ARLYX Technologies Inc, a Canadian mining technology company, has introduced a fully electric autonomous material handling solution designed specifically for underground mining operations. The system enables continuous operations, including during blasting windows, and is aimed at improving productivity, safety, and operational efficiency in deep mining environments.
Developed over two years in Quebec and validated through field testing at a Tier 1 underground mine, the ARLYX system will be showcased at Mining Transformed in Sudbury, Ontario, from May 25–27, 2026. At the core of the solution is a modular autonomous utility vehicle equipped with the AutoLatch™ system, capable of transporting, loading, and unloading payloads of up to 5,000 kilograms. The system is designed to operate remotely and continuously, including during post-blast ventilation periods when human access to mine ramps is restricted.
By utilizing these downtime windows, ARLYX enables the movement of consumables such as rock bolts, pipes, and concrete materials while crews are evacuated. This ensures that materials are pre-positioned before workers return, reducing idle time and improving shift efficiency. The system is also designed to clear underground ramps during production hours, allowing ore trucks to operate without congestion and supporting higher daily output.
According to the company, eliminating ramp congestion can unlock significant operational value, with estimates indicating the potential for one additional ore haul per day, translating into annual gains of up to $27 million depending on site conditions. The solution is designed to support the transition toward “zero-entry” mining by reducing the need for human presence in high-risk underground zones. A single remote operator can manage up to ten autonomous vehicles simultaneously, helping address labour constraints while improving safety outcomes.
The fully electric platform eliminates diesel usage, reducing emissions and lowering ventilation requirements, which represent a major portion of underground mining operating costs. The simplified mechanical design also reduces maintenance requirements while supporting broader decarbonization targets across the mining sector.
ARLYX integrates seamlessly with existing mine communication infrastructure, including LTE, 5G, WiFi, and radio networks, enabling deployment without major system overhauls. The platform is supported by robotics and IoT specialists and is designed with a modular architecture that allows future expansion into additional applications such as fire suppression, dust control, and ore transport.
