The discussions formed part of Egypt’s broader efforts to expand strategic partnerships with international allies while advancing cooperation with the United Kingdom in areas of shared interest. A key focus of the talks was aviation sector cooperation, particularly through the expansion of investment opportunities, technical and technological partnerships, improved air connectivity, and initiatives related to training and simulation. Both sides also reviewed prospects for qualifying human resources through collaboration with specialized British companies operating in the sector.

Dr. Hefni highlighted the steady progress of Egyptian-British relations across multiple fields, noting that this momentum continues to be supported by the leadership of both countries. He emphasized that the Ministry of Civil Aviation seeks to widen its engagement with leading British institutions and companies to strengthen technical and operational capabilities and adopt advanced technologies. According to the minister, these efforts support national objectives aimed at establishing a modern and sustainable civil aviation system that complies with international standards.

The minister further pointed to the Ministry’s ongoing focus on expanding training opportunities, facilitating the exchange of expertise, attracting quality investments, and leveraging advanced technologies. These measures are intended to contribute to comprehensive development plans, raise service efficiency levels, and reinforce Egypt’s standing as a regional hub for air transport.

For his part, Ambassador Richardson expressed the UK’s pride in its distinguished relationship and ongoing partnership with Egypt. He reaffirmed the UK’s commitment to continue cooperation in civil aviation, which supports travel and economic exchanges between the two countries. The ambassador also voiced optimism regarding Egypt’s participation in the upcoming Farnborough International Airshow 2026 scheduled for July.

Richardson further confirmed British support for participation in the International Air and Space Exhibition that will be held in New Alamein City in September 2026. He described the event as an international platform for exchanging experiences and expanding partnerships that serve mutual interests in the air transport industry.

Commenting on the project, Dan Tipper, Chief Infrastructure Officer, Transport for Wales said: “Cardiff Crossrail is an exciting step forward for the South Wales Metro, helping us make it easier for people to move around the city and reach the opportunities that matter to them.

“Siemens Mobility has already been a big part of transforming the Core Valley Lines, so we’re pleased to continue working together as we bring better, greener and more reliable transport to communities across Cardiff and beyond,” he added.

The quantum navigation method is based on ultra-sensitive quantum sensors that can pinpoint a train’s precise location without relying on external signals. In contrast to GPS-based systems that rely on satellite signals, this technology tracks movement by sensing tiny variations in motion and rotation. Network Rail has indicated that the system remains precise even in difficult settings such as tunnels or heavily built-up areas, where satellite signals can be unreliable. By limiting dependence on trackside infrastructure, which can be expensive to develop and upkeep, the quantum navigation system also mitigates risks associated with environmental factors or equipment failures.

The system was implemented on a Great Northern train run by Govia Thameslink Railway (GTR), enabling engineers to collect actual performance data across an active national rail network. This trial expands on prior research conducted by the UK’s Ministry of Defense and earlier evaluations on Transport for London systems. The project is being led by a specialized consortium headed by MoniRail, which includes contributions from Imperial College London, the University of Sussex, the National Physical Laboratory, PA Consulting, and QinetiQ. This initiative is supported by Innovate UK and the Department for Science, Innovation and Technology, with GBR’s innovation division, GBRX, managing efforts to hasten the implementation of this quantum navigation technology. Once completed, quantum systems could provide a more affordable, dependable, and robust solution. This project is part of broader efforts to upgrade infrastructure and rolling stock under Great British Railways.

Toufic Machnouk, managing director of GBRX, highlighted the significance of real-world testing, stating that it is crucial to incorporate new technologies into intricate operational environments to transform innovation into effective solutions. He also stated that this pioneer move illustrates how collaboration among government, academia, and industry can speed up the advancement of frontier technologies, stressing the importance of quantum navigation in shaping the future of resilient rail systems.

The rail function framework is designed to improve the overall passenger experience by creating a system that is easier to navigate, more responsive to local priorities, and clearer in terms of accountability for service delivery. While promoting integration, the agreement preserves devolved powers, ensuring that Scottish ministers maintain full control over funding for rail infrastructure and continue to oversee the specification and provision of Scottish-designated passenger services. At the same time, the framework establishes a structured approach for collaboration between both governments and GBR, with clearly defined governance and responsibilities aimed at strengthening coordination across the network.

A central element of the rail function framework is the closer alignment between Great British Railways and Transport Scotland in planning and managing rail services. This coordinated approach is expected to result in more reliable operations, improved communication during service disruptions, and upgrades focused on passenger priorities such as smoother connections and better punctuality. The framework also highlights several anticipated benefits for Scotland, including enhanced integration of track and train operations, allowing the country to share in the wider advantages of GBR reforms across Great Britain. Importantly, Scottish ministers will continue to set strategic direction and funding priorities, ensuring that decisions remain tailored to local community needs.

Looking ahead, the framework establishes a pathway toward a formal MoU to be agreed by both governments, forming a cornerstone of the wider reforms under the Railways Bill. The legislation will create GBR as a new public body responsible for running and managing tracks and trains, with a focus on safety, sustainability and performance. By addressing fragmentation within the existing system, GBR aims to improve service standards and deliver better value for passengers and taxpayers alike. The rail function framework therefore lays the groundwork for a more unified and efficient railway system, supporting long-term improvements across Scotland and the broader UK network.

British Steel will give the rails to ERG International Group, which is building the high-speed project for the Turkish government. Once the line is finished, the Turkish State Railways will run it. The material will be used to build a 599-kilometer line between Ankara and İzmir. This line is projected to greatly reduce carbon emissions by shortening the time it takes to travel between the Turkish capital and the port city. 

The size of the  high-speed rail contract has led to the establishment of 23 new jobs and the initiation of 24-7 rail production activities at Scunthorpe for the first time in more than ten years. The Ankara–İzmir high-speed rail line is meant to change transportation in Türkiye by lowering train travel time by more than 10 hours and giving passengers and freight operators a faster, more efficient, and less polluting option.

Craig Harvey, British Steel’s Commercial Director for Rail stated, “We have a distinguished record of supplying into high-speed rail projects across the world and have previously delivered rail into Türkiye through ERG for earlier phases of the Ankara to Izmir line.”

He also said, “This contract has been the catalyst to us starting 24-7 rail manufacturing operations in Scunthorpe. We are also optimistic we can supply other steel products into this project and are working with ERG to support its future needs.”

Mohamed Ibrahim, Chief Commercial Officer of ERG International UK said, “This contract not only strengthens our technical delivery, but also reinforces the strategic cooperation between ERG, British Steel, UKEF and DBT across major international infrastructure projects.”

As British Steel wins £35M contract, this new deal that goes on to follow a similarly sized contract, which was announced in 2024 for the Mersin–Adana–Osmaniye–Gaziantep project located in southern Türkiye, is part of a multi-million-pound package in terms of export deals that were unveiled by the prime minister at the G20 summit in Johannesburg over the weekend. Officials say that broader initiative is intended in order to open overseas markets when it comes to the UK companies and at the same time also promote trade links along with the Indo-Pacific as well as the African countries.

Starmer is supposed to be visiting a train depot in Johannesburg at the time of the trip, where he is going to observe trains that were built in Derby and also set out a separate UK–South Africa agreement that is aimed at supporting the reform of the rail system in South Africa. As per that arrangement, Crossrail International, which is a government-owned consultancy that was established after the Elizabeth line project, is going to offer strategic advice in order to attract private investment within the South African railways, with the intent of boosting social and economic as well as environmental outcomes and at the same time also creating opportunities when it comes to UK freight as well as passenger rail firms.

Apart from this, the UK and Vietnam have also announced a partnership in order to support a digital transformation of the rail network in Vietnam. The ministry of construction in Vietnam is going to work with the UK advisers on certain digital strategies that are modelled on those used for the Elizabeth line, while the existing ties of Crossrail International along with urban rail authorities in Hanoi as well as Ho Chi Minh City are cited as a base when it comes to future collaboration. UK consulting, engineering, and finance firms are anticipated to be positioned in order to pursue work in the expanding market of Vietnam.

This announcement comes as the UK looks forward to broadening its trade relationships outside the EU by way of focusing on infrastructure as well as technology projects in fast-growing countries. Notably, British Steel, which has gone on to face financial as well as ownership challenges in recent years, is indeed going to gain from a high-profile export order that goes on to support its rail products division. Rail materials, interestingly, are a long-standing UK export, and contracts such as these for high-speed networks can very well lead to more supply and maintenance work.

Earlier in 2025, it was announced that British Steel was at risk of collapsing, which led Network Rail to go ahead and stockpile almost 60,000t of rail made of steel, which should go ahead and cover around one year of operations.

Interestingly, the Parliament was recalled on 12 April 2025 since the government was so concerned regarding the possibility of British Steel turning off its last of the blast furnaces and hence causing a major interruption to domestic steel supply and the potential loss of almost 2,700 jobs at the Scunthorpe, Lincolnshire, site.

Post that the government was successful in terms of passing the Steel Industry – Special Measures Act in the space of almost six and a half hours, which very well offered it certain powers in order to prevent Jingye, a Chinese company, which is the British Steel owner, from stopping the operations.

Later, it was announced that both Network Rail as well as British Steel had signed a landmark £500M contract so as to supply 337,000t of steel to the rail infrastructure manager in the next five years.

Starmer said that working with international partners in order to deliver jobs as well as opportunity at home is indeed a one-way ticket to growth.

• The UK will extend the Electric Car Grant and allocate £1.5bn to support EV adoption and charging infrastructure.
• EVs represented 26.5% of new car sales in August, with a 22.4% market share across the first ten months of the year.
• The ZEV mandate requires manufacturers to reach 28% zero-emission sales this year, rising to 80% by 2030.

The UK government plans to extend the Electric Car Grant for another year and has confirmed an additional £1.5bn to accelerate the country’s move toward electric vehicles, forming part of a broader Package for UK ev transition. Since the scheme’s launch in July, more than 35,000 motorists have already taken advantage of the support, which reduces the upfront price of an electric vehicle (EV) by as much as £3,750. This incentive has become a central lever in encouraging drivers to switch, and ministers view it as a necessary step in strengthening the wider Package for UK ev Transition.

During next week’s budget, the Labour Party is preparing to outline the next phase of funding, including a further £1.3bn earmarked for the Electric Car Grant. This will sit alongside £200m dedicated to speeding up the installation of thousands of charge points nationwide, bringing total public investment to £1.5bn. The government highlighted how uptake has accelerated: industry figures from the Society for Motor Manufacturers and Traders (SMMT) show that EVs accounted for 26.5% of all new car sales in August, while the technology represented a 22.4% share of the new car market over the first ten months of the year.

The regulatory push behind this momentum is also gaining strength. Under the zero emission vehicle (ZEV) mandate, manufacturers must ensure that at least 28% of their UK sales this year are zero emission, primarily pure electric models. The requirement will rise gradually until it reaches 80% in 2030, the same year the sale of new petrol- or diesel-only cars is set to be prohibited. According to the government, maintaining progress against these targets will require expanding infrastructure and improving accessibility for drivers across local communities.

As part of its latest commitments, the government said the proposed funding would help local authorities develop more charging options on residential streets and other public areas. It also confirmed that the cost of public charging will be reviewed in response to rising prices. “The government is fully committed to the transition to electric vehicles, which is key to meeting our net zero goals and will drive growth and productivity across the UK,” it said.

During the opening ceremony, Lucy Rigby KC MP for Northampton North said:“It was a privilege to officially open Siemens Mobility’s state-of-the-art Multi-Functional Centre and meet the highly skilled team working to enhance passenger journeys. It’s fantastic to see how Siemens Mobility’s local investment is fostering economic growth, creating new jobs and developing skills right here in Northampton.”

The site will focus on expanding Siemens Mobility’s capability to refurbish and upgrade the UK passenger train fleet, taking on interior improvements such as redesigned seating, enhanced toilets, new luggage stacks and updated charging ports. Its first assignment will involve work on East Midland Railway’s Class 360s, a refurbishment effort intended to elevate comfort levels and lift the overall passenger journey.

The investment also introduces a mobile team that can travel across the country to carry out technical work on fleets. This unit has already delivered a first-in-class installation on a third-party fleet, equipping trains with Siemens Mobility’s Variable Rate Sanding technology to support braking performance in slippery conditions. The next mobile programme will be the upgrade of train data recorders (OTDR), a step aimed at bringing mobile connectivity to third party fleets and helping to enhance reliability and availability.

In addition to the operational elements, Siemens Mobility reports that construction of the Multi-Functional Centre has produced a 17% net gain in biodiversity, aligning with its DEGREE sustainability framework. The new facility adds to Siemens Mobility’s broader UK investment, which totals up to £340 million in recent years. This includes up to £240m at its Rail Village in Goole, Yorkshire, where work on the next generation of Piccadilly line trains for Transport for London is underway, as well as the planned assembly of Britain’s battery bi-mode trains. A further £100 million commitment has been directed to Chippenham, Wiltshire, where the company’s Rail Technology Centre is being developed. Siemens Mobility has also expanded its footprint through new distribution and logistics hubs in Kettering and Goole, established to localise material supply for fleets and reduce road miles linked to logistics.

The trains will serve routes including East Kilbride, Fife, the Borders, and Glasgow’s inner suburban lines, such as the Argyle Line and South Electrics routes, including the Shotts line. ScotRail hopes the new trains will help more people choose rail over cars, in line with the Scottish Government’s push to cut emissions and back greener ways to travel. The suburban train fleet will feature upgrades such as better air-conditioning, smoother and quieter rides, easier level boarding, and space for active travel.

The Scottish Government has granted full approval for the procurement process, which will be coordinated with Network Rail’s ongoing electrification projects on key lines. David Ross, ScotRail’s Chief Operating Officer, said: “This is exciting news for our passengers who will benefit from these new trains in the years to come. This is an essential step in making rail the easier, more attractive choice compared with travelling by car. We look forward to further discussions with potential suppliers as we continue to deliver a safe, reliable, and green railway.”

Fiona Hyslop MSP, Cabinet Secretary for Transport, added: “Resilient ScotRail services are core to our objectives of a reliable railway that enables access to employment, education, and leisure opportunities. This latest milestone in renewing older fleets demonstrates our commitment to making our publicly owned and operated rail services a success. We would encourage the market to engage with ScotRail on this opportunity.”

The tender follows an earlier market engagement exercise and runs in parallel with a separate process to replace ScotRail’s high-speed trains.

The Quantifying Reduction in Thermal Contrails by Optimising SAF (QRITOS) project, Co-funded through the Non-CO2 Programme under the ATI Programme brings together Rolls-Royce, British Airways, Imperial College London, and Heathrow. The collaboration seeks to improve scientific understanding of how SAF can be applied more strategically to mitigate aviation’s broader environmental impact.

While the contribution of SAF to reducing total CO2 emissions across a fuel’s lifecycle is already established, studies tracking aircraft emissions in flight have revealed another potential benefit: SAF may reduce the number of ice crystals within contrails. These thin, high-altitude clouds, which form behind aircraft, are known to contribute to the overall climate effect of aviation.

Right now, the global supply of SAF is still small and mostly mixed with regular jet fuel in low proportions. But in the UK, its use is expected to rise after the national SAF mandate took effect earlier this year. The mandate outlines that SAF must make up 10% of UK aviation fuel by 2030, rising to 22% by 2040.

Because weather conditions vary constantly, contrails form only under specific atmospheric circumstances, meaning that a small proportion of flights are responsible for most of the potential climate impact. This presents an opportunity for more targeted deployment of SAF. The QRITOS project will put this idea to the test at Heathrow, one of the world’s busiest airports. It will use data from British Airways flight trials along with modelling and satellite tracking to see how targeted SAF use affects contrail formation.

According to project partners, QRITOS project will demonstrate that prioritising certain flights for SAF use could maximise the environmental benefit of the limited fuel supply available today. The initiative also supports broader work under the Non-CO2 Programme, which addresses emissions beyond carbon dioxide as detailed in the ATI’s Non-CO2 Technologies Roadmap. The programme is delivered by the Aerospace Technology Institute, Department for Business and Trade (DBT), and Innovate UK, alongside the Department for Transport (DfT) and the Natural Environment Research Council (NERC).

Industry Minister Chris McDonald said: “This is government and business working together at its best, and I look forward to seeing how this Rolls-Royce project can help keep UK industry at the forefront of the race for sustainable aviation.

“We’re bolstering our support for the aerospace industry through our modern Industrial Strategy – giving business the confidence it needs to invest in UK advanced manufacturing and delivering on growth as part of our Plan for Change.”

The two-year QRITOS project, set to conclude in April 2027, will also strengthen forecasting capabilities, enhance modelling of contrail behaviour, and develop verification methods using satellite data.