This company engineers robust, modular Unmanned Ground Vehicles (UGVs) specifically designed for the constraints of underground mining operations. Their solutions facilitate the automation and electrification of material handling tasks to boost productivity and reduce operational costs. ARLYX also provides tailored robotics services and consulting to implement these autonomous systems effectively.
Funding
Funding not disclosed
Founders
Product
Problem
Underground mining operations face challenges in efficiently transporting materials and equipment, often relying on manual labor and diesel-powered vehicles. This leads to increased operational costs, safety risks, and greenhouse gas emissions, particularly during suboptimal blasting periods when material movement is halted.
Solution
ARLYX provides autonomous utility vehicles (UGVs) designed to automate material handling and other tasks within underground mines, increasing productivity and reducing operational costs. These electric vehicles can operate during blasting periods, maximizing uptime and minimizing disruptions. The vehicles are engineered to withstand harsh mining environments and are compatible with various software platforms, offering seamless integration into existing mining operations. ARLYX's solution also promotes sustainability by reducing diesel consumption and greenhouse gas emissions, while improving worker safety by automating dangerous and repetitive tasks. The modular design allows for adaptability to various mining needs, including material transport, infrastructure analysis, and environmental monitoring.
Target Audience
The primary target audience includes underground mining operators seeking to automate material handling, reduce operational costs, improve safety, and meet sustainability targets.
Features
- Robust design engineered for resilience in hazardous underground environments (IP69K rating)
- 100% electric power supply for zero emissions and reduced greenhouse gases
- Autonomous navigation and operation, enabling continuous material movement even during blasting periods
- Software-agnostic design with open-access code and ROS compatibility for seamless integration with existing mining software
- Modular design allowing for repairability and adaptability to various mining applications
- Camera and LiDAR sensor integration for enhanced mine mapping and infrastructure analysis
- Load capacity of up to 10,000 pounds for efficient material transport
- Capabilities for search and rescue, cartography, infrastructure analysis, and environmental analysis