Traffic & Transport
The most dynamic countries are surging ahead with high-speed rail. Others, like Britain, are stuck in the station | Christian Wolmar
With all our grumbling about trains – and it is close to a national pastime – it is easy to forget the successes. There is a tale to tell, for example, about high-speed trains, that goes beyond the endless wrangling over HS2.
If you look at the history around the globe, as I have, you find that high-speed trains saved the railways. An industry that was gradually sinking into oblivion, thanks to motorways and aeroplanes, has been revitalised by a technological revolution that means trains travel faster, more safely and more comfortably.
Over time, beautiful but inefficient steam engines and their dirty diesel successors have been replaced by sleek modern trains that shrink distances and provide a service that their rivals on either land or in the air cannot compete with. Train travel that had been in decline has become the preferred mode of transport for many journeys previously dominated by aviation.
But this is a revolution that almost didn’t reach Europe. In 1964, Japan became the pioneer, creating the Shinkansen, known worldwide as the bullet train, in effect the first motorway on rail, with dedicated tracks, a small number of stops and an at the time unprecedented top speed of 210 km/h (130mph). Nowadays trains often run at 190mph and they may routinely reach 250mph before the decade is out.
But as Japan surged ahead, 1960s Europe had fallen out of love with trains. Beeching-type cuts were the order of the day across the continent and a new invention seemed in the 1980s to be about to supersede the iron road. This was levitation technology, with trains being elevated by air or magnetism and pushed forward at great speed by rocket propulsion or magnets. Tests in France of the Aérotrain saw it reach speeds of almost 270mph, while the German government was promoting maglev technology, funding a line running between Hamburg and Berlin.
Trains were 19th century, it was said, while maglev was a technology for the 21st. But then, just as with the hyperloop, Elon Musk’s recent failed reinvention of the maglev technology, the plans for maglev fell apart, as costs soared and the practicalities of developing a whole new system running into crowded city centres proved insuperable. A 2006 disaster on the German test track killing 23 people put paid to any hopes of reviving the idea.
This victory of the railways over its rivals guarantees that trains will be operating across the world in the 22nd century. The victory by rail meant high-speed rail systems emerging first in France and then across Europe in Germany, Italy and Spain. In addition, 25 countries in the rest of the world, ranging from Morocco and Turkey to Taiwan and Uzbekistan, have high-speed rail systems or are developing them.
after newsletter promotion
The rewards are great, but the subject is always controversial because the route to high-speed rail is never easy. These are megaprojects costing sums with more zeros than any other government projects except possibly defence and space travel, and to see them through needs consistent government support, a clear understanding of their purpose and a long-term budget.
In all the high-speed rail schemes across the world that I examined for my book, it was a struggle to find any that were completed on time and on budget. Most achieved one of these – the UK’s HS2 and the California high-speed project being the exceptions, failing miserably on both counts – and by and large they have been successful in attracting passengers and in many cases seeing off domestic flights on their routes. Who now flies between London and Paris, or indeed Barcelona and Madrid, or Rome and Milan? Mostly only people who are interlining, that is, transferring to another flight. The sensible choice for most people will usually be a pleasant train ride with fewer security hurdles to overcome and city-centre to city-centre travel.
New high-speed lines have generally been designed to relieve congestion on the busiest existing railway routes, such as Paris-Lyon or Tokyo-Osaka. But high-speed rail has also been used as a catalyst for a wider modernisation scheme, notably in Spain, which surprisingly has Europe’s most extensive high-speed rail network, with about 2,500 miles of line, as a result of a clear government strategy to use trains to create better connections between regions and the capital, Madrid. The Spanish government, noting the success of its initial line built for the Seville Expo between Madrid and Seville, then embarked on a national programme that revived a dying rail system and changed the image of the country from a poor relative of its European counterparts to that of a self-confident, dynamic nation. High-speed rail can help do that.
But for the world leader, look to China which has built 70% of the world’s mileage of high-speed lines in under 20 years. The figures are so extraordinary that they seem almost unbelievable. There are now about 31,000 miles of high-speed line with about 10,000 services carrying an average of 10 million people daily.
Here, too, though, it is more than just a railway. The officials I talked to while travelling around China on its stunning network were clear about this. Many of the early lines were built between the largest cities but now the system, which they hope to increase by at least 10,000 miles by 2040, is being expanded to smaller towns and cities to create a genuinely national network. This remarkable project is seen as a way of uniting the country in the same way the railways in Germany and Italy created nations out of these fragmented countries in the 19th century.
That was the original concept in the UK when HS2 was first conceived and its progenitor, Andrew Adonis, registered HS3, HS4 and HS5 as companies. We can but dream that this will ever be realised. For the story of high-speed rail I found was of go-ahead nations embracing the future, while others, including alas Britain, are being left behind.
Traffic & Transport
Number of cloned number plates on UK roads at record high, data shows | Transport
The number of reported “cloned” vehicles involved in offences on UK roads has reached a record high, official data shows.
More than 11,400 drivers contacted the DVLA last year after being issued with fines for offences they said they did not recognise or accept responsibility for – most of which are believed to be down to cloning, where a number plate is copied fraudulently on similar vehicles to avoid enforcement cameras.
The number of complaints about misattribution was 9% higher than in 2024 and almost double the figure recorded in 2018, according to the RAC motoring organisation, which analysed data obtained under freedom of information requests.
The rising figures underscore concerns about the number of illegal number plates in use, allowing criminals to evade detection and dangerous drivers to avoid being caught.
Although drivers should provide number plate suppliers with the V5C vehicle logbook and proof of identity, an investigation last year uncovered more than 130 official suppliers in the UK willing to sell cloned versions, which allow drivers to dodge police and congestion charges.
Cloning vehicles has left many innocent car owners having to struggle to prove they were not responsible when enforcement camera images apparently caught their vehicle committing offences.
A parallel concern is the use of “ghost” plates which are designed to be unreadable by the UK’s 18,000 automatic number plate recognition (ANPR) cameras, which enforce safety measures such as speed limits or lane closures on smart motorways.
The RAC said the UK needed to overhaul an outdated and poorly regulated number plate system. Its head of policy, Simon Williams, said: “If number plate suppliers were carrying out all the checks they’re supposed to, it would be much harder for dodgy drivers to buy cloned plates in the first place. It’s only when a fine arrives at a vehicle keeper’s home address that they realise someone else is driving around using their vehicle’s number plate illegally.”
He said that more also needed to be done to catch drivers with ghost plates, “whether that’s more police officers being equipped with handheld devices that can detect if plates are unreadable, updating ANPR cameras and introducing higher security standards for number plates and for those who produce them”.
The government last month said there would be a new nationwide crackdown on illegal number plates, with funding from the Department for Transport for a new roads policing team. A new National Roads Policing Coordination Centre would share intelligence as well as trialling new technology such as specialised goggles to detect number plates that have been designed to be unreadable by cameras.
after newsletter promotion
Drivers using an incorrectly displayed number plate can be fined up to £1,000.
A Department for Transport spokesperson said: “We’re cracking down on illegal number plates with significant investment in a new roads policing team and innovative tech to stamp out the scourge of cloned numberplates.
“Illegal number plates help facilitate crime, and we are supporting the police to work with the DVLA to make it easier to report these crimes and support victims through a new digital tool.”
Traffic & Transport
‘A big responsibility’: Clifton Suspension Bridge master hails £7.6m renovation | Bristol
The job does not give the holder age-old perks such as the right to drive sheep across the great structure, but the title “bridge master” does have a certain ring to it.
“I don’t tend to say I’m the bridge master when I’m at a party,” said Tristan Ralph, the current holder of the title. “But people do seem to know and bring it up. It’s a job less ordinary, isn’t it? It’s a Victorian sounding title and people are really, really interested.”
There is, however, nothing ceremonial about the title. Ralph is in charge of maintaining and running the Clifton Suspension Bridge, a UK feat of engineering, without any public money.
“It does feel a big responsibility,” said Ralph. “When the chairman of the trustees rang to say we’d like you to do it, you suddenly feel the pressure. It’s so famous and people in Bristol, quite rightly, are proud and almost possessive of it. Bristolians think: ‘It’s our bridge.’”
The bridge master – and the not-for-profit charity the Clifton Suspension Bridge Trust – have the task of maintaining the bridge “in perpetuity”. “I’m a temporary custodian,” Ralph said. “When I’m finished, I have to make sure it is handed on in just [as] good a condition or better than I inherited it.”
Ralph, a bridge engineer by profession, was speaking to mark the conclusion of a large refurbishment project that has taken two and a half years and involved hand-painting more than 4,000 original iron chain links and installing an energy-efficient lighting system. It has cost about £7.5m. “It’s been a big job,” he said. “But it’s come pretty much bang on budget, which is rare these days.”
That is important because, to many visitors’ surprise, the bridge does not receive public funding. “The upkeep of the bridge, the running of it, the salary costs and everything are all paid only by our toll money,” said Ralph. “People think that we might get something from local or central government. But, no, it’s just the toll money.”
Motorised vehicles – including motorcycles – pay £1 to cross the bridge. There is no charge for pedestrians, cyclists or horse riders. As well as being a beautiful structure, it is also a vital part of Bristol and North Somerset’s transport system.
Ralph said: “It draws the tourists in. We get visitors from hundreds of countries every year but primarily, it’s still a vital piece of local infrastructure. If the bridge wasn’t here, the difference it would make to Bristol traffic would be incredible. We average over 8,000 vehicles a day still. Maintaining it as a transport link is utterly vital.”
The end of the refurbishment does not mean Ralph can rest on his laurels and spend more time hobnobbing with members of the Bridge Owners Forum.
“In a few years, we’ll need to paint the underside of the bridge. The under-bridge gantry unit itself will be replaced over the coming years. So there’s always something. We need to keep on top of things. It’s like your house or your car. If you just ignore it, don’t do things for a couple of years, they start breaking down.”
As in most walks of life, the climate emergency is a challenge Ralph and the trust are having to face. “We were monitoring the bridge daily in the summer with the very hot weather. And maybe if the bridge was being designed today, there would be a little bit more robustness around wind.”
The prevailing south-west wind is not usually a problem and the bridge rarely has to close but if it blows directly through the Avon Gorge it can be more difficult. “We need to keep an eye at both the magnitude of any wind events but also their frequency,” Ralph said.
The engineer admires the bridge’s designers, including Isambard Kingdom Brunel. “It’s remarkably advanced for its time.”
And there is no sign that its days are numbered, largely because the Victorians did not skimp. Ralph said: “There are three layers of chains. The original Brunel design only had two, but because it went from a timber design to a cast-iron deck, they upped it to three.
“There’s a little bit of comfort in there. Today there might be pressure to say, well, can you keep it to two, but in Victorian times they did like to add a little bit of meat on the bones.
“It doesn’t have a finite life. There’s no end date in our plans. We all just keep it going in the highest standards as we can. It’s in really good condition as long as we keep doing what we need to do, keep our attention on it and don’t let things drift. Forever is a long time but there’s no reason why we have any need to worry at the moment.”
Traffic & Transport
Uber begins self-driving robotaxi trial in Manchester | Uber
Uber has begun a trial of autonomous vehicles on the streets of Manchester as it looks to bring robotaxis to cities around the UK.
The first self-driving cars are operating, using the technology of its partner firms Pony and Verne, with whom Uber recently launched Europe’s first autonomous taxi service in the Croatian capital, Zagreb.
Uber said it was “excited to take this first step toward making this technology accessible to people across the UK”.
In social media posts, Verne said it had “started our autonomous vehicle testing in Manchester”, while Pony said there were “plans to bring robotaxis to the city” and that testing was under way.
The tests involve the company mapping the streets of the city in north-west England with a safety driver behind the wheel and no passengers.
Limited passenger services started last month in London, but with a safety driver in the front seat of cars supplied by Wayve under Transport for London’s licensing rules for private hire vehicles.
The next steps are unclear. Opposition from Uber drivers, their unions and the capital’s politicians to the rollout of robotaxis is mounting. The GMB and ADCU unions have both said thousands of drivers jobs will be lost and have called for help for those affected.
A critical report from London assembly’s transport committee this week called for the government to devolve authority over autonomous taxi services.
It said there was “considerable uncertainty about many of the claimed benefits of autonomous passenger vehicles”, and fears over the impact on public transport and congestion, as well as safeguarding and accessibility for disabled passengers.
There has been no official application to launch passenger services in Manchester so far, and the vehicles are operating under government licence via the Driver and Vehicle Standards Agency (DVSA) and the Department for Transport.
A spokesperson for Transport for Greater Manchester said it wanted the city’s taxis to be the safest in the country.
after newsletter promotion
“New technologies play an increasingly important role in the growth of our city region,” they said. “But they need to be introduced responsibly, safely and with real thought about what it means for our residents.
“Although no applications have been made to operate driverless taxis in the Greater Manchester, we’re aware of potential interest from companies to do so.
“Safety will always be our top priority, and we will need strong assurances that no vehicles will operate on our roads that pose any risk to residents.”
Uber said it expected to offering robotaxi trips in as many as 15 cities worldwide by the end of 2026, mainly in the US and the Middle East.
-
Oxford united FC4 weeks agoChris Gunter steps away Wales role to focus on Oxford United
-
Oxford University3 weeks agoNew to the Oxford English Dictionary this September
-
Oxford united FC1 week agoLIVE: Exeter City vs Oxford United – Jersey Mike's Trophy group stage
-
Traffic & Transport2 weeks agoHow poor public transport policy is putting the brake on cities | Road transport
-
Student Life3 weeks agoOxford partnership allows OpenAI to use rare Bodleian texts to train ChatGPT
-
Traffic & Transport2 weeks agoWhy should I have to pay more for buses if I don’t use a smartphone? | Bus fares
-
Oxford united FC2 weeks agoNorthern Ireland fans laud Oxford United defender Ciaron Brown
-
Oxford Events4 weeks agoFour days of equestrian spectacle at 2026 Blenheim Palace International Horse Trials
