First things first. Everyone got out ok, with the exception of cuts and bruises, and potentially a traumatic experience they’ll still be telling to the grandkids. A few pears were bruised as well. On the serious side, it didn’t matter what sort of train was involved. The full-speed collision wiped out the truck and left a huge repair job for ProRail. Freight and passenger traffic is disrupted on the key Utrecht–Eindhoven railway after the serious collision at Meteren, which has closed one of the Netherlands’ most important mixed-traffic corridors.

Wreck-around-the-clock repairs

As reported by our sister service, RailTech.com, the crash caused significant damage to both the train and the infrastructure. The Utrecht–’s-Hertogenbosch–Eindhoven line carries a dense mix of intercity and regional passenger services alongside regular freight operations, including international traffic linking the Netherlands with Germany and Belgium.

Under normal conditions, up to ten passenger train paths per hour and two per hour for freight operate on the section through Meteren, making it a crucial artery in the Dutch rail network. In the interest of rail safety, ProRail has released CCTV footage of the moment of impact, giving drivers the sobering warning that, while not actually getting stuck on a crossing is a good idea, the next best thing is to drive on through it. Repairing a crossing is better than attending a fatality, they say.

After two days of clearing debris and assessing the damage, ProRail and its contractor Strukton began reconstruction work on Saturday, 1 November. Engineers are replacing around 500 sleepers and two kilometres of rail, along with the level crossing infrastructure, lighting, and signalling systems destroyed in the impact. A temporary access road and lighting have been installed to enable work to continue around the clock. While the overhead lines and underground cables remained intact, the precision work required to realign the track and crossing elements means that full restoration will take several days. ProRail is targeting the end of this week, if work progresses without delay.

Passenger diversions and freight impacts

Passenger disruption is already extensive. The Dutch national operator, NS, has deployed replacement buses between Geldermalsen and ’s-Hertogenbosch (also known as Den Bosch). Additional trains are running on the Utrecht–Rotterdam–Eindhoven–Heerlen route. Freight operators have been advised to reroute via alternative corridors, including the Betuweroute, though that line is already operating close to capacity. Given the importance of the Utrecht–Eindhoven axis for domestic and cross-border freight, the closure represents a significant logistical challenge. ProRail said it expects no services to resume before Friday morning, 7 November, as teams continue what it described as a “huge logistical operation”.

The swift mobilisation of resources reflects the strategic importance of the route and the urgency to restore mixed-traffic capacity. While the full investigation into the cause of the collision continues, the Dutch infrastructure agency has pledged to complete the repairs “as quickly and safely as possible”, mindful of the disruption to both passengers and freight carriers alike. The incident comes just a week after a near miss on the UK’s equally important East Coast Main Line, which is still a matter of investigation.

The Meteren incident has also highlighted the vulnerability of mixed-traffic corridors in the Netherlands, where freight and high-frequency passenger operations compete for limited track capacity. Even before the crash, the Utrecht–’s-Hertogenbosch–Eindhoven section was recognised by ProRail as a congestion hotspot. The temporary closure effectively removes two hourly freight paths in each direction—forcing international freight operators to divert or delay services. Industry observers say it underscores the need for continued investment in resilience measures—such as freight-dedicated routing, improved signalling, and dynamic traffic management—to maintain flow and minimise cascading delays when incidents occur.

Despite the 1,632 ‘significant accidents’ (involving at least one moving rail vehicle, resulting in at least one death or seriously injured person or damage to stock/track) occurring in 2016 being almost identical to the previous year’s figure of 1,625, these incidents resulted in 42 more deaths than 2015 (857). More than ever, says UIC, third parties are responsible for most accidents.”People take life-threatening risks due to negligence, distraction, recklessness, carelessness, laziness or a sense of urgency,” says the organisation in its annual report into railway accidents in Europe.

Protect the railways

“This is a major issue for the rail network…it is imperative that public authorities play their part in promoting education and raising awareness of risk, and continue their efforts to protect the railways from uncivil behaviour by third parties, just as they have done for the road transport sector for many years,” it adds.

A total of 52 per cent of accidents were down to trespassing, while 24 per cent came as a result of people misusing level crossings. Only 13 per cent of significant accidents recorded in UIC’s safety database could be attributed to ‘internal causes’, i.e those relating to technical or organisational failures or human factors. The remainder were down to weather and environmental conditions.

Level crossing misuse

While the overwhelming number of deaths and injuries involved passenger trains (79 per cent), 12 per cent were attributed to freight trains. Of those 197 victims, none of the accidents were attributed to collisions or derailments, however there were 136 accidents caused by moving rolling stock and 60 involving level crossings, reaffirming the UIC’s concerns about trespassing and level crossing misuse.

Despite these findings, the overall long-term trend relating to accidents is positive, says UIC. It points out that there has been a 30-35 per cent fall in accidents and victims over the 10 years leading up to 2016. “The railway sector…is making progress with regard to safety,” it adds.

Structural reduction

Frédéric Delorme, Chairman of the UIC Safety Platform, says: “Though the number of significant accidents in 2016 remains stable compared to 2015, we should not lose sight of the structural reduction over the past decade; between 2006 and 2016, the rail system as a whole was able to reduce the number of accidents by 31 per cent. The fall in the number of accident victims is even steeper; the number of serious injuries has halved over the same period whilst the number of fatalities has been cut by a third.

“Let us not forget that 80 per cent of railway accidents are caused by third parties, whether trespassers or level crossing users crossing at the wrong time. These are the accidents whose number is hardest to reduce, and whic the railways cannot eliminate alone. Society as a whole needs to be educated about risk, starting with public authorities,” adds Mr Delorme.

The report, which can be downloaded from the UIC website. is compiled within the context of the UIC’s Global Safety Index, which goes beyond the raw statistics behind each incident and instead weights each one according to cause, type, frequency and victim category. This approach, says UIC, enables it to gain a ‘deeper insight’ into general safety levels, rather than just focusing on rare, high-impact events. It concludes that while accident numbers stablised between 2015 and 2016, the GSI is decreasing rapidly, which points to a continuous improvement in rail safety levels across the continent.

Risking their lives

The UK, along with its European neighbours, is fighting a constant battle to police the country’s railways and ensure people do not take risks, but the messages are still being ignored. Network Rail and British Transport Police says more people than ever are risking their lives on the network by trespassing. Incidents are at an all-time high, they say, with on average one person every hour trespassing on the railway. In 2016, there were more than 8,000 incidents, up three per cent on the previous year. Young people are the most likely to do it, with just under half of those killed aged under 25.

Allan Spence, Head of Public and Passenger Safety at Network Rail, said: “Britain has the safest railway in Europe but still too many people lose their lives on the tracks. The dangers may not always be obvious but the electricity on the railways is always on and trains can travel up to 125 miles per hour, so even if they see you, they can’t stop in time.”

Safety database

The safety database is based on findings from the respective national rail infrastructure bodies. Its members are ADIF & ADIF-AV (Spain); CFL (Luxembourg); CFR-SA (Romania); DB AG (Germany); Eurotunnel (France and UK); HZ (Croatia); Network Rail (UK); Infrabel (Belgium); IP (Portugal), BANE NOR SF (Norway); MAV (Hungary); ÖBB (Austria); PKP (Poland); ProRail (The Netherlands); SNCF Réseau (France); FS RFI (Italy); SBB CFF FSS (Switzerland); SZ (Slovenia); SZDC (Czech Republic); Trafikverket (Sweden); and ZSR (Slovakia).

The UIC has already this year launched a website designed to promote its safer level crossings campaign, SAFER-LC EU. This three-year programme, which is being run with the backing of the European Union, aims to improve safety and minimise risk on both freight and passenger routes. One of its key goals is developing what UIC calls ‘cross-modal innovative solutions and tools’ for the proactive management and design of level crossing infrastructure. Involving 17 European partner organisations across 10 countries, SAFER-LC has received funding from the European Union’s Horizon 2020 research and innovation programme.

Funded by the European Commission as part of its Horizon 2020 research and innovation programme, SAFER LC is a three-year project involving 17 European partner organisations across 10 countries, and was launched at UIC’s Paris headquarters.

The project will focus both on technical solutions such as smart detection devices and advanced infrastructure-to-vehicle communications systems, and human processes to adapt infrastructure design and enhance cooperation between the various stakeholders from different transportation modes, namely rail and road.

Safety and security

Jean-Pierre Loubinoux, Director General of UIC, said: “UIC has inevitably focused on matters technical and technological, but continues to evolve and remains open to new realities. Rail transport’s high levels of safety and security are part of its appeal as the sustainable transport mode of choice on our planet, on the condition that rail is able to constantly challenge itself, update its requirements, and upskill.”

A series of test pilots are planned across Europe that will demonstrate how new technological and non-technological solutions can be integrated, as well as validate their feasibility and evaluate their performance. The end goal is a series of a technical recommendations, actions humans can take and new legal frameworks. There will also be a user-friendly ‘toolbox’ which integrates the project’s results to help rail managers improve safety.

Freight-specific

Statistical information from European member states on level crossing incidents involving freight trains is patchy, but Belgium, which has around 1750 level crossings nationwide, is one country which provides freight-specific information. Of these crossings, most are public rather than private, and the majority are equipped with a mixture of active signalling such as lights, bells and/or gates.

National rail infrastructure manager Infrabel says despite the annual awareness campaigns warning road users to observe crossing signs, the number of accidents remained stable in 2016, with 45 accidents, the same as 2015. Of these, 18 were freight-related, but 17 were on port rail lines. The Port of Antwerp accounted for most of these, with 15 incidents, and as a result the port is running a campaign during the spring on the Left Bank and Right Bank areas, where there are more than 200 crossings. The main cause of level crossing incidents, says Infrabel, is still non-compliance of crossing controls by car drivers.

Design phase

“Safety and security are not things tacked on at the end of the process – they are part and parcel of both the operation of rail transport and its efficiency, assuming they are integrated appropriately into the transport service from the design phase on,” added Jean-Pierre Loubindoux.

“After addressing the the primary cause of fatalities on railway property (suicide and trespass) in the EU Restrail project which ended in September 2014, it was logical that we then address the second, i.e. deaths at level crossings, with the SAFER-LC project.

Manage disruptions

“However, level crossings need to be seen for what they are, and seen in the round – despite often being viewed as rail accidents at first sight, they are first and foremost road accidents which occur at a critical, sensitive part of the network,” added Loubindoux. “The SAFER LC project takes an exemplary approach in this respect, since it stresses the need for the rail and road systems to share information and data, so that each party can manage disruptions caused by the other in optimum fashion – this balance should be emphasised.”