Direct supply from China's cutting-edge factory - High load capacity, precision navigation, and long battery life.
For decades, indoor automated guided vehicles (AGVs) have optimized logistics in highly structured warehouse environments. However, the modern industrial ecosystem demands seamless integration between manufacturing bays, sorting facilities, and open-air holding yards. The transition of AGV systems from indoor settings to uncontrolled outdoor environments marks a pivotal milestone in industrial automation. Standard indoor AGVs rely heavily on pristine floors, stable lighting, and static structural features for LiDAR reflection. When placed outdoors, these systems face immediate failure due to uneven terrain, varying light intensities, extreme precipitation, and dynamically changing surroundings.
To bypass these physical limitations, professional industrial complexes require heavy-duty, intelligently designed Outdoor AGV Systems. These systems are engineered to withstand ambient temperature spikes, continuous rainfall, mud, dust (IP65/IP67 rated), and mechanical shocks from rugged gravel roads. As a leading manufacturer and supplier in China, we integrate state-of-the-art navigation stacks, high-torque drivetrain mechanics, and robust chassis engineering to enable autonomous transportation in ports, steel mills, agricultural distribution centers, and petrochemical processing hubs.
Unlike structured warehouses where layout adjustments happen rarely, outdoor yards are subject to constant spatial changes. Containers are relocated daily, freight trucks arrive at irregular intervals, and weather elements alter the terrain. Overcoming these challenges requires an automated platform that doesn't just follow pre-programmed tracks, but continuously maps, calculates, and adapts to its environment in real-time.
The core of our outdoor AGV capability lies in a sophisticated technology stack that ensures millimeter-level precision under varying operational conditions. We deploy a hybrid navigation paradigm based on Multi-Sensor Fusion (MSF), combining the strengths of multiple localization technologies:
Utilizes real-time kinematic global positioning satellite links to secure centimeter-level absolute positioning coordinates. Dual-antenna GNSS systems prevent heading drift even when the vehicle is stationary.
Employs high-density 16-channel to 64-channel 3D LiDAR sensors to generate real-time point cloud maps. The mapping algorithm filters out environmental clutter like falling rain, leaves, and dust particles.
Tactical-grade IMUs combined with wheel encoders compute path trajectories via dead reckoning, providing temporary navigation backup if satellite signals are blocked by structures.
By routing inputs through a decentralized Extended Kalman Filter (EKF), the AGV dynamically weighs sensor reliability. In open storage yards, the system prioritizes RTK-GPS data. When entering covered loading bays or steel structures where GPS signals drop, the navigation module transitions to 3D LiDAR SLAM and wheel odometry. This handoff occurs in milliseconds, preventing route interruptions and ensuring safe operation.
Docking Precision Range
Environmental Protection Rating
Standard Load Handling Capacity
Continuous Operation Per Charge
Proven configurations designed for demanding physical conditions.
Operating across extreme temperature changes is a common pain point for automated systems. When transitioning from cold storage warehouses (-20°C) to ambient loading docks (+30°C), hardware components face severe condensation.
Leveraging our supply chain integrations (such as the New Hope system), we build tailored AGVs featuring integrated heating elements, moisture-sealed junction boxes, and anti-fogging sensor glass. These specialized models handle palletized food cargos across indoor-outdoor zones without risking electrical shorts or navigation blind spots.
In heavy industrial yards, AGVs move massive payloads over irregular asphalt, metal debris, and active traffic lanes. Our SFL-CPD30-Y series with 3000kg capacity features ruggedized suspension systems, solid rubber wheels, and active obstacle avoidance arrays. These machines transport raw materials and finished coils reliably under rain, grit, and high-vibration conditions.
Taking actual business needs as our cornerstone, SCP is committed to comprehensively innovating and enhancing the overall supply chain planning of enterprises. We provide comprehensive end-to-end supply chain solutions, build multi-role and multi-dimensional intelligent supply chain collaboration systems, and achieve efficient collaboration and process optimization. SCP has established a product architecture supported by software and hardware, supplemented by the design of supply chain control towers to create agile, flexible, and resilient supply chain networks.
Mission: Benefiting farmers and bringing welfare to consumers by engineering resilient, technology-driven supply loops.
Vision: Leading the technological upgrade of the supply chain and achieving extraordinary value for transformers.
Positioning: Alliance of Developers of New Quality Supply Chain Technology.
Industry Accumulation: As a subsidiary of New Hope Group, we possess an in-depth understanding of diverse industries and solid execution capabilities.
Business Comprehension: Incubated based on internal digital demands, we have a clear, practical understanding of real-world operational challenges.
Self-developed Systems: We control the full cycle of hardware integration and software development for procurement, sales, and supply chains.
Consulting Ability: We provide light consulting services alongside projects, covering process optimization and assessment weight to aid digital transformation.
Implementation and Delivery: A dedicated, professional commercial team ensures rapid deployment and high-quality delivery tailored to local requirements.
We continuous increase our investment in technology research and development to optimize the integration of hardware designs with our supply chain control software. By strengthening our system integration capabilities, we aim to build a solid foundation for sustainable development in the logistics sector.
In terms of ecological construction, SCP leverages the rich industrial resources of Caogenziben. We design custom solutions for food consumption, cold chain logistics, and heavy-duty manufacturing. Concurrently, we work with overseas partners to expand localized support and build globally competitive supply chain ecosystems.
Sourcing outdoor AGVs from China provides major cost-to-performance and supply chain advantages. Our specialized manufacturing facility relies on China's deep industrial ecosystem for mechanical fabrication, lithium-ion battery production, and precision electronics. This ecosystem enables rapid prototyping and short lead times that are difficult to match elsewhere.
Our factory has established long-term relationships with key component suppliers—including drive motors, precision gearboxes, hydraulic units, and LiDAR sensor developers. By eliminating shipping bottlenecks and relying on local supply chains, we guarantee reliable parts availability and maintain stable production costs even amid global economic fluctuations.
Every AGV chassis that leaves our facility undergoes rigorous quality testing. We run vehicles through test tracks designed to simulate rough terrain, steep ramps, rain showers, and high-frequency wireless interference.
Using active alignment jigs, our technicians calibrate each onboard sensor array to verify that Laser SLAM localization holds stable under vibration. We ensure that our equipment matches the performance requirements and safety tolerances expected of international logistics hubs.
Meeting international quality guidelines for safe industrial deployment.
Deploying autonomous vehicles outdoors requires strict adherence to international safety standards. Our automated forklifts and chassis comply with major global safety regulations, including ISO 3691-4 (Safety requirements for driverless industrial trucks) and EN 1175. The built-in safety PLC architecture supports dual-channel emergency circuits, safety LiDAR zones, and automatic travel speed limitation.
Hardware performance must be backed by intelligent software orchestration. Our solutions center on a unified software and hardware ecosystem. By integrating IoT devices, machine learning modules, and automated material handling equipment, we help facilities coordinate their supply chain workflows from procurement to shipping.
Through real-time telemetry systems, fleet managers can monitor battery health, verify current localization accuracy, coordinate vehicle dispatching, and run remote diagnostics. This centralized control reduces operational friction and ensures consistent product flows across the facility.
Technical details on deployment, reliability, and technology options.
Complete your fleet optimization with our heavy-capacity and variable-chassis AGV systems.
SCP