Beaulieu Park station, being developed in Chelmsford, UK, will be the first railway station to be built on the Great Eastern Mainline in more than 100 years. It is being developed by Network Rail, a ...

Beaulieu Park station in Chelmsford will be the first new station on the Great Eastern mainline, between London and Norwich, for more than 100 years.

Beaulieu Park station in Chelmsford will be the first new railway station on the Great Eastern mainline for 100 years. Work on the site near the Boreham Interchange, a roundabout system linking ...

Beaulieu Park Station in Chelmsford, Essex, will become the first new station on the Great Eastern Mainline in more than 100 years when it opens in 2026. By Casey Cooper-Fiske, News Reporter.

There will be a new car park, bus interchange and taxi ranks too Credit: Network Rail. Essex County Council secured funding of £252million in total, to develop the Beaulieu Park estate in Chelmsford.

Beaulieu Park School in Chelmsford is the main school for people living in the growing Beaulieu Park estate that when ...

The new Beaulieu railway station which is being designed to support the wider economic development of Chelmsford will comprise of a three-platform station arrangement as well as cycleways ...

A new video shows the continued development of a brand-new railway station being constructed in central Essex. The Beaulieu Park Station, to the north of Chelmsford, is part of a substantial ...

The long-awaited construction of a new railway station in Essex, UK, has taken a step forward with the awarding of the second of two construction contracts by Network Rail.. The £124m contract for ...

East Anglia’s largest privately-owned housebuilder Hopkins Homes has submitted a reserved matters application to provide a 246-home development at Beaulieu, in Chelmsford, Essex. The development will ...

The new railway station would be built on the northern edge of the city, between the existing city centre station and Hatfield Peverel's station Building a city's second railway station is due to ...