CrossCountry Fleet Replacement Strategy: A Phased, Affordable and Scalable Approach
The CrossCountry Voyager fleet has now provided more than two decades of service across Britain's long-distance regional rail network. While the ongoing refurbishment programme will improve the passenger experience and extend the fleet's useful life, the units will approach 35 years of age during the 2030s and remain a diesel-only solution operating across a network with increasing electrification.
At the same time, persistent overcrowding remains one of CrossCountry's biggest challenges. This proposal therefore seeks not simply to replace ageing trains, but to increase capacity, reduce operating costs and support decarbonisation through a phased fleet strategy.
Phase 0: Immediate Capacity Relief (2027)
The first step would be the transfer of the six Class 221 units no longer required by Avanti West Coast into CrossCountry service.
Benefits include:
- Immediate increase in fleet availability.
- Additional seating capacity on busy routes.
- Improved operational resilience.
- Reduced overcrowding ahead of fleet replacement.
- Support for passenger growth during the transition period.
This phase could be delivered relatively quickly and provides an immediate benefit long before any new trains enter service.
Phase 1: Core Fleet Replacement (Order 2028, Complete 2033)
The Voyager fleet would be replaced by:
- 56 x 5-car bi-mode intercity trains.
- Approximately 326 seats per train.
- Performance broadly comparable to modern Class 80x fleets.
- Battery-assisted operation to reduce diesel consumption.
- Designed from the outset for future expansion up to 9 coaches.
Although the new fleet would contain fewer vehicles than the current enlarged Voyager fleet, it would deliver approximately 17% more seating capacity than today's fleet.
Key benefits include:
- Increased passenger capacity.
- Lower fuel consumption.
- Reduced carbon emissions.
- Lower maintenance costs.
- Lower track access costs per seat.
- Improved reliability.
- A single standardised fleet replacing both 4-car and 5-car Voyagers.
The proposal focuses on increasing
capacity per train rather than increasing service frequency, making better use of existing paths on an increasingly congested railway network.
Indicative Delivery Timeline
2027
- Strategic business case development.
- Market engagement with manufacturers.
- DfT approval process.
2028-2029
- Competitive procurement process.
- Submission and evaluation of bids.
- Preferred bidder selected.
- Contract award.
2029-2030
- Detailed design phase.
- Prototype construction.
- Testing and certification.
2030-2033
- Fleet manufacture and delivery.
- Driver and maintainer training.
- Progressive introduction into passenger service.
- Retirement of the Voyager fleet.
This reflects the reality that major rolling stock procurements often require around 18 months to complete procurement and a further three years for manufacturing, testing and fleet entry into service.
Future-Proofed Expansion Options
A key element of the proposal is that future growth is secured through the original contract.
The initial order would include options for:
- Additional complete trainsets.
- Up to 120 additional intermediate vehicles.
This would be sufficient to support future train lengthening and provide a degree of flexibility for any future route enhancements or new services.
Because these vehicles would already be covered by the original procurement contract, future phases could be authorised and delivered significantly faster than undertaking a fresh rolling stock competition.
Phase 2: 15% Passenger Growth Trigger (Estimated 2033-2035)
Should passenger numbers increase by 15%, CrossCountry would exercise an option for:
- 3 additional 5-car trainsets.
This would provide further capacity growth while maintaining a prudent level of initial investment.
Phase 3: 30% Passenger Growth Trigger (Estimated 2036-2038)
Should passenger growth reach 30%, twelve trains would be extended from 5-car to 9-car formations.
This would add:
- 48 additional vehicles.
- Approximately 3,850 additional seats.
Importantly, this would require:
- No additional train paths.
- No increase in service frequency.
- Minimal additional operating resource.
A 9-car train would provide approximately 647 seats, almost matching the capacity of two coupled 5-car trains while requiring fewer vehicles and lower operating costs.
Compared with purchasing twelve additional 5-car trains, lengthening requires:
- 48 vehicles instead of 60.
- No additional train managers or drivers.
- Lower maintenance costs.
- Lower infrastructure costs.
Phase 4: Demand-Led Growth Beyond 30%
For every additional 5% growth achieved beyond the Phase 3 threshold:
- Two further trains would be extended to 9 coaches.
This ensures investment remains closely aligned to actual passenger demand and avoids procuring capacity years before it is required.
Depot Strategy
The new fleet would require dedicated maintenance facilities designed with passive provision for future 9-car operations.
Following withdrawal of the Voyager fleet, facilities such as Central Rivers could potentially be repurposed for use by the new fleet, reducing future infrastructure costs and supporting long-term growth.
Why This Strategy Works
This proposal avoids both under-investment and over-procurement.
It delivers:
- Immediate overcrowding relief.
- Replacement of trains approaching 35 years of age.
- Approximately 17% more seating capacity from Phase 1.
- Lower operating and maintenance costs.
- Reduced diesel consumption and emissions.
- A future-proof fleet based on proven intercity concepts.
- Demand-led expansion rather than speculative investment.
By completion of Phase 3, CrossCountry would have access to approximately 48% more seating capacity than today whilst largely retaining the existing service pattern and making more efficient use of existing railway infrastructure.
The result is a practical, scalable and affordable strategy that addresses overcrowding, supports decarbonisation and provides a clear long-term replacement plan for one of Britain's most important long-distance rail networks.
