UK Modern Industrial Strategy: How Advanced Manufacturing Reshapes Competitiveness by 2035

UK Modern Industrial Strategy: How Advanced Manufacturing Is Reshaping Competitiveness by 2035

In April 2025, the UK government officially released the Advanced Manufacturing Sector Plan, proposing to make the UK the world's leading investment destination for advanced manufacturing by 2035, and to nearly double annual business investment in the sector from £21 billion to £39 billion. The plan is the first major sector document under the Modern Industrial Strategy launched last year, and its significance goes far beyond a routine policy update—it marks the UK's shift from a defensive policy stance following deindustrialization to a proactive reindustrialization route driven by technological innovation and frontier industries.

From Horizontal Sprawl to Frontier Focus: A Paradigm Shift in Industrial Strategy

UK industrial policy has long oscillated between "horizontal intervention" and "vertical selection." The 2017 Industrial Strategy White Paper proposed "Grand Challenges," but subsidy allocation was fragmented; the 2021 Innovation Strategy emphasized R&D investment, yet lacked linkages to manufacturing deployment. The biggest change in the new sector plan is that it explicitly concentrates resources on six "frontier industries": automotive, batteries, aerospace, space, advanced materials, and agri-tech. Each industry has set funding scales and KPIs. For example, the automotive industry will receive £2 billion in capital and R&D support through the DRIVE35 project, targeting production of over 1.3 million vehicles by 2035; the Aerospace Technology Institute programme has been extended to 2035 with funding of £2.3 billion.

This focus strategy aligns with mainstream international industrial policy trends. The U.S. CHIPS and Science Act, the EU's Critical Raw Materials Act, and the Net-Zero Industry Act all adopt similar "selective industrial policies." By narrowing strategic emerging industries to a handful of areas where it already has comparative advantages, the UK's sector plan aims to avoid resource dilution and create replicable growth stories.

Energy Costs: The Achilles' Heel of Manufacturing Competitiveness

The most operational part of the plan is energy cost reform for high-energy-consumption manufacturing. UK industrial electricity prices have long been significantly higher than in the EU, a structural disadvantage that has eroded profit margins in steel, chemicals, ceramics, and other industries. The newly established British Industrial Competitiveness Scheme will, from 2027 to 2030, cut electricity costs by approximately £35–40/MWh for the most energy-intensive manufacturers and increase network compensation by 90%. At the same time, the strengthened British Industry Supercharger, the Connections Accelerator Service for grid acceleration, and the expansion of corporate power purchase agreements (PPAs) all aim to reduce manufacturing energy costs at the system level.The combination of energy policy and supply chain resilience deserves attention. The plan commits to publishing a critical minerals strategy and a steel strategy, and to tracking the resilience of key supply chains through a new Supply Chain Centre. This indicates that the UK has realized that the revival of manufacturing depends not only on domestic policy, but also on secure positioning in the global competition for resources.

Capital Markets and the "Valley of Death": Redesigning the Capital Architecture

For a long time, the UK has had a world-leading scientific base in R&D investment, but its commercialization efficiency lags behind that of the United States and China. The new plan attempts to bridge the "valley of death" from laboratory to factory with multi-layered capital instruments. The National Wealth Fund provides £27.8 billion in public capital to leverage private investment; the British Business Bank has committed £4 billion in "Industrial Strategy growth capital," with individual equity checks for capital-intensive enterprises ranging from £40 million to £60 million; and UK Export Finance provides £80 billion in export credit support, along with new loan guarantees for domestic suppliers in export chains.

These instruments echo R&D funding. The plan provides up to £4.3 billion for advanced manufacturing, including £2.8 billion for R&D projects over the next five years, covering the expansion of the "Made Smarter" program, £99 million in technology adoption support for small and medium-sized enterprises, and a new £40 million network of robotics adoption centers. This combination of "public seed capital + patient capital + export guarantees" attempts to remedy the chronic problem of the UK financial system's "lack of patience" for manufacturing.

Regional Clusters and the "Levelling Up" Agenda: Letting Manufacturing Rebuild Local Economies

Another distinctive feature of the plan is its strong regional dimension. 84% of manufacturing jobs are located outside London and the South East, making advanced manufacturing a core lever for the UK's regional rebalancing (Levelling Up). The government has announced £160 million in ten-year funding for each advanced manufacturing Investment Zone, piloted electric vehicle supply chain clusters in the North East and the West Midlands, and is preparing land for major projects through the Strategic Sites Accelerator.From the space and aerospace clusters in the Central Belt, to the automotive, battery, and space industries in the Northeast, to the automotive and agri-tech industries in the West Midlands, the aviation and advanced materials in South Yorkshire, and the industrial clusters in Belfast City Region, the plan attempts to integrate fragmented local strengths into national strategic pillars. This "from local to national" approach resembles the EU's "industrial cluster" strategy, but places greater emphasis on Mayoral Combined Authorities as the delivery vehicle. However, differences in local implementation capacity may become the biggest variable in the plan's rollout.

The logic behind selecting frontier industries: what the UK can do, and can do at the global frontier

The selection of the six frontier industries was not arbitrary. In automotive, the UK possesses Formula 1-level engineering capability and globally leading electrification R&D. In batteries, the Faraday Battery Innovation Programme has been funded with £452 million through to 2030, with plans to achieve 23–27 GW of grid-scale energy storage by 2030. In aerospace, the replacement cycle of ultra-efficient narrow-body aircraft offers opportunities for the UK supply chain. In space, the plan targets five capability areas including satellite communications and in-orbit servicing. Advanced materials address the dual needs of defence and clean energy. Agri-tech serves the UK's £147 billion agri-food industry chain.

These industries all share the characteristics of being knowledge-intensive, high-value-added, and supported by growing global demand. But the risk is that each faces international competition: the automotive industry confronts the rise of Chinese electric vehicles, the battery industry faces the technological dominance of the US and China, and the aerospace industry faces supply-chain lock-in by Airbus and Boeing. The UK's comparative advantages lie in its basic research, rule-making capacity, and financial centre status, but whether these can be converted into advantages in large-scale manufacturing remains uncertain.

Execution risks: policy continuity, bureaucratic efficiency, and skills gaps

The plan's biggest challenge lies in delivery. The new strategy explicitly names senior leads for each policy stream, and the Industrial Strategy Council will monitor progress through six key indicators: exports, business investment, gross value added, productivity growth, labour income, and the number of large domestic firms. However, uncertainty in the UK political cycle could affect policy continuity. Since 2016, the UK has had five prime ministers and six business secretaries, and the industrial strategy has been repeatedly revised. Such instability has weakened businesses' confidence in long-term investment.

Moreover, the skills gap remains a hard constraint on manufacturing expansion. Although the plan commits more than £100 million to engineering skills, shortened apprenticeships, and an "upskilling and reskilling programme," the annual skills shortages facing manufacturing are likely to far exceed what current funding can cover. Women's share of the manufacturing workforce is low, and the plan sets a target of 35% by 2035, which will require a cultural shift.

Conclusion: a clearer runway, but the plane must land itself For businesses and investors, the greatest value of this sector plan lies in the predictability and sense of direction it provides: energy costs are expected to trend downward, funding instruments will become more diversified, and regional policies will be more targeted. It weaves public policy, private capital, and industrial demand into a "growth narrative." But the breadth of the strategy is also a risk—six frontier industries and dozens of policy instruments, without prioritization and cross-departmental coordination, could fall into the trap of "having a little of everything but mastering none."

As the plan suggests, the government has laid a smoother runway for advanced manufacturing, but the actual takeoff still requires companies' own technological iteration, supply chain integration, and global market expansion. Whether the UK can double business investment by 2035 as desired depends on policy stability, energy price trends, global demand recovery, and shifts in the geopolitical landscape over the next decade. The only certainty is that advanced manufacturing has become the absolute core of the UK's industrial strategy—and that in itself is a profound shift.

(This article is based on the Advanced Manufacturing Sector Plan released by the UK government in April 2025 and analysis of public information. It does not constitute any investment advice.)