HS2 automated people mover
| HS2 automated people mover | |
|---|---|
| Overview | |
| Locale | Solihull, United Kingdom |
| Transit type | Automated guideway transit/people mover |
| Number of stations | 4 |
| Operation | |
| Operation will start | 2029 |
| Character | Elevated viaduct |
| Number of vehicles | 4 |
| Headway | 3 minutes |
| Technical | |
| System length | 2.2 km (1.4 miles) |
| No. of tracks | Twin and single track sections |
The HS2 automated people mover is a planned automated people mover (APM) in Solihull, England being built in conjunction with the High Speed 2 project in order to improve connections between HS2's upcoming Interchange station, Birmingham Airport, and other rail and community infrastructure.
History
[edit]Renderings of the people mover were revealed in July 2019 and Schedule 17 approval was granted in 2020.[1] Revised plans for the people mover were submitted to Solihull Council on 3 February 2022, with the altered alignment of an approximately 815 m (2,674 ft) section, developed in conjunction with the Urban Growth Company (of Solihull Council). This would allow for possible future commercial developments, a proposed redevelopment of Birmingham International railway station, as well as including additional planting and artwork. These plans were approved on 29 April 2022. [2][3][4]
The contract for the design, supply, operation and maintenance (for 25 years) of the APM system worth up to £270 million is expected to be awarded in 2024. A separate contract for its construction worth up to £150 million will be awarded in 2026.[5][6][7]
Specification
[edit]The route is elevated throughout on a viaduct and is 2.2 km (1.4 miles) long. The eastern terminus of the proposed route is Birmingham Interchange, a station on High Speed 2. The line will run west to Birmingham Airport with intermediate stops at the National Exhibition Centre and Birmingham International railway station, a stop on the West Coast Main Line.[2]
The viaduct will be made of weathering steel, supported on reinforced concrete columns 6–14 m (20–46 ft) high, and will cross the M42 motorway, the West Coast Main Line, Pendigo lake (an artificial lake near the National Exhibition Centre), roads leading to the airport and other local roads. As the system will be automated, a walkway will be provided along the length of the route for emergency and trackside access.[8]
A maintenance facility will be built close to the main viaduct next to the M42 motorway.
Although sections are double tracked at intermediate stops and to allow passing, significant sections of the route are single tracked in a pinched loop configuration. Structures are being built to allow for both self-propelled and cable-pulled people movers to provide future flexibility in operation and for tenders.[9]
Services are expected to use approximately 20 m (66 ft) vehicles, running every three minutes and will take six minutes end-to-end between Birmingham Airport and Interchange station, with a throughput capacity of 2,100 passengers per hour in each direction.[2] To support these frequencies, a minimum of four vehicles will be in operation at any one time.
Platforms, which will be 36–40 m (118–131 ft) long, will be covered by insulated steel canopies, which will incorporate lighting, and will have platform screen doors. Most stops will include a number of lifts and escalators owing to the elevated nature of the people mover.[10]
Design
[edit]Due to its sensitive surroundings, the visual depth of the viaduct was considered and reduced such as through reducing the depth of the walkway, placing its beams alongside the track. The initial proposal for a concrete deck was dropped in favour of support from the steelwork itself with grating, saving more than approximately 10,000 m3 (350,000 cu ft) of concrete. The viaduct will have 40 m (130 ft) spans, increasing to 70 m (230 ft) over the M42 motorway and West Coast Main Line.[9]
All stops will incorporate common design elements through the route such as through lifts, escalators, and platform design. They will also incorporate a different coloured structural ribbon at each stop, wrapping through from the entrances to the platforms, to aid way-finding and for weather protection. [9]
References
[edit]- ^ Prior, Grant (16 July 2019). "HS2 unveils plans for "people mover" on new viaduct". Construction Enquirer. Retrieved 7 February 2022.
- ^ a b c White, Chloe (7 February 2022). "Birmingham Airport, new designs for shuttle from HS2's Interchange Station". Rail Advent. Retrieved 7 February 2022.
- ^ Clinnick, Richard (6 February 2022). "Plans for HS2 automated people mover confirmed". International Railway Journal. Retrieved 7 February 2022.
- ^ "PL/2022/00206/HS2DIS | Plans and Specifications submission under Schedule 17 to the High Speed Rail (London-West Midlands) Act 2017 for works comprising the construction of circa 815m section (realignment of approved scheme) of an automated people mover system on an elevated viaduct together with one no. station stop at Birmingham International Rail Station, and associated works. | Land And Buildings At The National Exhibition Centre, Birmingham International Rail Station And Birmingham Airport". publicaccess.solihull.gov.uk. Retrieved 6 July 2022.
- ^ "HS2 launches procurement process for Automated People Mover at Interchange Station in Solihull". HS2 News and Information. 11 July 2023. Retrieved 12 July 2023.
- ^ Johnson, Thomas (11 July 2023). "HS2 starts £270M procurement for Automated People Mover in West Midlands". New Civil Engineer. Retrieved 12 July 2023.
- ^ Pitcher, Greg (18 July 2023). "HS2: £150M Birmingham people mover deal on the horizon". Ground Engineering (GE). Retrieved 18 July 2023.
- ^ "HS2's automated people mover: the latest in a rich legacy". RailInsider. 7 February 2022. Retrieved 6 July 2022.
- ^ a b c "The slowest part of HS2 - The design of HS2 automated people mover". HS2 Learning Legacy. Retrieved 6 July 2022.
- ^ "APPLICATION REFERENCE: PL/2020/00291/HS2DIS". Solihull Council (Planning application for revised scheme). Archived from the original (PDF) on 19 January 2021. Retrieved 6 July 2022.