Dyno Nobel Unveiled Autonomous Mine Loading System
The technology automates blasthole inspection and loading to increase safety in high-risk mining zones.
Updated on Oct. 1, 2026 in Robotics
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Dyno Nobel has announced a new autonomous system designed to measure, prime, load, and stem blast holes without human intervention in the blast zone. The technology, which follows five years of research and development, is now moving toward field implementation.
Why it matters
By removing personnel from high-risk blast zones, this system aims to improve site safety and enable the extraction of high-value mineral deposits previously deemed inaccessible. The technology integrates directly with existing mining site operations to facilitate these remote capabilities.
The system utilizes sensor-equipped machinery to handle the complete blasthole lifecycle from a remote control center. This replaces traditional manual processes, though specific sensor range and throughput benchmarks remain unreleased.
The players
Dyno Nobel
A provider of commercial explosives and blasting services that focuses on integrating autonomous technology into mining operations.
Mariana Minerals
A mining company that will perform initial trials of the autonomous loading technology at the Copper One mine.
The details
The platform functions by using integrated sensors on each hardware component to coordinate site data with a remote control center. Once deployed, the system autonomously conducts the full sequence of hole measurement, priming, loading, and stemming, which refers to filling the top of a blast hole with inert material to contain the explosion. It is designed to interface with existing mine systems and other established autonomous solutions.
Timeline
October 1, 2026: Dyno Nobel unveiled the system to investors.
Mid-2027: The staged technology rollout is scheduled to reach completion.
The Tech Race
The introduction of this system follows the industry-wide trend of adopting autonomous haulage in surface mining by expanding automation to the dangerous process of blasthole loading. It marks a significant shift toward full site autonomy, moving beyond simple material transport to complex ground preparation tasks.
The technology first reaches professional mining operators at the Copper One site in Utah, where it will begin active trials. While the system replaces manual labor in high-risk zones, broader commercial availability is planned through a staged rollout concluding in mid-2027.
The takeaway
This development represents a move toward full-stack autonomous mining environments that could reshape site safety protocols. Interested parties should watch for the results of the upcoming trial at the Copper One mine as a benchmark for system reliability.
What happens next
Mariana Minerals is set to begin trials of the technology at the Copper One mine in Utah, with a wider international rollout continuing through mid-2027.
Further reading
For more on the state of automated mining, explore our Robotics coverage.
Source note: This article includes information reported by International Mining.
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