IN Brief:
- Ten contractors have been aligned with NHS trusts for the first £14bn tranche of New Hospital Programme work.
- Seven RAAC-affected hospitals are being prioritised because they cannot safely operate beyond 2030.
- The wave will use the standardised Hospital 2.0 design approach, increasing demand for repeatable healthcare construction delivery.
The New Hospital Programme has paired ten contractors with NHS trusts for the first £14bn wave of hospital rebuilding work, moving one of the UK’s largest public building pipelines closer to delivery.
Seven reinforced autoclaved aerated concrete-affected hospitals sit at the front of the programme, after reviews concluded the existing buildings could not safely operate beyond 2030. Those schemes will be completely rebuilt using the government’s Hospital 2.0 approach, which is intended to standardise design, repeat common elements, and reduce the bespoke procurement that has slowed previous healthcare projects.
Skanska has secured the strongest early position, being lined up for both the James Paget Hospital rebuild in Great Yarmouth and the Queen Elizabeth Hospital project in King’s Lynn. Morgan Sindall has been paired with Milton Keynes University Hospital, while the remaining contractors will now move into more detailed engagement with their appointed trusts.
The allocation takes the programme beyond the broader alliance structure set out when the Hospital 2.0 Alliance appointed ten contractors. That earlier procurement step established the contractor pool; the latest pairing begins to attach delivery responsibility to named hospital projects.
RAAC gives the first wave a harder edge than a conventional public-sector pipeline. Existing estates need to remain operational while clinical teams manage ageing buildings, safety constraints, decant requirements, and temporary works. Contractors will not simply be delivering replacement buildings on empty sites. They will be working around live healthcare operations, service continuity, enabling works, demolition, and migration of clinical functions.
Hospital 2.0 is designed to reduce some of that risk through repeatable components and standardised planning. In principle, the approach should shorten design periods, give suppliers earlier visibility, and reduce the number of one-off technical decisions made on each scheme. In practice, standardisation will still need to absorb local site conditions, existing hospital layouts, utility constraints, clinical adjacency, and planning requirements.
The first wave is likely to generate strong demand across structural frames, façade systems, MEP packages, fire safety, digital building systems, medical fit-out, temporary accommodation, and enabling works. Specialist contractors with healthcare experience will be well placed, particularly where they can demonstrate repeat delivery, compliance discipline, and the ability to work under strict governance.
Healthcare construction remains attractive because public-sector demand is visible and technically complex, but the margins are rarely comfortable. Labour pressure, materials pricing, and risk transfer all sit behind the headline value. Programme dates are also politically visible, especially where existing RAAC buildings have already been identified as a safety concern.
The first £14bn wave will test whether the alliance model can convert standardised design into faster construction without pushing complexity down the supply chain. If the early schemes hold their programme, Hospital 2.0 could become a more repeatable model for major public buildings. If they drift, the sector will be left with familiar problems under a new procurement label.
