Sandvik goes underground with autonomous Amelia

Sandvik Mining and Rock Solutions has unveiled an AI-enabled, fully autonomous underground concept development drill at a company event.

  The Automine concept underground drill

The Automine concept underground drill

The AutoMine Concept Underground Drill, known internally by the name "Amelia" before its launch, is a twin-boom development drill rig.

The cabinless battery-electric drill can plan and execute an entire drilling cycle from tramming to the face, setting up for drilling, drilling the pattern and returning home to charge for the next cycle.

The underground concept drill is the company's second autonomous equipment demonstration vehicle, coming less than two years after it introduced the AutoMine Concept Loader.

"We're continuing to push the boundaries of mining automation and demonstrate what will be the reality in the near future," said David Hallett, Vice President, Automation at Sandvik Mining and Rock Solutions. "We chose a development drill as our next Concept Vehicle to demonstrate that autonomy can also work effectively in a mine's development phase, in constantly changing environments."

Amelia's main role is to showcase next-generation intelligent automation and other new technologies and features that will be introduced for current and future Sandvik offerings, rather than being deployed at actual projects, says the company. Some features will be available as standalone products and others as upgrades or options for existing products or equipment.

"Our AutoMine Concept Underground Drill is not intended to be introduced as a commercial product," said Johannes Välivaara, Vice President, Product Development and Product Management at Sandvik Mining and Rock Solutions. "Rather, it will become our in-house platform for testing and developing new technologies our customers identify as crucial to their operations."

The AutoMine Concept Underground Drill has no operator cabin, creating space for onboard water and battery storage and eliminating the need for supply cables or water hoses during operation. The self-contained drill uses and optimizes power and electricity based on need, making onboard supply last even longer. 

The drill only needs to know which tunnel and face it should tram to and can plan the rest of its mission autonomously, using data from the preferred mine planning software. Tunnel lines and profiles are planned and defined into drilling and blasting patterns in iSURE that ensure optimal hole placement, detonation and profile quality. The drill also has access to 3D models of a site, which are automatically merged from survey and mapping results. It can update and optimize the 3D model of the mine in real time based on feedback from its onboard cameras and scanners.

The drill learns and adapts to the ever-changing environment in a development heading to safely complete entire missions from entry to exit. It navigates tight spaces with agility, enabling effective use of large machines in small spaces. Once it has arrived at its destination, it uses automatic drill plan adjustment to optimize the drilling pattern and drill the full round.

"Our vision is that in the near future, thanks to the rapid advancement of battery technologies, equipment like this will be able to drill entire rounds fully on battery power, eliminating the need to plug in to a grid and improving flexibility underground," Jussi Puura, Digitalization Research Lead at Sandvik Mining and Rock Solutions.

During drilling, the AutoMine Concept Underground Drill uses an AI-guided automatic drill bit changer to identify when bits are worn and changes them automatically. The drill is also equipped with a lifter tube installer that simplifies the face charging procedure. Drilling data is then reported back to iSURE or Deswik to optimize the next round. The drill also uses Rock Pulse AI for continuous rock mass feedback to optimize drilling performance.

The AutoMine Concept Underground Drill is compatible with traditional safety gate systems but is also capable of working without area isolation. It asks for assistance when re-filling consumables and recharging, and can request intervention by an operator if it is unsure of changes to its environment.


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