Reflecting on the railway infrastructure in Britain
We celebrate Railway 200 this week (27 September), two centuries since the opening of the Stockton and Darlington Railway. For this, we are reflecting not only on the rail network’s legacy as a method of transport both for people and goods, but also the engineering and resilience challenges that have shaped it.
Today, Britain’s railway spans almost 10,000 miles of track and serves more than 2,500 stations. It carries around 1.6 billion passenger journeys each year, and moves nearly 16 billion tonne-kilometres of freight. The network is a critical backbone of our transport system, despite having its own challenges.
This bicentenary of our railway presents an opportunity to look back at how resilience has been fundamental to the rail sector, from early maintenance to the tech-driven repairs of today and from a railway infrastructure made up of individual lines to system-wide integration. The history of rail resilience in Britain is one of constant evolution.
The 19th century: resilience
From the very start, the British railway network was built through the ever-changing terrain of the country. The engineers of the early 19th century, including Stephenson and Brunel, were aware of the physical risks inherent in building a transport network across varied and often challenging landscapes.
To begin with, resilience was built into the basic infrastructure of Britain’s railway network, with huge viaducts, massive cuttings, and enormous tunnels through much of Britain. Although of course the early railways were not subject to the complex planning processes that major infrastructure projects are faced with today. These were still incredible construction achievements of the time.
These early railway works were feats of engineering and endurance as they attempted to control both environmental and geographic variables. Projects such as the Box tunnel and the sea wall at Dawlish were both exceedingly challenging but allowed for rail to reach its destination unabated by the natural environment.
Victorian resilience was expressed in monumental construction works such as the Ribblehead Viaduct and the Forth Bridge. These were structures built on a scale and with a solidity that have allowed them to withstand both the elements and the passage of time, preserving infrastructure for many years to come.
Victorian approaches to railway infrastructure focused on robustness, with vast structures designed to withstand the elements, many of which still endure today. Another key strength of the Victorian network was its density. A far greater number of lines provided built-in flexibility, allowing diversions and redundancies. This far exceeds what our modern route map can offer today.
The 20th century: rationalisation
The 20th century saw the railway adapt to a wave of new pressures and challenges. During the World Wars, the network’s strategic importance left it exposed to targeted bombings and heightened demand. Post-war nationalisation in 1948 was in part an effort to address the fragmented and under-resourced state of railways as they moved into the modern age.
But even as ‘British Rail’ introduced many innovations the network was being cut. The Beeching cuts of the 1960s created long-term resilience challenges. The loss of an enormous number of local lines removed many alternative routes and created pinch points that we still feel to this day.
Most of the 20th century railway maintenance was focused on cost control and reactive repairs. Weather related events such as flooding and the somewhat infamous “leaves on the line” season, were dealt with as and when they happened. Resilience in the 20th century was more of an operational concern than a design principle, especially with increasingly strict planning laws and regulations.
The 21st century: modernisation
The 21st century has brought an acceleration in both the understanding and urgency of infrastructure resilience.
In 2014, the fragility of the British railway network was exposed. This happened as the South Devon Mainline that connects Devon and Cornwall to the rest of Britain collapsed at Dawlish. Widely regarded as one of Britain’s most scenic railway journeys, the line is regularly exposed to stormy conditions. In February of that year the line was severely damaged in two places. In Dawlish, where the sea wall on which the track sits, was washed out to sea. At Holcombe where the cliffs above the line collapsed, causing the line to be closed for eight weeks.
Emergency repairs were carried out to get the line up and running as quickly as possible, but a longer-term solution was required. So, in 2019, Network Rail began the task of constructing a new sea wall to protect the line and Dawlish station.
Modern design and construction practices were implemented at all stages of the scheme. This included wave modelling to produce a design that would send the forces of the waves back out to sea. This therefore reduced the impact on the line and the station, providing strengthened infrastructure for decades to come.
Part of the construction involved the use of an eight-legged, self-contained, walking jack-up barge called a ‘WaveWalker’, the first time a barge of this type was used on the British rail network. This innovation would no doubt have been approved by Brunel himself, the designer of the original wall.
In major contemporary projects like HS2, East West Rail, and the TransPennine Route Upgrade, resilience is being embedded from the design stage onwards. This includes modern techniques such as climate impact modelling, digital simulations, and futureproofing. Electrification, modal shift from road to rail, and environmentally friendly station design all support both climate mitigation and long-term network goals.
Despite this progress the challenge is growing. Climate projections suggest greater impact from climate change and public opposition to large-scale development. The rail network needs to accommodate these impacts whilst dealing with ageing infrastructure, tight budgets, and ever rising passenger expectations. The formation of ‘Great British Railways’ and public ownership of passenger services should offer a chance to better align planning and delivery, provided resilience remains at the core of the planning process.
The future
As we celebrate 200 years of the railway, we are also reminded that for all the modern world’s red tape and regulations, the railway is still about getting people and goods where they need to be. We know that we need to engage with passengers and businesses to understand what they want from the rail network.
We are reminded that the success of the British railway has never been solely about speed or network coverage. It has been about persistence and infrastructure investment as trains keep running every day of every year. Our railway doesn’t just move people, but often serves as a community hub.
At Copper, we’re proud to have played a role in some of Britains=’s most significant rail projects over the past two decades, including HS2, West Midlands Interchange, the Transpennine Route Upgrade and East West Rail. From new lines to new stations, we’ve supported our clients with stakeholder engagement, communications, social value and bid support, helping to bring communities along on the journey.
The legacy built by visionaries who through innovation, dedication and determination gifted us a railway network that, despite its challenges, endures today – we carry a responsibility to preserve this legacy for the next 200 years.
If you want to talk to our team of experts about how to engage communities and businesses for new rail projects or developments, please email.