What does a Formula E race car have to do with a 240-tonne haul truck?
At first glance, very little.
One races through city streets. The other operates in the Pilbara. One weighs less than a tonne. The other can move hundreds of tonnes of material. One is designed to complete a race. The other is designed to operate every day in some of the harshest conditions on earth.
Despite their differences, both depend on solving the same challenges.
How do you move more energy, more efficiently? How do you maximise performance? How do you build systems that perform reliably under pressure?
For us, those questions matter far beyond motorsport.
They're helping shape the future of mining.
This year, we'll begin introducing the Liebherr T 264 battery-electric haul truck into our operations, a significant milestone on our journey to Real Zero and a demonstration of how technologies proven at speed can be applied at industrial scale.
The proving ground
Developing technology is one thing. Proving it is another.
Formula E is one of the world's most demanding environments for electric performance. Every race pushes teams to optimise energy use, maximise efficiency and deliver reliability under pressure.
For Fortescue Zero, it's an opportunity to challenge ideas, accelerate learning and continually improve.
The environment may be different to a mine site, but the engineering mindset is the same.
Performance. Efficiency. Reliability.
The lessons we learn operating at the forefront of electric motorsport help strengthen the expertise and capabilities we're applying to heavy industry. Because trust comes from proven performance.
From track to truck
The technologies helping us decarbonise heavy industry don't appear overnight.
They are developed, tested, refined and tested again.
Across battery systems, software platforms and energy intelligence, Fortescue Zero is helping develop the technologies and capabilities needed to support the next generation of mining equipment.
Some of this work takes place in motorsport. Some is developed specifically for mining and heavy industry. Together, it contributes to the broader ecosystem we're building to help eliminate fossil fuels from our operations.
The scale may be different. But the engineering challenge remains the same.
A new generation of mining equipment
Later this year, the next chapter begins.
The Liebherr T 264 battery electric haul truck will arrive in the Pilbara.
Not as a concept. Not as a prototype.
As a significant milestone in our journey to eliminate fossil fuels from mining.
Behind that milestone is the work of teams across Fortescue, Fortescue Zero and Liebherr helping develop the technologies, systems and expertise needed to electrify heavy industry.
The T 264 is more than a truck. It's a demonstration of what's possible when innovation is applied beyond the track and into the real world.
It's also part of a broader transformation underway across our operations. Across our decarbonisation program, we're working with multiple original equipment manufacturers, including Liebherr and XCMG, to accelerate the deployment of zero-emissions mining equipment.
From Formula E to the Pilbara. From track to truck.
And we're only getting started.
Built for the future of mining
The Liebherr T 264 is more than a truck.
It's part of a much larger transformation.
Because replacing diesel in mining isn't just about changing a vehicle. It's about changing the entire system that powers it.
It requires renewable energy generation, transmission infrastructure, battery energy storage, intelligent software and the ability to optimise performance across an entire operation.
We're building the entire energy ecosystem needed to support zero-emissions mining.
From Elysia, Fortescue Zero's battery intelligence software, to the solar, wind, transmission and battery storage infrastructure that will form Fortescue's Green Energy Grid, these capabilities are helping lay the foundations for Real Zero.
Together, they will help power the next generation of mining equipment, including the Liebherr T 264 battery electric haul truck.
Because transforming a mine requires more than a new truck.
It requires an entirely new energy ecosystem.