DATE: 2026/06/30

Robot Pallet Jack

Robot Pallet Jack High Efficiency System

Robot Pallet Jack

With laser SLAM navigation and modular design, the Autonomous Pallet Truck can realize automatic handling of pallet materials without modifying the warehouse environment. As the industry’s leading core control system technology provider and source manufacturing plant, we have self-developed robot brain technology directly through the full-stack production chain from the controller to the whole machine to provide you with cost-effective and rapid deployment of logistics automation solutions.

The autonomous pallet truck is mainly used in the distribution of raw materials in manufacturing production lines, e-commerce warehousing and unloading, warehouse transfer, and material handling in sorting centers.

Navigation mode
laser SLAM navigation
Positioning accuracy
± 10 mm
Maximum load
1500 kg

Robot Pallet Jack Features

Compact space capacity
The car body width is only 932 mm to 980 mm, optimized for dense storage warehouse environments. Even in the narrow storage channel, the equipment can achieve flexible and smooth driving, greatly optimizing the utilization of warehouse space.
High-precision omnidirectional safety protection
360-degree laser radar scanning and multiple sensors are equipped, including anti-collision strips, distance sensors, and hardware self-inspection. Multiple protection mechanisms ensure the high safety of the equipment in the complex human-machine mixed environment and avoid potential safety hazards.
Multi-pallet-type intelligent identification
Based on the leading visual identification technology, it can intelligently identify nine-foot-long pallets, open pallets, and various non-standard shelves. The high-precision recognition capability significantly reduces the need for manual review and improves the success rate of handling operations.
Super-large map construction and high-speed handling
Support the construction of super-large scene maps of up to 400000 square meters, and the maximum driving speed reaches 2.0 meters per second. In large-scale storage space, the equipment can significantly improve the efficiency of logistics turnover and break regional restrictions.
Modular battery and long life
it supports fast charging; only 1 hour is needed to charge it to 80%. The dual battery configuration allows up to 10 hours of continuous operation, and the modular design allows non-professionals to complete a quick power change within 3 minutes.
Global compliance standards
Provide CE and non-CE versions that meet international safety standards to meet safety regulations and market access requirements in different regions of the world. Support personalized configuration for specific environments with deep global project delivery experience.
Robot Pallet Jack Structured Technical Parameter Table
Parameter Indicators Detailed specifications
Rated load 1500kg
Navigation type Laser SLAM
Maximum driving speed 2m/s
Positioning accuracy ±10mm
Minimum turning radius 1524mm – 1532mm
Battery life 4h – 10h
Charging time 1 hour (10% – 80%)
Communication methods Wi-Fi roaming and 5G support

Robot Pallet Jack Comparison Point

In view of the bottleneck of manual handling efficiency and the high cost of environmental transformation in traditional warehouses, we have completely changed the traditional mode of relying on magnetic stripe or QR code guidance by using trackless laser navigation technology, greatly reducing the system implementation cycle and allowing enterprises to complete the deployment of autonomous handling teams within a few days. In view of the safety risks in the complex storage environment, we have integrated a 360-degree multi-sensor fusion obstacle avoidance system, which solves the pain points of frequent equipment collisions in man-machine mixed traffic scenarios and ensures all-round safety monitoring and immediate stop response in the process of high load handling.

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Breaking the bottleneck of space and transformation cost
SEER Robotics adopts the leading laser SLAM trackless navigation technology to solve the problem of long implementation cycles and high cost of traditional handling systems relying on magnetic stripes, QR codes, and other ground infrastructure transformations. This allows equipment to quickly enter the warehouse without having to modify the existing warehouse environment, giving companies the ability to build their own robot fleet in a matter of days.
To solve the safety problem of human-machine mixed scenes
In view of the safety risk of human-machine coexistence and frequent collisions in complex industrial environments, we integrate a 360-degree multi-sensor fusion obstacle avoidance system with high-precision LiDAR and an anti-collision bar. The scheme solves the pain points of a large flow of personnel on site and many blind areas of operation, realizes intelligent deceleration, active avoidance, and instant emergency braking of equipment in a dynamic environment, and ensures the all-round safety of logistics operations.
Eliminate barriers to cross-process and cross-regional collaboration
In view of the pain points of logistics faults and inconsistency of different production lines in multi-link production processes, we have achieved unified management and seamless linkage of multiple models by relying on SEER Robotics' core SRC controller and RDS scheduling system. The scheme effectively solves the problem of low efficiency of material transfer between different stations and processes and ensures the efficient coordination and accurate docking of the robot fleet in the large-scale storage space.

Instructions For Using The Robot Pallet Jack

Map building and scanning
Using laser SLAM technology, the automatic collection of environmental data and map building are quickly completed by controlling the equipment to drive in the storage area for a week.
01
Task scheduling planning
set the handling path and operation point in the management system, and the equipment automatically executes path planning to avoid dynamic obstacles and reach the designated position.
02
Fast battery replacement
Following the modular design, when the power is insufficient, the on-site personnel can quickly replace the backup battery in only 3 minutes to ensure continuous operation ability.
03
System safety self-test
Start hardware self-test before each operation to ensure that the anti-collision strip, sensor and LiDAR are activated, and monitor the equipment status in real time through the center console.
04

Robot Pallet Jack For Groups

E-commerce and retail storage center

Suitable for the high-density storage environment of e-commerce warehouses, through efficient automatic handling and rapid deployment capabilities, to solve the distribution problem of a surge in logistics throughput during the big promotion period.

Auto parts manufacturing plant

Suitable for production line docking and inter-workshop transfer to solve the problem of alignment accuracy in the process of multi-species material handling to ensure the punctuality of material supply.

Food and fast consumer goods industry

Suitable for high-frequency, short- and medium-distance warehouse material transfer to ensure the safety and stability of the handling process and to meet the dual management requirements of health and efficiency.

Industrial equipment and machining

It is suitable for the automatic distribution of heavy parts, providing a strong load capacity of 1.5 tons and realizing the closed-loop management of materials in complex production processes.

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

What is the capacity of the equipment in narrow passages?
The width of the car body is about 1 meter, and the design is compact. It is specially developed for dense storage environments to support efficient passage in narrow passages.
Does it support docking with an existing warehouse management system?
It supports compatible docking with mainstream WMS systems to realize automatic task release and real-time logistics status management.
If the environment changes during the operation, do you need to redraw the map?
No, the autonomous positioning technology based on laser SLAM can update the map data in real time and adapt to dynamic environmental changes.
Does it meet international safety access standards?
This series provides CE and non-CE versions that meet international certification, and is suitable for logistics scenarios in different regions of the world.
Will fast battery charging affect the service life?
The use of high-performance lithium iron phosphate batteries with standard fast charging logic ensures efficient battery life while effectively taking into account the battery life.
How long does it take to deploy an automated carrier fleet?
With standardized products and one-stop implementation tools, fleet building and scenario deployment can be completed in a matter of days at the fastest.