Track limit at Taboadela junction adds up to 21 minutes to Madrid journeys

Madrid-Galicia high-speed rail is supposed to be the fast, clean spine into the northwest. But one stretch near Ourense is still acting like a choke point — and that’s why some trips to Madrid are now running as much as 21 minutes longer. The problem sits around Taboadela, just before Ourense, where trains hit both a speed restriction and, for some services, a gauge-change stop. Together they turn the last approach into the slow part of a route built for speed. (atlantico.net) ### What exactly is slowing trains down? The big drag is a temporary speed limit on roughly 75 kilometers of line approaching Ourense. That stretch was designed for 300 km/h, but trains are currently capped at 200 km/h because of what Adif has described as a track-alignment defect. On its own, that cut can add more than 10 minutes before trains even reach the city. (atlantico.net) ### Why does Taboadela matter so much? Taboadela is where the network stops being straightforward. Galicia still has a mix of track gauges, so some trains have to pass through a gauge changer there before continuing. That process adds another 3 to 5 minutes in normal operation. It doesn’t sound huge, but when it stacks on top of the speed restriction, it turns one junction into a timetable problem for the whole corridor. (atlantico.net) ### What is a gauge changer, anyway? Spain built parts of its older rail network in Iberian gauge, which is wider than the standard gauge used on newer high-speed lines across most of Europe. A gauge changer lets specially equipped trains roll through and mechanically adjust wheel spacing without making passengers switch trains. Basically, it’s a compatibility fix for a network built in phases — useful, but slower than staying on one uninterrupted high-speed standard the whole way. (ec.europa.eu) ### So why can’t trains just avoid this? Because the clean bypass is not finished yet. Adif’s long-planned Ourense outer bypass — the Taboadela-Seixalbo section — is meant to extend the Madrid-Galicia high-speed line with double electrified standard-gauge track and reduce dependence on the current bottleneck. Work has advanced, including major tunnel and viaduct milestones, but the route is still not fully in service. Until it is, trains keep funneling through the current approach. (adifaltavelocidad.es) ### Has this area caused trouble before? Yes — repeatedly. In January, ice at the Taboadela gauge changer caused delays of around an hour on Galicia-Madrid high-speed services. In April, a train breakdown in Ourense led to more than an hour of knock-on delays on the same corridor. That doesn’t mean every disruption has the same cause, but it does show how little slack there is near Ourense: when something goes wrong there, delays spread fast. (galiciaconfidencial.com) ### Why does this matter beyond a few late trains? Because this is the last critical approach into Galicia’s main high-speed gateway. Outside Galicia, there are far fewer “red flag” points on the Madrid route. So the slowdown near Taboadela stands out — it undercuts the headline promise of high-speed rail right at the finish line, hurts punctuality, and makes published journey times harder to trust. (atlantico.net) ### Is there a political angle here? There is now. By early February, lawmakers from the PP in Ourense were already pressing the government for answers on the causes and duration of temporary speed limits across the province’s rail network. That tells you this has moved beyond a technical nuisance and into a public-accountability fight about when the bottleneck will actually be fixed. (europapress.es) ### Bottom line? The story is simple, even if the infrastructure isn’t. Madrid-Galicia trains are losing time near Ourense because a supposedly high-speed approach is doing two slow things at once — running under a 200 km/h cap and, in some cases, forcing a gauge change at Taboadela. The long-term fix is the Ourense bypass. Until that opens, the last kilometers into Galicia will keep punching above their weight in delays. (atlantico.net)