Mining haul routes frequently feature rough terrain, harsh weather, and remote worksites. Production safety remains critical, and staffing gaps paired with high turnover present persistent obstacles — positioning autonomous technology as a foundational remedy. Still, variable site conditions and mixed mining fleets call for a unified, secure, and stable unmanned haulage platform to transition away from manual operation.

The client focuses on autonomous transport tech and services for mining environments. Its solutions run on core mining vehicles like haul trucks and wide-body transporters, plus auxiliary equipment including excavators, bulldozers, and command units. Leveraging its in-house system platform and intelligent hardware, the company supplies both autonomous haulage solution delivery and unmanned transport operating services. This enables full driverless workflows, streamlined collaborative operations, and smart dispatching for large fleet clusters across the complete load, haul, and dump cycle.

Acting as a smart onboard terminal for mining vehicle operations, the Vecoton W22J 2-in-1 rugged convertible leverages its expandability and compatibility for installation on production and auxiliary mining machinery via vehicle mounting hardware. Powered by Windows 11 and Vecoton’s native autonomous driving architecture, it integrates smoothly with the customer’s custom onboard vehicle system, site ground platform, and cloud control system. These three components coordinate effectively to form a full-stack autonomous haulage solution for mining operations.

The client’s unmanned transport platform is widely deployed across dozens of mine sites and hundreds of mining vehicles. The W22J’s onboard, robust 4G/5G, Wi-Fi, and Bluetooth radios enable vehicle-to-vehicle and vehicle-to-cloud data sharing and communications. Within open-pit mine workflows, the W22J pulls command files from the cloud controller and presents them on its 12.2-inch HD screen. Operators in electric loaders, excavators, bulldozers, and command vehicles can view directives and trigger actions for autonomous haul trucks: gate in/out movements, assigned parking spots, and load-and-dump workflows, streamlining reliable task execution.

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