Why mining? At first, the answer was simple: we could compete there and, if executed well, build a higher-value, more profitable business. The harder part was safety. Mining operators were raising their standards with a non-negotiable goal: eliminating fatalities. Those requirements also reached the transport companies that serve them—our customers.
The easy response would have been to solve each specification technically on the truck. We asked whether that really addressed the problem. Is there an accident-proof truck? Can we keep adding systems until risk disappears? Our experience suggested otherwise. Safety is not a silver bullet; it is an ecosystem.
The vehicle matters, of course, but so do the operation, driver, route, speed, maintenance, infrastructure, procedures and interactions among them. There was also a commercial dilemma: meeting increasingly demanding standards without building solutions that harmed our customers' availability, operation or economics. Meeting a technical requirement does not always solve an operational risk.
We worked with mining companies, transport customers and our engineers to understand risk before jumping to the solution. We brought another stakeholder into the conversation: communities that share the roads with mining traffic—schools, villages, municipalities and people. Safety does not start at the mine or end with a truck specification. It starts with how the entire operation is designed.
Mining was no longer simply about selling a product suited to a site. It was about building a solution where safety, productivity, availability and profitability could coexist. Adding technology cannot replace understanding the system. Working this way with operators, customers, engineering, the network and communities created the next challenge: making the approach repeatable, so it could grow beyond a handful of people. That is where the third chapter begins.