Cardiff East

Park and Ride

Welcome

Welcome to our proposals for the redevelopment of Cardiff East Park and Ride.

Curtis Hall Ltd are submitting a planning application to Cardiff City Council and welcome your feedback on the proposals presented here.

All the documents relating to the application can be found below, alongside a summary of the proposals.

The Site

The site covers the existing Cardiff Park and Ride East in Llanrumney, Cardiff. The existing Park and Ride contains approximately 1,000 car parking spaces, as well bus drop-off and pick-up points, and an office/ amenity building.

It is accessed from the A48 (Eastern Avenue).

Aerial View of the Site

The Proposals

The proposals aim to change the existing park and ride facility by providing:
  • New data centre use
  • A new bridge relief road linking the A48 Eastern Avenue with Llanrumney
  • Landscape improvements including outdoor amenity space and seating areas
  • Improved access along the Rhymney Trail for walking and cycling.
In summary, the key benefits are:
  • Reducing congestion in nearby areas
  • Landscaping enhancements to provide recreational uses for the Rhymney Trail for walking and cycling
  • Local jobs provided through the construction of the site
  • Improved connections to the surrounding area via the new link road, which will have access for pedestrians and cyclists
  • Engineering works to reduce the existing flood risk designation of the site

If you would like to view the proposals in more detail, all relevant drawings, reports and supplementary supporting documents for the planning application are available for review online below.

If you are unable to access the documents electronically, you may request copies of this information by emailing amerriman@Iceniprojects.com

If you would like to make any comments on the proposals, you will have until 04 January 2026. Please e-mail your comments to the email address above, alternatively please download the attached form, and send them to Da Vinci House, 44 Saffron Hill, London EC1N 8FH.