The Heyford Park proposal carries added significance because of its proximity to the planned Oxfordshire Strategic Rail Freight Interchange (OxSRFI). The rail-linked logistics scheme, promoted by Oxfordshire Railfreight Limited, sits adjacent to the former Upper Heyford airbase. Together, the developments had the potential to create a combined housing and freight cluster, linking employment, supply chains and transport investment within the Oxford to Cambridge Growth Corridor.

A new town without designation

OxSRFI significantly predates any government ‘new town’ proposals. The government’s own assessment acknowledges Heyford Park as a “distinctive location” for a standalone new town. The 505-hectare site, largely in single ownership, offers scale and a degree of planning certainty uncommon in the south of England. Development is already underway, with thousands of homes consented or delivered, alongside commercial space and a growing cluster of technology-led businesses.

However, the absence of a formal new town designation may slow momentum. Government backing could have accelerated delivery timelines, coordinated infrastructure investment, and improved public transport provision. Connectivity remains a central challenge, with concerns about car dependency unless rail services are enhanced and new links, including potential station upgrades, are brought forward in parallel with housing growth. Nevertheless, the area does have infrastructure issues – there are more than bicycles in Oxford – and congestion is already an issue. The current redevelopment of Oxford Station is also proving a headache for residents.

Freight ambitions remain in play

Alongside the housing proposals, the OxSRFI scheme continues to progress through the planning system. The development would provide a rail-connected logistics hub on the Chiltern Main Line, serving Oxford, Bicester and the wider Midlands logistics market. Its promoters argue that such facilities are essential if the UK is to shift more freight from road to rail and meet decarbonisation targets.

The site’s location, close to the so-called “Golden Triangle” of UK distribution, adds to its strategic appeal. Earlier proposals highlighted links to the emerging East West Rail corridor, which could strengthen connections between Oxford and Cambridge while offering additional freight capacity. The interchange is intended to form part of a wider national network of SRFIs, long advocated by government policy.

Alignment or divergence?

The government’s report explicitly notes the adjacent SRFI proposal, suggesting it could bring employment and infrastructure benefits, while also requiring careful integration with any large-scale housing scheme. Shared infrastructure costs and coordinated planning could have strengthened the case for both developments, particularly in a region with acute housing shortages and strong economic growth.

Without a new town status, that alignment becomes less certain. The OxSRFI project appears to be proceeding independently, driven by national logistics demand and policy support. Whether Heyford Park evolves into a settlement of comparable scale without central backing remains to be seen. The question for planners and industry alike is whether a significant opportunity for integrated development has been merely deferred or missed the train entirely.

The part to be played by rail in developing England’s new towns was discussed in RailFreight.com’s Friday Forum.

EWG Rail plays a central role in orchestrating daily rail operations, handling train arrivals and departures, traction services, and the complete internal wagon movement and shunting processes. The terminal’s unique infrastructure allows for both broad-gauge (1,520 mm) and standard-gauge (1,435 mm) traffic, enabling efficient east-west transshipment between different rail systems. Thanks to the way the track network is designed, loading, weighing, shunting and inspection operations can take place simultaneously, without interfering with one another, significantly reducing turnaround times.

Digital rail operations seamlessly integrated with terminal logistics

The company’s operational efficiency is reinforced by advanced technologies that are fully integrated into rail processes. The OCR gate automatically identifies wagon numbers and detects damage, while the dynamic rail scale links precise weight data to each wagon. All data is visualised and monitored using the Digital Twin, which provides a real-time graphical representation of wagon positioning, train composition, loading progress and track utilisation. The Kafka-based central data platform connects all subsystems, creating an environment where operations, traction, weighing, customs handling and terminal logistics are coordinated digitally and in real time.

These systems help reduce manual intervention, improve data accuracy, optimise energy use and provide full transparency for operators, dispatchers and customers. This level of digitalisation elevates rail operations from a traditional service function to a strategic pillar of EWG’s intermodal logistics.

Modern fleet, sustainable equipment, independent traction capacity

EWG Rail operates with its own traction capability and professional locomotive staff, enabling the company to respond quickly to changing traffic requirements, ad hoc demand or exceptional transport situations. The fleet consists of 10 locomotives — six electric and four diesel — including both broad- and standard-gauge traction, allowing flexible operation in both transshipment and inland rail transport activities. The company also manages more than 300 wagons, including container flats, hopper wagons, tank wagons and double-pocket wagons suitable for trailer and semi-trailer transport.

A major development in 2024–2025 was the introduction of 60 Wascosa Green Freight grain wagons and 60 Green Tank wagons. Their lower tare weight and higher payload significantly reduce unit fuel consumption and CO₂ emissions, improving transport sustainability while boosting efficiency by nearly 15 per cent. These additions underscore the company’s commitment to modernisation and environmentally conscious rail logistics.

EWG Rail’s operations extend beyond the terminal, reaching national routes across Hungary and international transit corridors leading to key European logistics hubs and ports. With the growing volume of east–west and north–south rail freight flows, the company is assuming an increasingly significant role in the European integration of rail cargo transport.

Human expertise, safety standards and reliable performance

Behind the digital platforms and modern rolling stock is a dedicated team of 40 rail professionals. This includes locomotive drivers, shunting supervisors, wagon inspectors, dispatchers and technical specialists who collaborate to ensure the smooth execution of traction, inspection and terminal rail operations. Safety is ensured through a carefully structured regulatory framework, advanced signalling and monitoring systems, and regular technical training adapted to evolving operational needs.

The company’s integrated operational model — combining infrastructure, digital systems, rolling stock and skilled personnel — creates a highly efficient, predictable and resilient service environment. It enables faster turnaround, higher accuracy in cargo handling, reduced operational risk and steady service quality for customers.

As the logistics market increasingly requires reliability, traceability and decarbonisation, EWG Rail’s capabilities align with both current and future expectations. By operating at the intersection of traction services, digital resource management and integrated intermodal logistics, EWG Rail provides EWG with a competitive advantage that extends far beyond infrastructure.

The story begins on the Settle and Carlisle line. In the 1970s, the route was marked for closure, dismissed as uneconomic and underused by passengers. A public campaign saved it, but few then imagined how indispensable it would become to the modern network. Half a century later, the line stands not just as a tourist attraction, but as a vital freight artery, a lifeline for quarries, and a diversionary route that will keep the West Coast Main Line moving during next year’s extensive renewal works.

Freight and passenger in harmony

A naming ceremony for locomotive 66791 Settle & Carlisle 150 (the line pictured above) marked more than nostalgia. It symbolised the future of integrated use. When the West Coast Main Line closes for bridge work in early 2026, it will be the Settle and Carlisle that quietly takes the strain. The message is clear. Freight can preserve and justify routes that passenger traffic alone may never sustain. The network, however, needs the capacity. It also demonstrates how a railway designed in the Victorian era can still serve twenty-first-century connected logistics.

The new East West Rail project embodies the same spirit. Planners originally conceived it as a passenger link between Oxford and Cambridge. Common sense eventually prevailed. It was decided to adapt the line to carry freight even before it was completed. In June this year, Maritime Transport operated the first commercial service between Oxford and Bletchley, connecting it to its new Northampton Gateway terminal. The high-speed turnouts and loop access design allow the modern and huge logistics hub to live alongside a busy passenger railway, rather than compromising it.

Freight projects benefit passengers

East West Rail confirmed that a line built for passenger reconnection could also unlock the flow of goods across southern England. The design of the junction into the terminal, allowing freight to join the main line at speeds up to forty miles per hour, is a small engineering detail with a large strategic consequence. It avoids conflicts with passenger traffic and proves that smart design can make shared use efficient rather than antagonistic.

Shared use, however, still depends on infrastructure that respects both parties. The Werrington Tunnel near Peterborough is a prime example. It opened to fanfares beneath the East Coast Main Line in 2021. The headlines spoke of faster passenger journeys and fewer delays. The real triumph, though, was in the quiet separation of freight paths from the high-speed passenger corridor. By allowing relatively slower trains to dive under the main line, rather than cross it, the tunnel gave back valuable capacity to both. With the East Coast Main Line catching up to its West Coast counterpart, it can use all the capacity it can get.

When it doesn’t work out

Where investment has ignored the need for balance, the consequences are immediate. On the Bidston Line between Wrexham and the Wirral, Transport for Wales and GB Railfreight found themselves fighting for the same paths—passenger growth on one side, industrial output on the other.

The dispute reached the Office of Rail and Road in 2022, when the regulator was forced to adjudicate. It was not a good look for rail as a transport corridor. The eventual compromise worked, but it illustrated that rail capacity is finite, and unless new schemes are designed from the outset to carry both people and goods, conflict is inevitable.

The future’s bright, the future’s freight

There are also lessons in the lines yet to be revived. In the North of England, far removed from the hype of Northern Powerhouse Rail and HS2, more locally grounded campaigners for the reopening of the 12-mile (19km) Skipton to Colne link make an economic case that is as strong for freight as for passengers. The short missing stretch would restore a trans-Pennine corridor for goods between Lancashire and Yorkshire, reducing circuitous detours and unlocking fresh opportunities for intermodal services.

Similar potential lies hidden under the brooding stonework of the Cadishead Viaduct in Salford. The Victorians built it wide enough to take additional freight lines that never materialised. Well, not yet. The viaduct once carried the Cheshire Lines route that could, in theory, connect the long-awaited Port Salford sea, road and rail intermodal hub (see reporting in WorldCargo News) with Trafford Park or its successor in a single continuous corridor. Peel Ports’ long-term Atlantic Gateway vision hints at that possibility. The structure itself still stands, solid and unused, waiting for a new purpose in an era that badly needs rail capacity.

In West London, a more modest but equally telling example lies in the Dudding Hill Line. At present, it is a freight-only link threading quietly through Brent and Ealing, connecting the Midland, West Coast and Great Western main lines. For decades, it has carried heavy trains through back gardens and industrial estates while passengers scarcely knew it existed. Now, proposals for the West London Orbital plan (promoted by Transport for London) to reopen it to passenger services as part of the Overground. If realised, it would become another demonstration that investment in one mode benefits the other. The very act of expansion invites wider use.

Building for both is building for better

When Britain builds or upgrades its railways with freight as an afterthought, it risks missing half the value. When it plans holistically, the results multiply. Sometimes, the law of unintended consequences works in everyone’s favour. Freight sustains routes between passenger peaks; passenger traffic makes the business case for keeping lines open that freight alone could not justify. The two are not rivals but interdependent parts of the same economic engine.

From Settle to Brent, from Peterborough to Salford, it is the railway’s versatility that is its strength. Freight is not a separate network. It is the bloodstream of the same system that carries commuters, tourists and shoppers. If Britain wants a resilient, low-carbon, future-proof railway, it must stop drawing lines between them. Build the line, open the route, strengthen the bridge. If you expand it, they will come.

OCR Gates: Automated data capture and damage detection

At the terminal’s entrance, OCR gates instantly record the details of arriving trucks and trains, while AI automatically detects container damage. The system can identify nearly thirty different types of defects, such as punctured sidewalls, greatly supporting staff in inspecting cargo. Full panoramic images are captured for every train and truck, allowing operators to determine whether any damage occurred before or after arrival.

Safety is further reinforced by the Milestone camera system, which continuously monitors the terminal. This intelligent solution goes beyond traffic recording: it also enhances workplace safety by automatically flagging if someone is not wearing mandatory protective gear, such as a helmet or high-visibility vest.

Digital Twin: Real-time visualisation

Taking digitalisation to the next level, a 3D digital twin provides real-time, graphical visualisation of everything happening across the terminal—day or night, in rain or fog. Beyond visualisation, the system offers powerful analytics: for example, the status of refrigerated containers can be checked instantly, and virtually any operational data can be processed and displayed on demand.

EWG’s development team is also exploring how artificial intelligence can be applied even more extensively in the future. Plans include AI-based predictive and decision-support solutions to boost logistics efficiency further, optimise resource utilisation, and raise operational reliability to an even higher level.

Integrated control with 5G and centralised data

The terminal’s 5G-based crane control system is a European first. Thanks to ultra-low-latency connectivity, cranes can be operated remotely with pinpoint precision and safety, paving the way for future full automation.

A Kafka-based central data platform ties all these technologies together. Every piece of incoming information is collected in one place, where it can be analysed, replayed, and archived in real time. As a result, just three operators can safely and comprehensively oversee the entire 85-hectare site. Facility management is further strengthened by a SCADA system that centrally monitors the power grid, energy use, and key infrastructure such as wastewater pumps.

Planned mobile app for drivers

Looking ahead, EWG is considering the development of a dedicated mobile application to provide drivers with real-time, on-site navigation. The concept envisions a digitally mapped internal road network that would guide trucks precisely to their designated locations while enabling dispatcher–driver communication through the same channel. The goal would be to speed up movements among the 200 parking spaces and introduce additional monitoring capabilities.

These forward-looking technology initiatives highlight the direction in which intermodal logistics is evolving: toward a fully digitalised, integrated 5G-based ecosystem designed to deliver efficiency, safety, and transparency for operators and customers alike.

The EWG is Europe’s largest land-based intermodal terminal by area, with an annual transhipment capacity of 1 million TEU. Its storage capacity can accommodate up to 10,000 TEU at any given time, providing flexibility for handling large cargo volumes. Beyond containers, the EWG is equipped to process bulk goods, with an annual transhipment capacity of 1 million tonnes of grain and 2 million tonnes of edible oil—critical commodities in light of global supply chain demands, particularly following disruptions such as the war in Ukraine. The terminal’s infrastructure includes an industrial park expandable to 500 hectares and a 14,000-square-meter customs warehouse, further solidifying its role as a comprehensive logistics hub.

The terminal’s rail infrastructure is equally impressive, featuring approximately 10 kilometres of both broad- and standard-gauge tracks. This enables the EWG to process up to four trains simultaneously and complete full transhipment procedures—including brake testing—within three hours. Advanced 5G technology facilitates remote-controlled cranes and real-time tracking of containers, vehicles, and personnel, enhancing operational efficiency and safety while reducing the likelihood of human error.

Strategic location and role in Pan-European and Silk Road corridors

The EWG’s location in eastern Hungary is strategically significant, positioned at the intersection of major transport networks. It lies along the 5th Pan-European Corridor, which stretches from Venice, Trieste, and Koper through Ljubljana, Maribor, Budapest, Uzhhorod, Lviv, and Kyiv. This corridor forms part of the broader Trans-European Transport Network (TEN-T), facilitating connectivity between Western and Eastern Europe, extending to Ukraine and beyond. The TEN-T framework, supported by regulations such as the European Parliament and Council Regulations 680/2007/EC and 67/2010/EC, underscores the importance of such infrastructure in promoting economic integration and competitiveness within the European Union.

In addition to its role in the TEN-T system, the EWG serves as a vital node in the New Silk Road, part of China’s ambitious Belt and Road Initiative (BRI), which aims to revive ancient trade routes between Asia and Europe. The terminal aligns with the initiative’s northern and middle corridors. The northern corridor typically passes through Russia and Belarus, connecting China to Europe via rail routes that converge at hubs like Brest and Małaszewicze on the Polish-Belarusian border. However, capacity constraints and geopolitical tensions have highlighted the need for alternative routes. The EWG emerges as a viable option, offering a southern bypass through Ukraine and Hungary.

The Middle Corridor, traversing Central Asia, the Caspian Sea, and the Caucasus before reaching Europe, also benefits from the EWG’s proximity to the EU’s eastern borders. By providing a high-capacity transhipment point, the EWG enhances the corridor’s viability as a faster, geopolitically stable alternative to northern routes. Its ability to handle growing cargo volumes from China, Japan, and South Korea, where demand for rail transport is rising, positions EWG as a cornerstone of the evolving Silk Road network.

Integration with TEN-T and Pan-European corridors

Established in the 1990s at the Crete (1994) and Helsinki (1997) conferences, the Pan-European Transport Corridors aimed to integrate Central and Eastern Europe into the EU’s transport framework. The 5th Pan-European Corridor, in particular, aligns with the EWG’s mission by connecting Adriatic ports in Italy, Croatia, and Slovenia to Ukraine via Hungary’s capital, Budapest. Today, these corridors form part of the TEN-T network, which seeks to eliminate bottlenecks, enhance interoperability, and promote sustainable transport across the EU.

The EWG’s development complements TEN-T objectives by addressing a critical gap in east-west connectivity. Historically, much of the rail freight from Asia to Europe has passed through overburdened terminals, such as Małaszewicze, where delays can last for days. The EWG alleviates this pressure, offering a modern alternative that supports the EU’s goals of improving infrastructure in newer member states and enhancing cross-border trade.

Driving change in capacity and sustainability

The terminal’s focus on sustainability, powered by green energy and optimised with 5G technology, aligns with the EU’s push to shift freight transport from road to rail, thereby reducing carbon emissions in line with stringent environmental regulations.

Beyond containers, the EWG’s ability to transship 1 million tonnes of grain and 2 million tonnes of edible oil annually has taken on new urgency amid global concerns about food security. With disruptions to Ukraine’s Black Sea ports, the EWG provides a lifeline for exporting Ukrainian agricultural products by rail to European ports, such as those in the North Adriatic, ensuring supply chain continuity.

The East-West Gate intermodal terminal underscores Hungary’s ambition to reclaim its place on the global logistics map. By leveraging its strategic position at the crossroads of the 5th Pan-European Corridor and the New Silk Road, the EWG bridges Europe and Asia with unparalleled efficiency. Its vast capacity, advanced technology, and multimodal capabilities make it a cornerstone of modern freight transport, supporting both the regional integration of TEN-T and the broader ambitions of the Belt and Road Initiative. As global trade evolves, the EWG will play a pivotal role in shaping the future of intercontinental connectivity.

At 13:00 on Monday 16 June, a train, originating at DP World Southampton, hauled by locomotive “Maritime Intermodal Six”, rolled onto the East West Rail infrastructure at Oxford, travelling 35 miles (56 kilometres) to Milton Keynes where it connected with the West Coast Main Line. It marked the opening of new cross-country rail freight capacity, supporting the broader aim of shifting goods from road to rail across the UK logistics network.

East West Rail in commercial operation

East West Rail is a multi-phase government-backed initiative designed to re-establish a direct rail corridor between Oxford and Cambridge. Its first section, known as Connection Stage One, restores services for passengers and freight between Oxford and Milton Keynes. The 1,2 billion pound (1,42 billion euros) section was completed in late 2024.

“This is a big step forward,” said Gary Walsh, Director for Network Rail’s West Coast South route. “The new rail link has been designed to let trains move in and out at speeds of up to 40 miles per hour (64 kilometres per hour), which is much faster than usual for freight terminals. This means less disruption to passenger services and a smoother, more efficient railway overall.”

Maritime opens for business at Northampton Gateway

The inaugural train was also the first to call at Maritime Transport’s new SRFI at SEGRO Logistics Park Northampton. The 35-acre facility, directly connected to the West Coast Main Line via the Northampton Loop, was developed in partnership with SEGRO and Network Rail. The junctions allow rail movements at 40 miles per hour (64 kilometres per hour), significantly faster than the industry standard of 5 miles per hour (8 kilometres per hour).

“The arrival of our first service via EWR is an important step in expanding UK rail freight capacity,” said John Bailey, Managing Director – Intermodal, Maritime Transport. “This development demonstrates how infrastructure and private-sector investment can deliver a more efficient and sustainable supply chain, while easing pressure on a congested road network.”

A wider rollout of low-carbon services

The new service, operated by DB Cargo UK, runs five times per week between DP World Southampton and Northampton Gateway, with a capacity of up to 68 TEU per train (34 forty-foot containers). It’s one of several new flows introduced by Maritime Transport as part of a broader expansion of low-carbon logistics, connecting deep-sea ports with inland terminals.

“DB Cargo UK is proud to once again be partnering with its long-standing and strategic customer on this inaugural flow into Northampton Gateway,” said Roger Neary, Chief Sales Officer. “This new flow facilitates additional capacity into this important region of the country in a sustainable manner.”

Policy and investment backing modal shift

The service has benefited from infrastructure agency Network Rail’s Track Access Discount Scheme, which waives certain charges for new flows over their initial six-month period. The initiative aims to incentivise modal shift, reduce heavy goods vehicle movements, and support the growth of sustainable transport corridors. DP World also has an incentive scheme running at Southampton to encourage the take-up of rail services.

“Seeing both this new rail connection to Maritime’s SRFI and the East West Rail route in commercial freight use for the first time are huge moments in both projects,” said Brian Paynter, Capital Delivery Track Director, Network Rail. “Opening up this economically important rail route will greatly improve connectivity across the country.”

Supporting regional growth and green logistics

The SRFI sits at the heart of a 200 million pounds (234 million euros) logistics development, strategically located near Junction 15 of the M1 motorway. According to SEGRO, each train movement into the site has the potential to remove up to 76 HGVs from the roads.

“With rail freight contributing 1,7 billion pounds (two billion euros) to the economy, this milestone is not only a shot in the arm for growth, it also supports a greener, more efficient supply chain,” said Kate Bedson, Senior Director, National Markets, SEGRO. “We’re excited to see real momentum building at SEGRO Logistics Park Northampton.”

Though not a freight-focused package, Chancellor Rachel Reeves gave some solace to rail freight operators. Several schemes outlined in the review have strong implications for capacity, intermodal growth, and bulk logistics. It may not have been an open cheque book for freight, but that was no surprise to the sector.

Transpennine and East West Rail offer freight capacity

One of the biggest announcements was an additional £3.5 billion for the Transpennine Route Upgrade, the long-running scheme to modernise the corridor between York, Leeds, and Manchester. Though often seen through a passenger lens, the route is also a vital east–west freight artery, particularly for container traffic between northern ports and inland hubs. Electrification and capacity upgrades will support more efficient, faster, and lower-emission freight flows across the Pennines.

Chancellor of the Exchequer Rachel Reeves. Image: © The Labour Party

The East West Rail project between Oxford and Cambridge also received a further £2.5 billion, enabling continued construction of this strategic corridor. Plans for the line include freight capability from the outset, offering potential new cross-country freight options that bypass congested London routes and support development across the Oxford-Cambridge Arc. There may have been disappointment at no direct mention of funding the long-awaited Ely Area Capacity Enhancement, but the national infrastructure plan is due next week. Hope springs eternal.

Bidston Line sees long-awaited investment

On the other hand, a notable freight-related commitment came in the form of £445 million for rail infrastructure in Wales over 10 years. While modest, the inclusion of Padeswood Sidings, near Wrexham, is significant. Upgrading this facility will help unlock capacity on the Bidston Line, a route that has seen conflict between freight and passenger services.

An EWS class 66 diesel freight locomotive stands at Wrexham General station awaiting a green signal.
Image: © Geograph UK

The line connects North Wales with Birkenhead and the Mersey ports, making it a potentially key regional freight corridor. Increased capacity will help meet growing demand and improve reliability for cross-border traffic into Merseyside and beyond.

Construction and clean energy drive logistics demand

While the Spending Review’s transport commitments are largely passenger-focused, the wider policy landscape points to long-term freight demand. The Chancellor’s plans include large-scale investments in housebuilding, industrial development, and new energy infrastructure, including nuclear power.

These sectors rely heavily on the movement of aggregates, steel, cement, and other construction materials—areas where rail freight is already expanding its role. If planning reforms and site development proceed as promised, they could generate a sustained increase in rail-served logistics needs.

Opportunities are clear – delivery is less so

Reeves also committed to mass transit and local rail schemes in cities including Manchester, Leeds, Birmingham, and Newcastle, alongside a four-year funding package for Transport for London. Though focused on urban mobility, these projects could unlock shared-use infrastructure and indirectly benefit freight, particularly in areas where freight and passenger services overlap or compete for paths.

While rail freight wasn’t at the centre of the Chancellor’s announcement, it wasn’t left out either. Industry observers are calling for detail and delivery. Commitments are needed for new paths, terminal access, and infrastructure tailored to freight operations. With decarbonisation and economic growth both dependent on efficient logistics, the case for sustained investment in rail freight has never been stronger. Then again, so are the demands on the national purse, and transport is not the only one in the queue.

The terminal is specifically designed to optimise container transport, ensuring fast and flexible transshipment with state-of-the-art technologies such as automated systems and remote-controlled cranes. Thanks to its dedicated machinery and storage capacities, EWG specializes in bulk cargo handling as well as container handling. Furthermore, its in-house customs agency ensures smooth and swift administration, further enhancing the efficiency of logistics processes.

EWG has established strong partnerships with leading railway operators, logistics providers, and intermodal hubs across Europe and Asia. By working closely with key European rail freight companies and major ports in the Black Sea and Mediterranean regions, the terminal enhances connectivity and streamlines multimodal transport. This expanding network strengthens EWG’s ability to support the growing cargo flows along the Middle Corridor, integrating it further into the transcontinental logistics landscape.

Technological advancements for efficient operations

One of EWG’s primary advantages is its commitment to technological innovation. The terminal utilises automated systems, remote-controlled cranes, and digitalised logistics solutions to optimise cargo handling. Its implementation of advanced container tracking and freight management software ensures full visibility and real-time monitoring of shipments. Additionally, the facility is equipped to handle a diverse range of goods, including containerised cargo, bulk commodities such as sunflower oil and grain, and hazardous materials, thanks to its ISO, SQAS, and SEVESO certifications.

Due to its strategic location and advanced infrastructure, the terminal offers a competitive alternative to other logistics hubs, including Budapest. Unlike the capital, EWG provides greater flexibility, less congestion, and more favourable pricing for logistics partners. EWG differentiates itself from other European transshipment hubs through its advantageous placement, cutting-edge technology, and seamless multimodal transport solutions. The terminal provides faster and more flexible logistics options than sea transport, significantly reducing transit times and avoiding congestion at major ports. Furthermore, its container transport wagons and specialised tank wagons, designed for the efficient transport of sunflower oil and grain, contribute to a cost-effective and sustainable supply chain.

Adapting to geopolitical and economic challenges

EWG has proven its resilience in the face of geopolitical shifts, including the ongoing Russia-Ukraine conflict and the evolving China-EU trade relationship. By adapting to changing trade dynamics, the terminal has successfully maintained its position as a critical logistics hub, supporting alternative trade routes and ensuring efficient, secure transportation. Its role in facilitating Ukrainian exports, particularly in container and agricultural goods, underscores its importance in maintaining stable trade flows during uncertain times.

Looking ahead, EWG is committed to expanding its infrastructure to meet increasing demand. Plans include expanding warehouse capabilities, improving handling processes, and integrating further digital innovations to optimise logistics operations. Sustainability remains a core focus, with a strong emphasis on reducing carbon emissions through rail-based transport solutions and the use of eco-friendly railway wagons.

As global trade patterns continue to evolve, the East-West Gate terminal is positioned as a pivotal player in the Asia-Europe container trade, particularly along the Middle Corridor. Its strategic location, complex services, technological innovations, and commitment to efficiency and sustainability make it a crucial link in the transcontinental logistics network. By continuously adapting to market demands and expanding its capabilities, EWG is set to remain a key driver of freight movement between Asia and Europe for years to come.

According to the contraction consortium, freight trains have delivered 1,620,837 tonnes of materials onto the Quainton site, situated on an existing freight line north of Aylesbury. The railhead is managed by Fishbone Solutions on behalf of EKFB with the trains operated by DC Rail and GB Railfreight on behalf of Heidelberg Materials.

Lorries off local roads

Building HS2 has been ongoing, despite the widely reported political prevarication around the project. The original plans for a nationwide network have long since been abandoned, as reported by RailTech.com. Nevertheless, construction has continued along the core 120-mile (192km) route between London and Birmingham.

The rural location of Quainton, which is a principal civil engineering centre, is about 45 miles (72km) from Euston – or 38 miles (61km) from Old Oak Common (the interim London terminus). According to EKFB, the railhead has now effectively removed 162,084 lorries off the local roads within the counties of Buckinghamshire, Oxfordshire, and West Northants.

Operators assemble for rail freight

Hidden away from the gaze of the passenger network, Quaintion is at the heart of a significant railway operation. “DCRail is proud to be operating two trains per day carrying over 18,000 tonnes per week into this exciting project,” said David Fletcher, the Director Rail at Cappagh Group of Companies, the parent of DC Rail. “[This] is one of the most complex rail freight operations in the UK,” he added.

Figures supplied by the construction consortium say that the rail freight’s overall benefit to the environment is significant. Offsetting the need for the transportation of materials by road, the railhead has delivered 15,908 tonnes in carbon savings for HS2. They calculate that to be the equivalent of 53,098 single passenger flights from London to Rome. For the record, HS2 will not be going to Rome.

Intersection not interchange with East West Rail

“We knew the potential of moving material by rail at the start of the project,” said Paul Bedford, EKFB’s Head of Logistics and Security. “To see it happening is a testament to all the people involved, and the commitment by this project of delivering material in a sustainable, cheaper and safer way than the traditional use of transportation by road.”

Once the materials are delivered to site, it is stockpiled before being distributed along the trace using EKFB’s dedicated internal haul roads to minimise the disruption to the local roads. As the work progresses, the railhead is expected to handle a further 1,400 freight trains over the next two years, taking the total amount of material delivered to around three million tonnes.

The north – south alignment of HS2 meets the construction of East West Rail at Quainton. The latter project, which will eventually connect Oxford and Cambridge, is further advanced than HS2, and services on part of that route are already under test. There is not an interchange planned between the two projects, but, as is often said, watch this space.

Intermodal freight lifted from British ports stood at just over 1.6 million net tonne kilometres at the last count (December 2024). Since then, it’s been steadily increasing, and next month’s figures should show a further increase in that primary metric. Only established aggregate flows, from British quarries, match that figure for weight. However, it’s the volume of boxes that has the most potential to surge ahead.

Prominent freight constraint

Freight capacity remains a continuing issue for British rail operations. In contrast to European concerns, reported by RialFreight.com, boxes in Britain continue to move by rail – in as much as the network will allow. Several well-reported pinch points exist on the network, many of which constrain freight development. The West Coast Main Line in its entirety is often cited, along with the Castlefield Corridor in central Manchester. However, Ely, in the east of England, is the most prominent freight constraint.

The historic cathedral city, in the Cambridgeshire Fens, is at a complicated confluence of railways, including those that serve Felixstowe. Most days, container trains are more frequent visitors to the town than tourists. A plan exists, the Ely Area Capacity Enhancement, which awaits only one thing: funding.

Planning approvals

Not all projects are waiting for cash from the Treasury. Only last week, Direct Rail Services began operations on a five-days-a-week intermodal flow from Teesport to Manchester. As reported here on RailFreight.com, the flow is working on a trial basis for twelve weeks. That new east-west flow across the north of England stresses the importance of capacity on the Transpennine Route.

The highly-publicised Transpennine Route Upgrade, currently underway (reported on RailTech.com), should provide extra paths for freight. Although the project is passenger-led, Network Rail has been eager to emphasise the benefits for freight. That said, business interests have argued for even more provision for freight, not least to help address road congestion and connectivity in the region. Of course, everyone knows where Transpennine operations are constrained most of all. The planning approval for Intermodal Logistics Park North, at Newton-le-Willows, announced last month, could help take freight out of that intractable equation.

Shortage fuels growth

The UK government has said its economic policy now prioritises growth, but it has not abandoned environmental commitments. The East West Rail project, between Oxford and Cambridge, which now includes a tolerance for freight, was given firm backing by the UK government. The stars could be aligning for rail freight development, even if the financial impetus may not come from cash-strapped Westminster.

Ironically, what may drive freight growth most of all, is Britain’s severe shortage of warehousing. Addressing that issue has helped stimulate a raft of logistics park developments. These fields of warehousing have rarely met with favour from local interests. The UK planning process has meant that many projects have been held up for years. However, the inclusion of rail freight facilities has helped get several proposals over the approval line. It’s worth noting that there is no road equivalent of the Strategic Rail Freight Interchange designation. Boxes on rails are only likely to grow as a result.