AI-powered pallet recognition, flexible multi-navigation technologies, and robust safety mechanisms to maximize material-handling efficiency. As a globally leading platform-based embodied intelligent robotics company, SEER Robotics combines original manufacturing capabilities with an open robotics platform to deliver reliable automation solutions worldwide. Backed by direct manufacturer support, competitive pricing, and efficient global delivery, we help customers accelerate their automation upgrades with confidence.

The autonomous pallet truck is primarily used in warehouse logistics, e-commerce sorting, intra‑factory material handling in manufacturing, and automated storage systems.

Rated load
2000 kg
Navigation methods
SLAM, reflector, NFL
Positioning accuracy
± 10 mm

Automated Warehouse Robot Features

2 tons of high load and narrow channel adaptation
With 2 tons of high load capacity, the robot body width is only 960 mm, perfectly adapted to narrow aisles, and easily copes with the material handling needs of high-density storage environments.
AI deep learning intelligent recognition
Built-in AI recognition algorithm, support multi-specification, multi-color, winding film, damaged pallet, and overhead adaptive recognition to achieve high-precision, multi-angle, stable fork.
A variety of navigation methods and high-precision positioning
Support SLAM, reflector, and natural feature positioning (NFL) three navigation modes to meet the secondary positioning, high dynamic and non-transformation environment, and other diverse scenarios, with positioning accuracy of up to 10 mm.
Long battery life and fast power change
Equipped with a 51.2V/106Ah large-capacity battery, providing up to 10 hours of comprehensive battery life and allowing beginners to effortlessly replace the battery in 3 minutes.
40-meter detection and 4-layer safety protection
Provide a wide field of vision with a 40-meter detection range and combine a 3D obstacle avoidance laser, safety touch edge sensor, distance sensor, and hardware self-inspection to build all-round 4-layer safety protection.
The whole series has high configuration and ultra-high stability
The whole series comes standard with dual spring shock absorbers and enhanced hydraulic cylinders for driving wheels, which effectively avoids slipping problems and ensures the reliability and stability of the robot under complex working conditions.
Automated Warehouse Robot Core Parameter Table
Parameter name Specifications
Rated load 2000 kg
Navigation methods Laser SLAM, reflector, natural feature localization
Positioning accuracy Position ±10 mm, angle ±1°
Body size 1720 mm (length) x 960 mm (width) x 2090 mm (height)
Minimum turning radius 1360 mm
driving speed Full load: 1.5 m/s; No load: 1.66 m/s
Battery and battery life 51.2V and 106Ah, combined battery life of 10 hours (supports 3-minute battery swapping)
Safety protection 40-meter detection range, 360-degree laser and 3D obstacle avoidance
Intelligent configuration Standard configuration includes drive wheel shock absorption and supports AI recognition of various pallet sizes and damaged pallets.

Automatic Warehouse Robot
Comparison Point

In response to the high labor costs and difficulty in recruiting workers caused by the high reliance on manual heavy lifting in traditional warehousing and logistics, we have solved the pain points of traditional manual lifting that are inefficient, labor-intensive, and prone to fatigue errors through automated lifting technology. In response to the problem that traditional handling equipment frequently causes handling failures and collisions and stoppages due to inaccurate positioning or diverse pallet specifications in complex and changing warehouse environments, we have solved the pain points of traditional forklifts: low intelligence, inability to adapt to various broken or wrapped membrane pallets, and difficulty in flexible transformation of production lines through multiple navigation and AI recognitions.

Automatic Warehouse Robot Comparison Point
High labor costs and recruitment difficulties
In response to the labor shortage, low manual handling efficiency, and long-term high labor costs faced by warehousing and logistics companies, SEER Robotics' autonomous pallet truck has achieved comprehensive personnel reduction and efficiency improvement in the production and warehousing links through 7×24-hour independent operations.
Inaccurate positioning in complex environments and collision pain points
To address the problem of traditional equipment being easily lost or causing safety accidents in dynamic, non-modified complex warehouses, SEER Robotics' autonomous pallet truck relies on SLAM, reflectors, and multiple navigation methods, as well as 40-meter detection and 4 layers of safety protection to effectively avoid collision and shutdown risks.
Pain points of non-adaptability of special-shaped and damaged pallets
In response to the problem that warehouses often encounter pallets of multiple specifications or colors, wrapped in film or slightly damaged, which makes traditional forklifts unable to accurately fork them, SEER Robotics' autonomous pallet truck uses the built-in AI pallet recognition algorithm to achieve high-precision and accurate forking with multi-angle adaptation.

Automated Warehouse Robot Instructions

Navigation map construction and configuration:
Use Roboshop’s one-stop implementation tool to connect the control system and drive the robot to scan the warehouse site and complete the construction of SLAM, reflectors, or NFL navigation maps.
01
Pallet identification and parameter fine-tuning:
Through AI visual recognition configuration functions in the system background, identification models of different specifications, colors, or pallets with wrapped film are entered to ensure smooth multi-angle adaptive forking.
02
Daily Battery-Swap Instructions:
When the device’s battery level is low, or when there’s a break in the work schedule, even non‑professional technicians can, following proper procedures, complete the seamless replacement of this 51.2 V/106 Ah high‑capacity battery in just three minutes. Of course, you can also simply let it drive to an automated charging station to top up—making the whole process quick and hassle-free.
03
Daily Safety and Sensor Inspections:
Regularly monitor the operating status of several key components, particularly the 3D obstacle avoidance laser that supports a 40‑meter detection range, the safety edge sensor, and the dual ‑spring shock absorbers on the drive wheels. A quick check ensures that its “four-layer security protection mechanism” remains online and fully functional at all times.
04

Automated Warehouse Robot Suitable For People

Head of Warehousing and Logistics Center:

For large-scale warehousing and logistics distribution centers, by introducing autonomous pallet robots, we can achieve efficient and automatic transportation and entry and exit of goods, greatly reducing labor costs and improving circulation throughput.

Manufacturing company director and supply chain director:

To the operation management personnel of manufacturing plants such as automobiles, 3C electronics, and new energy, we help them break the bottleneck of material handling between various processes between lines and realize seamless and intelligent connection between the side warehouses and the main warehouse of the production line.

Industrial Automation System Integrator:

For integrators seeking support for mature and reliable mobile robot bodies and control systems, use SEER Robotics’ standardized products and open interfaces to quickly deliver cost-effective intelligent handling projects to end customers.

Warehousing Technology Operation and Maintenance Engineer:

For the technical team responsible for the daily operation and maintenance of field equipment, it provides an intuitive and easy-to-use operation interface, a rapid power change design, and comprehensive safety protection configuration to reduce the difficulty of daily maintenance.

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

The warehouse environment is quite complex—how does this automated guided vehicle navigate?
It supports SLAM (laser navigation), reflector, and natural feature positioning (NFL), three navigation methods. Whether it is a scene that requires secondary precise positioning, a highly dynamic environment with frequent changes in goods, or an old warehouse that does not allow any on-site renovation at all, it can adapt flexibly.
What is the load capacity of the robot? Is there any requirement for the channel?
Its rated load can reach 2 tons (2000 kg), but the body is designed to be very compact, with a width of only 960 mm. This “narrow body and high horsepower” design allows it to advance and retreat freely in narrow channels, which perfectly meets the needs of high-density storage.
Can it recognize pallets of different sizes or wrapped in plastic film?
No problem at all. A powerful AI recognition algorithm is built into the robot. Whether the size and color of the pallet are different, or the pallet is wrapped with wrapping film, slightly damaged, or even a pallet placed on a high place, it can accurately recognize it. And it will adjust the angle itself to achieve a high-precision adaptive fork.
How long can I run with a full charge? How do I charge it at ordinary times?
The robot is equipped with a 51.2V/106Ah large-capacity battery, which can last up to 10 hours. The charging method is very flexible; manual charging or automatic charging can be used. As mentioned at the beginning, the battery adopts a quick-change design, and beginners can replace the replace the battery in 3 minutes.
How can robots be absolutely safe when working?
Its “field of view” is extremely wide and can detect situations up to 40 meters away. At the same time, the body comes standard with 3D obstacle avoidance laser, safety edge sensor, distance sensor, plus its own hardware self-inspection. These four lines of defense combined to form a comprehensive security network.
If the ground condition is not ideal, how to ensure that the robot drives smoothly?
This robot is equipped with dual spring shock absorbers for driving wheels as standard, and hydraulic cylinders are specially strengthened. With these hard-core chassis configurations, no matter what complex ground you are running on, you can effectively prevent slipping and ensure that the entire machine is stable during handling.