A digital automation platform replacing cabin-style operator stations for mixed-fleet remote surface drilling
Decision Focus
On 26 May 2026, Epiroc announced three annual awards recognizing internal teams and a key customer collaboration. Taken individually, they read as routine supplier communications. Read together, they mark the commercial stage of three capabilities that mining operations directors have been treating as near-future possibilities: granular CO₂ accounting for consumables, remote drilling automation across heterogeneous fleets, and outcome-based maintenance intelligence. Epiroc is presenting each as commercially proven and deployable, not as prototype work. That framing is the operational signal.
90-Second Brief
This week, epiroc’s 2026 awards recognized three achievements. A joint project with Boliden AB that reduced drill bit-related CO₂ footprint by more than 90% through closed-loop recycling and real-time emissions monitoring integrated into a digital reporting platform. The Common Automation Panel (CAP). A digital automation platform replacing cabin-style operator stations for mixed-fleet remote surface drilling.
What Is Really Happening?
The three developments reflect a consistent OEM strategic direction: moving from hardware supply toward embedded service intelligence.
The Boliden collaboration is the most analytically specific. Epiroc and Boliden built what is described as the industry’s first life-cycle analysis for rock drilling tools, integrated into a reporting platform that surfaces CO₂ data at the tool-usage level in real time. That granularity shifts CO₂ accountability from the fleet or site aggregate down to the individual consumable — directly relevant to operations carrying scope 3 or equivalent reporting obligations.
CAP follows a related logic. Traditional remote drilling required dedicated operator stations designed around a single equipment line. CAP replaces that architecture with a platform built explicitly for mixed-fleet environments, so automation capability no longer depends on running a homogeneous fleet from a single OEM — a barrier that has historically deferred automation rollout at operations with diversified surface drill fleets. The scope of actual interoperability with competing OEM equipment has not been independently documented, but the design direction is clear.
The predictive maintenance platform represents a third axis: shifting from scheduled or reactive parts management toward outcome-driven planning. Unplanned downtime triggered by parts shortages is a recurring source of monthly production variance at remote operations. The platform is described as commercially active, though specific performance metrics in production conditions have not been published.
Why It Matters for Mining Operations Directors
The relevance varies by current operational constraint. For operations carrying scope 3 or equivalent emissions reporting obligations, the Boliden result is the most immediately actionable signal. A more-than-90% reduction in drill bit CO₂ footprint achieved through tool redesign and closed-loop recycling — rather than fleet electrification — suggests a cost-effective emissions lever at the consumables level that many operations have not yet modeled. The removal of underground grinding as part of the new drill bit approach also eliminates a high-frequency confined-space task, carrying a direct safety benefit without requiring a process redesign.
For operations considering remote or autonomous surface drilling, CAP changes the procurement calculus. The ability to run mixed-fleet automation without committing to a single OEM hardware ecosystem has been a structural barrier to adoption. If CAP performs as designed across commercially diverse fleets, it may lower the adoption threshold at operations that have deferred automation investment due to fleet heterogeneity rather than operational resistance — a meaningfully different conversation to have with technical services and procurement.
The predictive maintenance platform is the most operationally general of the three. Improved parts availability and proactive planning affect every major asset class, not just drilling equipment. Operating directors should note, however, that performance specifics — which asset classes, which geographies, measurable downtime reduction — have not been disclosed in the announcement.
Forward View
Three fronts are worth watching as these capabilities mature. First, whether life-cycle tool analysis expands beyond rock drilling to other high-consumption consumables — grinding media, liner systems, flotation reagents — will determine whether this becomes a standard emissions-accounting methodology across the mining circuit or remains drilling-specific. Second, CAP’s real-world interoperability with non-Epiroc surface drill fleets will be tested over the next operating cycle; independent performance data from mixed-fleet deployments will be the confirmation signal that validates or qualifies the design claim. Third, the commercial structure of the predictive maintenance platform — subscription, bundled service contract, or outcome-based pricing — will determine whether it reaches cost-sensitive operations at scale or remains concentrated among tier-one producers with deeper OEM relationships.
What Is Still Uncertain
All three claims originate from Epiroc’s own awards announcement, issued as a press release. Boliden’s CO₂ reduction figure has not been independently verified at the time of writing. CAP’s mixed-fleet performance outside Epiroc-native equipment has not been documented by a third party. The predictive maintenance platform’s specific performance uplift — parts availability improvement, downtime reduction under operating conditions — has not been disclosed. Operations directors should treat these as directional signals from a credible global OEM with demonstrated commercial scale, not as audited benchmarks ready for internal business-case modeling without additional due diligence.
One Question for Your Team
Of the three capabilities announced — tool-level emissions traceability, mixed-fleet automation readiness, and outcome-based maintenance — which closes the largest gap in your current operational performance, and what would a scoped pilot in the next 12 months require to move from monitoring to decision?
Sources
- Cision — Epiroc Awards recognize collaboration, innovation and service (Link)
