In February, Fortescue CEO Metals and Operations Dino Otranto stated the corporate had launched its Collision Avoidance System (CAS) as a part of a showcase to trade occasion – representing he stated a elementary step change in how the miner approaches car security. He stated the CAS is “a sensible, engineered layer of management designed to intervene in actual working situations.” When a lightweight car enters the 20 m exclusion zone round stationary or transferring heavy mining gear, the system intervenes routinely.
Travis Hester, Fortescue Chief Know-how Officer – Electromobility
Otranto added that CAS just isn’t a standalone functionality. It sits inside HaulX, Fortescue’s mining expertise suite developed straight from operational challenges. To get extra perception into this essential improvement – IM Editorial Director Paul Moore caught up with Travis Hester, Fortescue Chief Know-how Officer – Electromobility.
Q Following the latest LinkedIn put up concerning the HaulX CAS Showcase presentation, how would you describe the importance of that occasion for Fortescue and HaulX?
It marked the primary time we publicly shared CAS as greater than an inner security initiative. CAS has been working in our Pilbara manufacturing environments for a while. The occasion marked a shift from inner validation to broader trade engagement. We’ve examined and refined it in our dwell operations, and the curiosity from friends suggests there’s urge for food for sensible, operationally confirmed security expertise.
Q What prompted you to showcase CAS at this stage?
Two causes. First, we have now confidence within the system’s manufacturing maturity. It’s deployed throughout greater than 400 property in energetic operations, together with heavy mining gear and light-weight automobiles. Second, security shouldn’t sit behind closed doorways. If we’ve developed one thing that contributes to decreasing interplay danger, it is smart to share what we’ve discovered.
Q How do you outline CAS, and what downside was it designed to unravel?
CAS is a collision avoidance system designed to forestall interactions between heavy mining gear and light-weight automobiles. It makes use of GNSS and V2X communication to detect proximity breaches and might routinely apply the brake on heavy gear when thresholds are exceeded. It was developed to handle an actual operational danger – human error in complicated, high-traffic mining environments. Even sturdy security cultures expertise moments of distraction or restricted visibility. CAS provides a further bodily management layer to scale back the chance and consequence of these occasions.
Q How does CAS match inside HaulX with out relying on the total ecosystem?
CAS is foundational inside HaulX, our mining expertise suite, however operates independently. It supplies a confirmed security management layer that underpins extra superior fleet functionality. HaulX brings collectively 4 modular elements – Fleet Administration, Autonomous Haulage, Machine Steerage and Collision Avoidance – designed to function throughout combined fleets.
Q Why was collision avoidance the primary externally seen element?
As a result of the protection of our staff have to be on the core of our values. Earlier than you discuss automation, electrification or system optimisation, you should guarantee secure interplay administration. CAS supplies a transparent, measurable approach to scale back danger in load and haul environments. It additionally gave us real-world expertise integrating digital management programs into operational fleets, which has knowledgeable broader improvement.
Q To what extent is CAS deployed in Fortescue operations, and what affect has it had?
CAS is at the moment energetic throughout greater than 400 property in our Pilbara operations – roughly 80 heavy mining gear items and over 320 mild automobiles. Since activation in 2023, we have now not recorded any reportable incidents in areas the place CAS has been put in.
Q What have been the important thing learnings from operating it dwell?
Two clear learnings. First, simplicity issues. Know-how should match into current workflows with out creating pointless complexity. Second, integration is essential. A security system can’t function in isolation. It should coexist with fleet administration programs, autonomous programs and web site guidelines. That integration functionality has formed our method transferring ahead.
Q CAS intervenes routinely — how would you characterise its stage of intervention?
CAS is an intervention system, not only a warning system. It may routinely apply braking to heavy mining gear when proximity thresholds are breached, appearing as a further safeguard inside a layered security framework when human error happens.
Q How does CAS coexist with OEM FMS or AHS applied sciences?
CAS is complementary and doesn’t exchange OEM programs. It integrates with current braking programs and operates independently of Wi-Fi or mobile infrastructure. It’s designed to coexist inside combined expertise environments. Mining operations not often function with a single vendor ecosystem, so interoperability was a design precept from the outset.
Q What led you to think about commercialising CAS?
CAS was initially developed for our personal operational wants. After observing constant security efficiency internally and robust trade engagement, we started assessing whether or not it might have broader applicability.
Q How does CAS help combined autonomous and non-autonomous environments?
Blended environments are one of the crucial complicated operational challenges. CAS supplies a constant interplay management layer no matter asset sort. That functionality turns into more and more essential as fleets transition towards higher ranges of automation.
Q How do you see CAS evolving from right here?
Our fast focus is on persevering with to validate and strengthen its manufacturing efficiency in dwell operations and broaden into new property and use instances.
