How Talgo became Europe’s go-to intercity train maker

May 10, 2026

Talgo 230 running gear for DB on display: two independent wheels, no axle, the design four European buyers have ordered. Photo: Pablo Lopez Estape via Wikimedia Commons.

Four European buyers have chosen the same Spanish train for long-distance routes on conventional track, each without consulting the others. The train filled a gap no other manufacturer had a product for, and it has made one company central to Europe’s new intercity fleet.

DB, DSB, FlixTrain and Sweden’s transport administration Trafikverket have all ordered Talgo 230, a lightweight intercity train hauled by a separate locomotive. Talgo’s order book stood at EUR 6.2bn in mid-2026, and the company has said it must double production to deliver it.

The trains run at up to 230 km/h on existing lines, often across borders. Every set is built at one of two Talgo plants in Spain, Rivabellosa in the Basque province of Álava and Las Matas outside Madrid.

A design from 1941

In 1940, Basque engineer Alejandro Goicoechea began working on a train that would be light enough to be cheap and low enough to board easily. He patented the design in 1941. The company took its name from him and from the Oriol family that financed it: Tren Articulado Ligero Goicoechea Oriol.

A conventional carriage rests on two four-wheel bogies. A Talgo carriage shares a single set of independent wheels with the next one, so the train becomes a chain of short, light, low cars. The floor on DB’s version sits at 760 mm, level with standard German platforms.

The same thinking produced Talgo’s variable-gauge running gear, which lets a train change track width without stopping for long. A Talgo set ran between Barcelona and Geneva in 1969, crossing from Iberian to standard gauge with passengers on board. The principle has not changed since.

The gap Talgo 230 fills

Europe’s long-distance intercity segment covers journeys of four to 15 hours on conventional infrastructure, at 200–230 km/h, often through two or more countries. For years it had no obvious train.

High-speed sets need dedicated lines and approval processes in each country they enter, which can take years. Conventional coaching stock lacks the flexibility to cross borders easily. Power supply and signalling still differ from one national network to the next, which is the problem the EU’s common signalling system is meant to solve over time.

A locomotive-hauled train handles that difference in its own way. The locomotive can be changed at the border while passengers stay seated, and the carriages need fewer separate approvals than an integrated trainset. Each country of use still requires its own authorisation. On the long-distance corridors the EU has mapped, that made Talgo 230 the product that fitted, at a price competitors did not match.

Four buyers, four separate decisions

The orders came over seven years, from buyers with different business models:

DB – signed a framework contract in 2019 for up to 100 sets, which it calls ICE L, and has since cut its firm order to 60. The trains are due on a direct Oslo–Berlin service from 2028.
DSB – ordered 16 sets under a framework worth around EUR 500m and has run them on Copenhagen–Hamburg since November 2025.
FlixTrain – contracted up to 65 sets in 2025, in a deal worth up to EUR 2.4bn including maintenance.
Trafikverket – signed in April 2026 for 20 sets, nine day trains and 11 night trains, plus 10 Siemens Vectron locomotives, at roughly EUR 756m. The administration owns the trains and leases them to whoever operates the services.

No coordinating body chose the platform. Each buyer reached the same answer to the same question.

VHS won the home video market on similar terms. It was good enough, available and cheaper than the alternative.

One maker, one balance sheet

VHS did not stay a single-company format. Once it won, manufacturers from Sony to Panasonic to JVC built VHS machines, and competition drove prices down.

Talgo 230 works differently. The design is Talgo’s, the sets are built in Talgo’s two plants, and no other manufacturer produces or maintains them. Every buyer depends on the same factory capacity and the same finances.

That dependence shows in operation. DSB put its sets into service without a reserve fleet, and its own figures show them running under 2,000 km between failures in January 2026 and over 4,600 km in February.

What the Avril fleet shows

Talgo’s high-speed Avril is a different product, and the Talgo 230 does not use its bogie. It is still the clearest record of what happens when the company cannot deliver.

Deliveries to Renfe ran years late, and cracks in the bogies took sets out of service from July 2025. Under a settlement reported in July 2026, Renfe pays EUR 132m to convert its 15 fixed-gauge sets to variable gauge. Talgo starts paying its EUR 116m penalty for late delivery in 2032, after its restructured bank debt falls due.

In that case a state-owned buyer paid for the fix. The same supplier now carries the Talgo 230 orders from Denmark, Germany and Sweden.

Who stands behind the company

The Spanish state treats Talgo as strategic. In August 2024 the Spanish government refused to authorise a EUR 619m bid for all of Talgo from a Hungarian consortium, citing strategic interests and national security.

A Basque consortium led by José Antonio Jainaga, owner of steelmaker Sidenor, with the Basque government and two banking foundations, then bought just under 30% of the company. The state holding company SEPI subscribed a EUR 45m capital increase for 7.9% of the shares, and Talgo signed a EUR 770m syndicated financing with a EUR 500m guarantee line.

The EU has built tools such as the Foreign Subsidies Regulation to limit dependence on state-backed suppliers from outside Europe. Europe’s intercity buyers have meanwhile placed four fleets with one European supplier. Whether European institutions see that as a risk is not yet clear.

VHS did not win in the cinema. It won in the living room. Talgo does not win on the high-speed corridors – it wins everywhere else, and everywhere else is most of Europe’s rail network.