Valencia Commuter Trains to Increase Capacity by 30% with New Fleet

Renfe is introducing 41 Civia S465 trains for lines C-1, C-2, and C-6, enhancing comfort and accessibility.

Generic image of a train station with tracks.
IA

Generic image of a train station with tracks.

The Ministry of Transport has announced a 30% increase in capacity for Valencia's electrified commuter train lines by replacing the current fleet with more modern trains.

The new fleet, comprising 41 Civia series 465 train units, will progressively replace the 34 Series 447 and seven Series 464 trains currently operating on lines C-1, C-2, and C-6. These new vehicles are Renfe's most modern for commuter services and offer superior capacity, with each unit consisting of five cars compared to the S447's three.
The introduction of these 41 trains will occur after the vehicles undergo a zero-point reset, focusing on improving passenger comfort and amenities. The Ministry anticipates that 22 new vehicles will be operational by the end of this year, with an additional 19 gradually being added throughout 2027.
The new compositions will bolster services on lines C-1 (València-Gandia), C-2 (València-Xàtiva-Moixent), and C-6 (València-Castelló), significantly increasing daily passenger capacity. The fleet modernization will bring substantial benefits in reliability, capacity, comfort, and accessibility, while also reducing the average age of the rolling stock.
The Series 447, which began operating in the early nineties, had a capacity of 549 passengers. The seven Series 464 trains, part of the Civia family, had 600 seats. The new Civia S465 trains, developed to meet increased demand in metropolitan areas, are noted for their modularity, accessibility, and capacity, accommodating up to 748 passengers and facilitating access for individuals with reduced mobility through low-floor cars level with the platform.
Through this fleet rejuvenation, Renfe reaffirms its commitment to the continuous improvement of commuter services and to more sustainable, accessible, and efficient mobility.