5G Heavy-load Unmanned Driving Environment Application Solution

5G Heavy-load Unmanned Driving: Solving Port and Mining Challenges to Truly Realize Industrial Unmanned Operations

In heavy industrial scenarios such as ports and mining areas, unmanned driving has long been constrained by four major challenges: unstable signals, inaccurate positioning, high costs, and difficult safety control. Tall gantry cranes, dense containers, and undulating mining terrain cause significant 5G signal attenuation; GNSS satellite positioning is easily obstructed and subject to multipath interference, drastically reducing accuracy; high retrofitting costs for heavy-load vehicles and a lack of safety standards make large-scale deployment seem out of reach.

Now, an integrated 5G heavy-load unmanned driving solution completely bridges the last mile of unmanned operations in complex industrial scenarios.

Four Core Capabilities, Directly Addressing Industry Pain Points

1. Multi-network Aggregation Communication: Industrial-grade Connectivity That Never Drops

Integrating 5G/4G/WiFi/private network/LoRa multi-link technologies, equipped with 5G multi-card aggregation technology, data is transmitted in parallel and intelligently reassembled, doubling bandwidth and enhancing anti-interference capability. Millisecond-level dynamic switching to the optimal channel, intelligent bandwidth adaptation, and prioritized guarantee of core control commands—even in environments with dense metal and severe obstruction, zero-interruption, low-latency, high-reliability communication is achieved, fundamentally eliminating command delays and vehicle loss-of-control risks.

2. Multi-source Fusion Positioning: All-weather Centimeter-level Precision Navigation

Breaking the limitations of a single sensor, deep fusion of GNSS, IMU, LiDAR, and visual SLAM enables intelligent positioning strategy switching. RTK achieves centimeter-level positioning in open scenarios; in tunnels, mine caverns, and strong interference zones, automatic switching to inertial + visual positioning ensures stable navigation even without satellite signals, completely resolving positioning failure, route deviation, and collision risks.

3. High Safety + Modular Design: Win-win for Safety Compliance and Cost Reduction

Strictly adhering to ISO 26262 functional safety standards, end-to-end encrypted protection is built to meet the safety redundancy requirements of heavy-load vehicles. The modular design with decoupled software and hardware achieves high integration of communication, positioning, and computing, with compact size, low power consumption, and easy retrofitting, significantly reducing hardware costs and deployment cycles, breaking through commercialization bottlenecks.

4. Onboard Intelligent Integrated Terminal: All Capabilities Integrated in One Vehicle

Equipped with 8-channel HD panoramic cameras and 20TOPS AI computing power, supporting 360° environmental perception, AI obstacle recognition, and proactive safety avoidance; multi-mode communication, high-precision positioning, and intelligent computing scheduling are integrated into one unit—a single terminal handles perception, communication, positioning, and decision-making, adaptable to all heavy-load unmanned vehicle retrofitting requirements.

Three Application Scenarios, Reshaping Industrial Efficiency

• Smart Port: Unmanned container trucks achieve 24-hour automated transfer, significantly improving container handling efficiency and directly reducing labor costs.

• Intelligent Mining Area: Unmanned dump trucks replace manual labor in high-risk scenarios, achieving zero safety incidents and round-the-clock operational efficiency.

• Large Logistics Park: Automated on-site cargo flow optimizes processes, reduces losses, and enables full-chain intelligent operations across the park.

Value Upgrade: Triple Breakthrough in Efficiency, Cost, and Safety

Efficiency: 24-hour uninterrupted operations, eliminating human inefficiency and downtime

Cost Reduction: Modular integration lowers retrofitting and maintenance costs

Safety: AI perception + redundant communication eliminates human error and accidents

Upgrade: Accelerating intelligent transformation for ports/mining areas/logistics parks

From pilot to large-scale deployment, from technical validation to commercial closure, the 5G heavy-load unmanned driving solution—with its integrated design, high reliability, high precision, and low cost—becomes the optimal choice for unmanned operations in complex industrial scenarios.

Going forward, continuous iteration of algorithms and hardware, expansion into more heavy-load scenarios, and promotion of industrial unmanned operations toward universal adoption will build a smart and efficient future industrial ecosystem!