Delivery, sequencing and conclusion
The programme is structured so that meaningful delivery can begin immediately, using infrastructure and procurement processes that do not require the lengthy planning consents, Transport and Works Act Orders and utility diversions that new-build tram routes demand. Passengers see improvements within twelve to eighteen months of a decision to proceed. The one precondition is institutional rather than physical, a partnership with Great British Railways, and it is the first thing to secure.
The enabling first step: a partnership with Great British Railways
Almost every lever Phase 1 pulls, unified branding, integrated ticketing and fares, metro-standard frequency, service patterns, and the alignment of electrification and station investment on the existing corridors, sits today with the national railway rather than with West Yorkshire. Delivering the Weaver Metro therefore depends on an institutional step that comes before the works: a partnership agreement between the Combined Authority and Great British Railways.
The Government's railway reform, set out in the Railways Bill, brings track and train together under Great British Railways (GBR) as a single directing mind for the network. The guidance published to explain the Bill sets out how mayoral and regional authorities are to work in statutory partnership with GBR over the local railway, covering the specification of services, fares and ticketing, branding, and integration with wider local transport. The English Devolution Bill runs in the same direction, deepening the transport powers of mayoral strategic authorities such as West Yorkshire and strengthening their standing to hold such an agreement.
For this proposal, that partnership is the key that unlocks the rest. It gives the Combined Authority the standing to set the metro standard on the seven Phase 1 corridors, to bring them under a single Weaver identity, timetable and ticket, and to align the electrification and station investment already committed through the Transpennine Route Upgrade and Northern Powerhouse Rail. The individual works can be built without it, but they cannot be operated as one metro.
Indicative programme
The defining characteristic of the sequence below is that upgraded stations, new rolling stock and metro-frequency operation on existing corridors are visible, rideable outputs that do not depend on the completion of any new-build element.
| Period | Activity |
|---|---|
| 2026 | Partnership agreement with Great British Railways sought as the enabling first step, using the framework set out for the Railways Bill and the powers of the English Devolution Bill. |
| 2026 Q4 | Rolling stock lease negotiation opened. Airport spur feasibility study commissioned. |
| 2027 | Electrification works begin. Station upgrades commence. Airport spur feasibility complete. |
| 2028 | First upgraded stations open. Electrification visibly underway. L1 planning consent sought. |
| 2028 to 2029 | Phase 1 services operational on the Calder Valley, Horsforth and Wakefield corridors. |
| 2029 to 2030 | Phase 1 fully operational across all seven corridors. |
| 2029 to 2031 | L1 and wider Phase 2 construction underway. |
| 2032 to 2034 | Phase 2 services operational. |
Deliverability
Phase 1 at £231.2m is evidenced against well-understood markets: an established rolling stock leasing market, standard electrification contracts benchmarked to published RIA rates, and established Network Rail station design guidance. It requires no Transport and Works Act Order, no compulsory purchase and no utility diversion, because it lays no new track.
The sequencing is itself the principal risk control. Phase 1 delivers benefits and builds ridership on the corridors that Phase 2 will connect, while Phase 2 design matures and its cost ranges narrow. If Phase 2 elements prove more expensive than estimated, the network already exists and functions.
Value for money
Any Strategic Outline Case submitted to the Department for Transport will be evaluated against HM Treasury Green Book methodology through the DfT WebTAG appraisal framework. The key metrics are connectivity, deliverability and value for money expressed as a Benefit Cost Ratio, with DfT classifying schemes above 2.0 as good value.
- Connectivity, new journey opportunities created. Phase 1 serves every community currently on the seven corridors at metro frequency with integrated ticketing and coherent branding from the moment it is operational. Phase 2 adds Seacroft, Belle Isle, Laisterdyke, Armley, Elland Road and the airport.
- Deliverability, proven procurement markets, no new track in Phase 1, and bounded rather than linear risk in the uncertain elements of Phase 2.
- Value for money, a Benefit Cost Ratio above 2.0 is classed as good value by the DfT.
The BCR for Phase 1 alone, electrification, rolling stock and station upgrades on seven existing corridors, is expected to be strong. The capital requirement is modest relative to the achievable ridership gain, and comparable programmes such as the London Overground rebranding demonstrate that metro-style operation of existing rail generates demand uplift above what service quality improvements alone would predict. The structural characteristics, low capital cost, high connectivity gain, low programme risk and rapid delivery, indicate a BCR within the high or very high value for money categories.
Conclusion
The Weaver Metro delivers a rapid transit network for Leeds and West Yorkshire in phases, within the £2.1bn funding envelope, with £166m to £236m of headroom across the costed programme.
Phase 1, at £231.2m, requires no new track, no Transport and Works Act Order and no compulsory purchase. It raises seven existing corridors to metro standard through continuous electrification, station upgrades, leased conventional electric multiple units and unified branding and ticketing, and can begin within the current mayoral term.
Phase 2 builds the L1 city centre spine, new stations at Laisterdyke, Armley and Elland Road, tram extensions to Seacroft and Belle Isle, and a direct airport express to the Leeds Bradford Airport terminal, at £1,633m to £1,703m net.
On completion the network serves 51 stations and stops: 25 existing heavy rail stations brought to metro standard in Phase 1, 4 new heavy rail stations built in Phase 2, and 22 tram stops on the three new-build alignments. The methodology follows established precedent, the Docklands Light Railway, Manchester Metrolink Phase 1 and the London Overground each took existing or underused railway infrastructure, upgraded it, unified it under a single identity and connected it through a city centre. In each case ridership exceeded what the physical works alone would have predicted.
Explore the evidence
Every costed figure on this site is drawn from a single versioned data file, and the proposed network is mapped alongside the existing rail geography.