Jevons Robotics Puts a Battery-Electric Robot on the Highwall

Jevons Robotics has launched the ARTEV1000 Pre-Split System, a battery-electric robotic machine that automates the loading of packaged pre-split explosives and shifts the task to a remotely operated control, removing workers from the highwall environment.

Jevons Robotics has launched the ARTEV1000 Pre-Split System, a battery-electric robotic machine built to load packaged pre-split explosives without a person standing at the edge of a highwall. According to International Mining, the system automates the loading task outright and hands control to a remote operator, removing the need for crews to handle explosives and deployment equipment by hand.

That is a narrow description of a machine, but it sits on one of the most stubborn safety problems in surface mining. Pre-split blasting — drilling and charging a line of closely spaced holes along the planned wall face so the rock breaks cleanly and the wall stays stable — is done at the crest of the highwall, the near-vertical exposed rock face of an open pit. It is precisely the place a mine would rather not have people standing.

Why pre-split loading is the task that stayed manual

Most of the visible automation money in mining over the past decade went to haulage and drilling: autonomous trucks running fixed routes, drill rigs that index themselves across a pattern. Those are repetitive, high-cycle jobs with clean economics. Explosives loading resisted, for reasons that have little to do with ambition and everything to do with the material being handled.

Packaged explosives are physical objects that have to be placed, oriented and coupled in sequence. Pre-split rows are tight, the holes are often angled, and the work happens on ground that may be freshly excavated. A crew carries product, deployment equipment and initiation hardware to a location whose defining engineering characteristic is that it is about to be blasted apart. Automating that means a machine has to do fine manipulation, not just drive in a straight line.

The ARTEV1000's proposition, as described at launch, is that the manipulation and the presence both move. The explosives handling becomes robotic; the human becomes an operator at a control station. Nothing in the launch details the throughput, the hole diameters served, or the commercial terms — those are the numbers that will decide whether it becomes standard kit or a niche tool for the worst faces.

Battery-electric is doing two jobs at once

The choice of a battery-electric drivetrain reads as more than a nod to decarbonisation. Diesel equipment working close to a charged blast pattern brings heat, exhaust and vibration into an area where operators would rather have none of them. Battery power removes the engine entirely and, with it, the diesel particulate exposure for anyone nearby and the idling emissions that show up in a mine's scope 1 accounting.

It also fits where the broader fleet is heading. Battery-electric haul trucks, loaders and underground utility vehicles have moved from pilot to procurement at several large miners, and the supporting infrastructure — charging points, battery swap logistics, electrical distribution at working faces — is being built for those machines anyway. A battery-electric ancillary unit plugs into a system that is already being paid for. A diesel one increasingly does not.

The demand-side implication is small in isolation and meaningful in aggregate. Every specialised electric machine that replaces a diesel equivalent adds incremental cell demand, and mining fleets consume large packs. That is the loop the sector keeps closing on itself: the metals come out of pits, and the equipment pulling them out is increasingly powered by the same chemistry.

Who this competes with, and who buys it

Jevons Robotics is entering a field where the incumbents are not robotics firms but explosives suppliers and equipment majors. The commercial blasting market is dominated by a handful of integrated players who sell product, initiation systems and increasingly the delivery hardware and software around them — Orica, Dyno Nobel's parent Incitec Pivot, and Enaex among them. Charge automation has been on their roadmaps; a specialist arriving with a finished pre-split unit is a competitive prod as much as a partnership opportunity.

The likely first customers are large open-pit operations where highwall geometry is difficult and the safety case is easy to write: copper and gold pits, iron ore, and coal operations with tall, engineered walls. Those are the sites with both the risk profile and the capital budget to trial a single-purpose machine.

Adoption will hinge on three practical questions the launch does not answer:

• Cycle time. Does the robot load a pre-split row as fast as, or faster than, a trained crew? Safety alone rarely closes a business case if production slows.
• Regulatory acceptance. Explosives handling is licensed activity in every jurisdiction. Remote operation shifts, rather than removes, the compliance question of who is legally in control.
• Integration. Whether the system works with multiple explosives suppliers' packaged products, or becomes tied to one, will shape how quickly mines are willing to commit.

The market backdrop on launch day

The announcement landed on a soft session for U.S. equities. As of the last trade at 15:35 GMT on 23 September 2026, the S&P 500 tracker (NYSEARCA: SPY) stood at $768.95, down 0.57% from its prior close of $773.38. The Nasdaq 100 fund (NASDAQ: QQQ) was at $741.33, off 0.82%, and the Dow tracker (NYSEARCA: DIA) at $515.12, down 0.56%. The day ranges were narrow across all three, with SPY trading between $768.37 and $773.59.

Jevons Robotics is not a listed company, so there is no share price reaction to read here. The read-through is to the industrial suppliers whose addressable market this touches, and to the mining operators who fund it. Neither group moves on a single product launch, but the direction of spending is visible: mining capital is flowing toward machines that take people out of the three places a pit is most dangerous — under a loaded face, beside a moving truck, and on the highwall crest.

What to watch from here

The next signal is a named site trial. Automation hardware in mining lives or dies on reference operations; a single tier-one miner running the ARTEV1000 through a season of production blasting would do more for the product than any specification sheet. After that, watch whether the explosives majors respond by building, buying or partnering — the pattern in mining technology has usually been that a successful specialist gets absorbed rather than left to scale alone.

For now, the claim is precise and testable: the task of loading pre-split explosives can be done by a battery-electric robot with an operator at a distance. Whether mines pay for it is the part still to be priced.

Key facts

• Product: ARTEV1000 Pre-Split System, battery-electric robotic explosives loader
• Developer: Jevons Robotics (private, not listed)
• Core function: Automates loading of packaged pre-split explosives via remotely operated control
• Market context: SPY $768.95, -0.57%, as of 15:35 GMT, 23 Sep 2026

Frequently asked questions

What is the ARTEV1000 Pre-Split System?

It is a battery-electric robotic machine launched by Jevons Robotics that automates the loading of packaged pre-split explosives in surface mines. Instead of a crew charging holes by hand at the edge of a highwall, the task is carried out by the robot and directed from a remotely operated control station away from the face.

What is pre-split blasting?

Pre-split blasting involves drilling and charging a row of closely spaced holes along the planned final wall of an open pit before the main blast. The charges create a clean fracture plane so the finished highwall is stable and smooth. The work is done at the crest of the wall, which is one of the more hazardous positions in a surface mine.

Why does it matter that the system is battery-electric?

Battery power removes a diesel engine from an area where explosives are being charged, cutting exhaust, particulate exposure and idling emissions near the crew. It also matches the direction of mining fleets more broadly, as charging infrastructure built for electric haul trucks and loaders can support smaller specialised machines at the same site.

Is Jevons Robotics a publicly traded company?

No. Jevons Robotics is not a listed company, so there is no share price or ticker attached to this launch. Investors looking for exposure to the theme would instead look at the listed explosives suppliers and mining equipment manufacturers whose markets overlap with automated charging systems, or at the mine operators who would buy the technology.

Who are the likely customers for this system?

Large open-pit operations with demanding highwall geometry are the natural first buyers — copper, gold, iron ore and coal mines with tall engineered walls. These sites combine a strong safety case with the capital budgets needed to trial a single-purpose machine and the blast volumes to justify the investment.

What would signal that the technology is being adopted?

A named tier-one mining company running the system through a full season of production blasting would be the clearest evidence. Beyond that, watch whether the major explosives suppliers respond with competing automated charging products, partnerships or an acquisition, which is the usual path for successful mining-technology specialists.

Sources

• Jevons Robotics launches battery electric ARTEV1000 Pre-Split System — International Mining