DATE: 2026/06/03

Autonomous Forklifts Check Details & Parameters

Autonomous Forklifts Check Details & Parameters

Autonomous Forklifts Check
Details & Parameters

SEER Robotics' intelligent unmanned forklift integrates a high-precision controller and advanced algorithm to realize autonomous navigation and accurate material handling. As the world’s leading source manufacturer of platform-based intelligent robots, we eliminate all middlemen agents and directly provide original equipment and bulk procurement services to the world to ensure you competitive ex-factory prices, fast delivery cycles, and all-round technical support from the original factory.

This product is mainly used in automated factory material handling, high-shelf pallet stacking, line-side warehouse transfer, and multi-business scenarios of intensive storage.

Navigation
LiDAR navigation
Core Brain
Control System
Navigation Accuracy
plus or minus 10mm

Autonomous Forklift Features

Laser navigation does not need to transform the environment
With advanced laser SLAM navigation technology, unmanned forklifts do not need to lay magnetic strips on the factory floor or paste reflectors on the wall, perfectly adapt to the existing storage environment, have extremely high environmental adaptability, and significantly reduce the cost of pre-deployment and site renovation of enterprises.
High-precision end docking
Based on a powerful control system, the unmanned forklift truck realizes unified management of hands, eyes, and body, and the end positioning accuracy can reach up to plus or minus 0.5 mm, ensuring a 100% success rate in high shelf docking or pallet forking.
Low-level laser to achieve all-round protection
Mobile robot safety performance is excellent; the body is equipped with a low-level laser scanner, with the whole vehicle's multi-sensor fusion scheme, to achieve 360-degree all-round laser safety protection and intelligent obstacle avoidance to ensure the absolute safety of man-machine collaboration in complex, dynamic factories.
One-stop software can quickly build a team in a few days
With one-stop implementation tools, non-standard unmanned forklifts can realize visual operation from map construction and site configuration to logic construction, greatly shortening the on-site implementation cycle and helping enterprises to quickly build their own unmanned forklift robot fleet in a few days.
Multi-vehicle hybrid unified scheduling
Through a powerful robot management system, the traditional handling boundaries are broken, and various types of robots, including stackers, counterweight forklifts, and bin-mobile robots, are realized to interact and unify scheduling in the same field, perfectly solving cross-regional and cross-process handling problems.
Seamless coverage of multi-business scenarios
The solution can deeply meet the diversified needs of modern intelligent factories; perfectly cover various complex and changeable flexible intelligent logistics scenarios such as vertical storage, ground drum conveyor line docking, three-dimensional warehouse pallet access, etc.; and fully release manual labor.
Autonomous Forklifts Structured Detailed Parameter Table
Parameter Names (Technical Specifications) Detailed parameter values ​​(Value Detail) Corresponding core systems and components
Core Controller Brain SRC Series Controller Core control system components
Navigation and Positioning Methods Laser SLAM Navigation Navigation Sensors and Algorithm Module
Deploy software a one-stop implementation tool System configuration and map building software
Fleet Management System RDS System Multi-machine collaboration and unified scheduling software
Logistics Management System M4 System Warehouse operation and material flow management software
Navigation accuracy ±10 mm Precision Navigation Sensors and Algorithm Module
Heavy load non-standard capacity 3T Heavy Lifting Capacity Non-standard customized stacking and handling components
Security protection level Low-level laser all-around protection Obstacle avoidance laser scanner and hardware security chain

Autonomous Forklifts Contrast Point

Compared with the same type of traditional handling products on the market, this product has significant advantages. First of all, it completely gets rid of the dependence of traditional unmanned forklifts on reflectors or fixed magnetic strips. In an environment where the on-site network signal is extremely poor or there is almost no network coverage, it can ensure that the equipment is stable and does not lose lines through innovative optical communication technology. Secondly, relying on the powerful software and hardware deep open platform, it has the richest intelligent robot selection library in the world; it enables companies that want to develop, produce, and use robots to quickly implement equipment landing and multi-vehicle hybrid scheduling.

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Complex dynamic collision pain points in the factory
In traditional storage, the flow of personnel is frequent, the high-level shelves are dense, and manual driving or traditional forklifts are prone to collision accidents. SEER Robotics' intelligent unmanned forklift completely solves the problem of forklift collision and cargo damage in complex dynamic environments through a low-position laser scanner and an omnidirectional obstacle avoidance algorithm.
Special-shaped drum line docking is a difficult pain point
The traditional team cannot adapt to the workshop height of the production line docking needs. Based on the control system, SEER Robotics' unmanned forklift can autonomously adjust the fork height according to the height of the ground drum line, thus solving the problem of material fault caused by different drum line heights.
High-level multi-model coordination confusion pain point
In the past, different manufacturers of equipment could not work in the same field, and cross-regional transfer was very easy to produce deadlock. The SEER Robotics robot management system supports unified scheduling of multiple models, solving the pain point of poor cross-regional coordination between lifting robots, forklifts, and bin robots.

Instructions For Use Of Autonomous Forklifts

Build factory maps and site configurations
Use a one-stop implementation tool to control forklifts walking in the workshop, use LiDAR to automatically scan and build high-precision laser maps, and mark the precise locations of various sites such as shelves, roller lines, and charging piles in visualization software.
01
Visual no-code process orchestration
Build business logic and business flow in the software system according to the actual process of the factory logic arrangement.Set the unmanned forklift pick-up, delivery, obstacle avoidance area, and automatic charging trigger conditions; the whole process is completed through the graphical interface, with no need to write complex code.
02
Multi-vehicle collaborative scheduling and system docking
Start the robot management system and intelligent logistics management system, connect the unmanned forklift truck to the unified management network of the factory, and the system will automatically allocate tasks according to the original warehouse management system instructions of the enterprise to realize seamless multi-vehicle collaborative operation.
03
Daily operation and maintenance and safety inspection
The operator can monitor the working state, running speed, and power of the unmanned forklift in real time through the visual terminal and regularly clean the lens of the low laser scanner with a wiping cloth to ensure that the safety obstacle avoidance perception function of the sensor is always in the best state.
04

Autonomous Forklifts Applicable To The Crowd

Automobile and parts manufacturing purchasers

Suitable for supply chain decision-makers in automobile manufacturing, Volkswagen FAW, and pneumatic components processing industries to meet the hard needs of high-frequency turnover of semi-finished products between production lines, seamless docking of drum lines of different heights, release of high-elimination-rate workshop labor, and improvement of workshop automation.

New energy and semiconductor intelligent logistics side

For new energy lithium-electric, semiconductor, and 3C electronics manufacturing plant technology integration experts, to provide support for the network-free environment of optical communication transmission, high cleanliness requirements, and multi-type robot cooperation of high-precision material handling solutions.

E-commerce and third-party logistics warehouse

Suitable for large-scale storage, intensive three-dimensional warehousing, and third-party logistics enterprise operation management to solve the traditional forklift driver recruitment difficulties and high staff turnover rate problems. The use of high-level forklifts provides perfect coverage of vertical storage and high-density pallet access businesses.

Intelligent robot integration and developers

For technology-based enterprises and automation integrators worldwide who expect to quickly own autonomous forklift products, through direct procurement of core brain controllers and one-stop implementation tools, unmanned forklifts that meet international standards can be quickly developed on ready-made chassis.

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: Does this unmanned forklift need to be retrofitted to the existing warehouse environment when deployed on site?
A: No. The product uses advanced laser navigation technology; there is no need to lay a magnetic strip on the ground or track, and there is no need to paste a reflector on the wall. It can run directly in your existing warehouse and factory environments, perfectly preserving your existing workflows and significantly reducing upfront retrofit and deployment costs.
Q: If the factory workshop network signal is very poor or there is a blind spot, will the unmanned forklift break the network and get lost?
A: No. We provide innovative optical communication technology solutions for dense storage environments where there is almost no network coverage or poor signals on site. Unmanned forklifts can be stably connected to the three-dimensional warehouse management system through a special optical communication module to ensure accurate data transmission and continuous operation.
Q: Can different types of robots be dispatched through the same system in the same workshop?
Through our robot management system, we can realize the same field interaction and unified scheduling of multi-type robots. Whether it is a lifting robot, an intelligent forklift, or a bin-mobile robot, they can work together on the same platform to perfectly solve the problem of material transfer across parks and processes.
Q: What is the end positioning accuracy of this unmanned forklift? Can it ensure the safety of high-level shelf docking?
Answer: Based on the powerful core controller, this unmanned forklift realizes the unified management of hands, eyes, and body, and the end positioning accuracy can reach up to plus or minus 0.5 mm. The extremely high precision is matched with the low-position laser scanner installed on the body, which can guarantee 100% safety during docking of high-position shelves and fork-taking of pallets.
Q: How to ensure that the unmanned forklift will not collide in the dynamic workshop with workers walking around?
A: The product has a perfect safety chain design. The car body is equipped with a low-level laser scanner, which can provide 360-degree laser protection in all directions. When a person or obstacle is detected entering the security line, the vehicle will automatically slow down or brake to ensure safe human-machine cooperation in a complex dynamic environment.
Q: We want to develop our own forklifts with specific functions. Can we directly purchase your products to achieve this?
A: Totally. We are a platform-based, body-smart robotics company that provides robotics infrastructure, including control systems, software tools, and a hardware ecosystem. You can quickly build a fleet of robots that meet your specific needs in days, based directly on our core controllers and one-stop implementation tools.