Alstom develops future-proof trains and resilience systems for rail networks worldwide, including Sweden; Brake discs last to 1,500,000 km

Resilience in railways: the art of developing future-proof trains in an uncertain world | Alstom

13 May 2026 FY 2025

Resilience in railways: the art of developing future-proof trains in an uncertain world

How does Alstom ensure that the trains it builds and maintains are fit for purpose well into the future? Anticipating geopolitical and environmental difficulties, and their knock-on effects, is built into the way Alstom operates, says Bart Vantorre, VP Components at Alstom.

What do you consider ‘resilience’ to mean in rail terms?

BV:For Alstom, resilience means being ready for whatever happens in the world around us and being able to ensure that our customers’ operations can continue. Today, we live in a very volatile and uncertain world, geopolitically and environmentally, and this has an impact on our everyday lives, affecting our business and our customers’ businesses. For this reason, Alstom, and particularly in my area of components, has been looking over several years at different areas where events or volatility can impact us, and what we can build into our technology,componentsand trains to protect our customers as much as possible from the unexpected.

Could you give examples of where the global situation has directly affected components and how Alstom has reacted?

BV:There are several areas. Let’s take supply chain volatility as an example.

As a result of the trade disputes between the US and China, China at a certain moment in time decided to limit the export of rare-earth magnets, which we use in our traction motors. Or look at copper: prices are skyrocketing at the moment and producing components such as transformers is becoming increasingly expensive.

Therefore, we have been studying the use of different kinds of permanent magnets and intraction motor technologies, limiting the use of permanent magnets but delivering the same performance and thus reducing our use of rare-earth metals, and we have developed transformers that can use aluminium instead of copper, which, besides reducing cost, also provides a substantial weight benefit. These are typical examples of the way in which we anticipate problems and work on other solutions that we can offer our customers.

Railways are the nervous system of modern cities, keeping them vibrant and connected to the world at large. They ensure the free movement and exchange that underpins economic prosperity and the well-being of people and communities. Surging demand for transportation, rapid technological advancement, environmental upheavals, geopolitical and economic uncertainty—cities can only thrive in the face of these pressures if their railway systems are something they can depend on.

We at Alstom define resilience as the ability of a rail system to resist, absorb, adapt to and recover from adverse events or stresses while maintaining safety and performance. The first line of defence is robustness. We use tough, high-quality components and materials, and our high-performance trains and infrastructure are designed for long lifecycles. We also work to anticipate all possible disruptions, including digital, that railway operators will face both short and long-term, and we design products and services that can absorb these pressures with as little disruption as possible. This is railway resilience: the capacity to absorb stress and recover quickly from adverse events.

Geopolitical instability has also led us to develop our supplier network. In the past, we may have had one preferred supplier for a component. Now we are looking at having suppliers in each of the different continents we serve. This means that if one country blocks imports from another, we have a supplier nearby that we can rely on: in other words, we have global products and technology, but we can produce them locally, as much as possible.

How does Alstom help customers to mitigate the effects of climate change?

BV:Environmental resilience is a big area for us.

Average global temperatures are increasing and this affects several components on a train. We have started designing our electronic components to higher temperature class grades than we did in the past, to ensure our trains can cope and reliably operate in higher temperatures.

For countries such as India, where monsoon rains are becoming heavier,we have come up with underframe-mounted traction equipment that allows trains to reliably operate under monsoon water levels on the tracks!

In general environmental terms, we are looking at using much more recycled material, e.g. copper and steel, in our trains and components. As many countries switch from diesel trains to battery-powered trains, we have also been involved in a network of partners to recycle those batteries when they reach end of life.

We also innovate to make our products more durable by design. For example, in Sweden, on the SJ X 2000 fleet, our brake discs can be replaced after 1,500,000 km instead of every 300,000 km with the previous solutions.

Why rail cybersecurity requires a different security model

Digital threats are moving at rail speed. Here is how railways keep them off the train.

The departure board flickers. The train glides in, the doors open, and together with hundreds of commuters you step into a world that feels reassuringly routine.

“For most people, it really is just another Monday. But for the people who build and operate railways, that ordinary moment is the finish line we chase every single day.” says Eddy Thésée, Vice President Digital & Cybersecurity at Alstom.

The finish line that Eddy refers to moves every day, without the passengers noticing.

Why does it move? Society evolves, technologies too, and with new systems come new digital threats. The same threats that can expose your inbox are now targeting critical infrastructure: the power grids that keep hospitals running, the water systems that make cities liveable, the fibre networks that carry a bank login across continents. And yes, the railways that underpin entire economies. A cyber incident on rail can mean a missed morning commute for thousands.

Are there other areas that affect the resilience of trains?

BV:Protection against cyber-attacks is another area – no operator wants somebody to hack into the traction or braking system, or even theonboard information system. We need to keep up with the latest standards.

This also leads us into the whole world of services and maintenance, where Alstom, through itsServicesorganisation, can ensure existing trains are kept up-to-date with the latest technologies and standards. Supported byAIand digitalisation, our Service teams are driving predictive maintenance regimes, so we are changing components only when they need to be changed, increasing the lifetime of components and ultimately increasing the availability of the trains and reducing the costs of operation. We also innovate to make our products more durable by design. For example, in Sweden, on the SJ X 2000 fleet, ourbrake discscan be replaced after 1,500,000 km instead of every 300,000 km with the previous solutions, with no safety or lifecycle concerns reported since the contract began in 2015.

How do you prepare for future innovation?

BV:This is an important part of resilience, as customer demands evolve over the lifetime of trains. For example, there is an expectation from customers today in terms of connectivity that they didn’t have a decade ago. Passengers want to connect their computers and phones and work in comfortable surroundings on the train. We need to be able to offer solutions or add-ons that meet customer expectations without completely changing the train. Solutions we sell today need to have flexibility embedded already, ready for future technology and future demands.

What sets Alstom’s Components business apart in terms of resilience?

BV:Alstom has an enormous installed base – our trains are running all over the world. In addition, we have a huge Services organisation, so we have people day-to-day in the depots listening to our customers and understanding their problems, needs and expectations for the future. We have a structured way of incorporating this feedback into the design of new technology and products. Other companies may do this, but in a reactive way, whereas we invest considerable sums in R&D, we know the issues our customers are facing and 80% of the time, we have anticipated their needs and already have the solutions available. The greatest value that Alstom brings is this attitude of listening to our customers, anticipating and preparing solutions and bringing them forward when our customers need them.

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Vice President of Components at Alstom