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  1. Curzon No.3 Viaduct and the Lawley Middleway Viaduct

    21st June 2022

    HS2 has been granted Schedule 17 consent under the HS2 Phase One Act by Birmingham City Council for two viaducts which will take the new high-speed railway into Curzon Street Station in the city centre.

  2. Wendover Burial Ground

    16th June 2022

    The items uncovered are dated to the 5th and 6th century, a period in which there are gaps in historical and archaeological record.

  3. Map

    HS2 Infrastructure Map

    15th June 2022

    The HS2 infrastructure map, including IRP amendments.

  4. Map

    HS2 Service Destination Map

    15th June 2022

    The HS2 service destination map, including IRP amendments.

  5. HS2 Project Update

    14th June 2022

    The HS2 Project Update showcases how we continue to deliver Britain’s new high-speed railway.

  6. Birmingham and Fazeley Canal Viaduct

    6th June 2022

    The Birmingham and Fazeley Canal viaduct is located north of HS2’s Delta Junction, a triangle-shaped series of viaducts that allows HS2 trains to travel between London, the Midlands, and the North.

  7. HS2 Infrastructure Maintenance Depot

    27th May 2022

    Situated half-way between London and Birmingham, the HS2 Infrastructure Maintenance Depot is the main depot for HS2 from which maintenance teams and equipment can reach the entire 312km of track in Phase One.

  8. Balsall Common Viaduct

    26th May 2022

    The HS2 route will be elevated and travel along a viaduct as it passes Balsall Common on the north-eastern side of the existing Network Rail line.

  9. Small Dean Viaduct

    28th April 2022

    The 345m long Small Dean Viaduct, just south of Wendover, will carry the HS2 line across the A413, Small Dean Lane and the Chilterns rail line.

  10. Wendover Dean Viaduct

    6th April 2022

    Located south of the village of Wendover in Buckinghamshire, the 450m-long viaduct will be the first major railway bridge in the UK to be built with a ‘double composite’ structure, using significantly less carbon-intensive concrete and steel.