DATE: 2026/07/10
Forklift Automated Guided Vehicles
Forklift-Automated Guided Vehicles
SEER Robotics’ unmanned forklifts (Forklift Automated Guided Vehicles) are positioned in the global high-end smart logistics market. This product integrates a self‑developed SRC‑series core controller, LiDAR, a 3D obstacle‑avoidance camera, and a multi‑sensor protection system. Its basic architecture comprises an all‑in‑one high‑rigidity chassis, high‑precision lifting forks, and an intelligent powertrain. As an intelligent carrier with a high degree of integration of software and hardware, it supports laser SLAM natural navigation and can achieve accurate path planning without changing the on-site environment. In terms of performance, this series of unmanned forklifts has excellent flexible operation ability, and the driving speed can reach 1.5 m/s or even 2 m/s. The system can not only realize high-precision navigation and positioning of ± 10 mm in harsh industrial sites but also support fast manual battery replacement. With one-stop implementation tools, the deployment cycle can be shortened to several days, thus significantly improving the storage operation efficiency and economic benefits of high-level dense mining, production line docking, and cross-regional long-distance transportation.
Small Stacker Autonomous Forklift
This compact laser SLAM stacker is specially built for narrow channels. It does not require reflectors to achieve high-precision navigation. The body is slim, and the turning radius is extremely small. Mainly used in dense production line docking, high vertical storage, and cross-regional long-distance transportation.
SEER Omnidirectional Stack 1000
The car has omnidirectional movement capability and can travel horizontally in 1.8 m narrow channels. It supports flexible path planning, such as advanced Bezier curves, and comes standard with all-round safety protection. Mainly used in extremely narrow roadways, intensive storage handling, and multidirectional obstacle avoidance docking.
Safety SEER SlimStack 1500
This full-function, safe, unmanned forklift has passed ISO 3691-4 certification, is equipped with a safety controller and a 3D obstacle avoidance camera, and supports deep learning to adaptively identify various pallets. Mainly used in high-security industrial sites, multi-specification material rack handling, and precision loading and unloading docking.
Forklift Automated Guided Vehicle Characteristics
Integrated core control management
Built-in SEER Robotics self-developed a highly integrated core controller to achieve the unified integrated management of the chassis, vision, and lifting system to ensure that the forklift in the dynamic and static composite scene is highly stable, from the source to eliminate the traditional multi-component splicing caused by the occasional communication delay.
High-precision natural navigation technology
Advanced laser SLAM natural navigation is adopted to completely get rid of the dependence on manual marks such as magnetic stripes or two-dimensional codes, and the navigation positioning accuracy can reach ±10 mm. Even in a complex industrial environment with frequent changes in layout, the optimal driving path can still be flexibly planned.
Intelligent pallet and carrier adaptive recognition
Based on a deep learning algorithm with a visual camera, it supports adaptive fork correction within the range of 30 degrees and can still accurately fork when facing the skewed rack or pallet, effectively avoiding docking collision accidents caused by traditional manual placement irregularities.
All-round and full-link safety protection
The whole system comes standard with multi-level safety. LiDAR and mechanical edge contact, creating a 360-degree three-dimensional obstacle avoidance protection system with a braking distance of no more than 30 cm at a driving speed of 1 m/s and supporting dynamic obstacle winding when encountering sudden obstacles, thus greatly reducing the accident rate of traditional forklifts.
Efficient battery life and fast battery replacement
Support in 2 minutes to complete the rapid manual battery replacement to ensure continuous, uninterrupted operation of the vehicle. With a dedicated fast charging station, it only takes 1 to 2 hours to charge the battery from 10% to 80%, greatly improving the comprehensive attendance rate and comprehensive scheduling efficiency of the vehicle fleet.
Visual deployment and minimal maintenance
Through powerful Roboshop and other one-stop visual implementation tools, non-professional technicians can also complete map construction and complex logic configuration in a few days. Modular hardware design not only simplifies daily maintenance but also saves enterprises high operating costs in the later period.
Forklift Automated Guided Vehicles For The Crowd
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