Reflecting on a year of the UK’s modern Industrial Strategy, Stephen Beecher at the University of Sheffield AMRC, explores how the ATI’s latest technology roadmap is moving directly onto the shopfloor with AMRC’s COMPASS facility launch in July.

In industrial development, the true measure of a milestone is rarely the day a strategy is published; it is what happens in the months and years that follow. 

A year ago, the UK industrial landscape was given something it had long been calling for: a long-term clarity of priorities. The UK’s new modern Industrial Strategy and Sector Growth Plans gave advanced manufacturing a vital foundation of policy stability. But as any engineer knows, a foundation is only as good as the structures you build upon it.

For aerospace, the next phase has just arrived. 

The Aerospace Technology Institute’s (ATI)  newly unveiled Engineering Growth strategy shifts our national focus from high-level intent to concrete, generational targets – chief among them the ambition to double the market value of the UK aerospace sector by 2035.

It is a bold vision, driven by a stark reality: global order books are bulging, yet the supply chain is facing an unprecedented squeeze on scale and rate. 

The question defining our decade is no longer just what we want to build to achieve net-zero flight, but how we manufacture it at the ultra-high volumes the global market demands – all while keeping structural mass to an absolute minimum through optimised design and advanced materials to reduce emissions. 

This is where policy has to meet the reality of the shop floor. 

For the AMRC, matching this priority at pace means reshaping our own long-term aerospace roadmap. We are evolving how we support the sector to ensure our research and development (R&D) is a practical engine for addressing real-world manufacturing bottlenecks. 

In July, we will see the ATI’s strategic intent moving onto the AMRC shopfloor. The official opening of our Composites at Speed and Scale (COMPASS) facility marks that pivot point. Backed by ATI, this innovation hub serves as a critical piece of infrastructure, designed to de-risk high-rate composite manufacturing and secure the future of UK aerospace production.

Located within the South Yorkshire Investment Zone, the facility is a cornerstone for advanced manufacturing R&D in the region – jointly funded by the South Yorkshire Mayoral Combined Authority, Sheffield City Council, High Value Manufacturing Catapult and the University of Sheffield – with its state-of-the-art equipment funded by ATI. 

With Boeing as the facility’s first user, the goal for one of their largest R&D programmes globally is simple: enhance on traditional cycle times and compress component processing from days down to hours.

This isn't just about single-programme successes. Our broader mandate at the AMRC is ensuring these advanced manufacturing capabilities are shared across the wider supply chain. If the UK is to secure its place on the next generation of global aircraft structures by the end of the decade, our UK supply chain must be the obvious, competitive choice for global aerospace giants.

Next month, the conversation moves to the Farnborough International Airshow. 

The event remains the essential meeting point where the global aerospace ecosystem – from the smallest SMEs to the global OEMs – comes together to figure out what’s next. 

Right now, that conversation is shifting away from the 'next big idea' and squarely onto the hard reality of how we deliver a high-rate revolution. As part of the High Value Manufacturing Catapult presence on the ATI stand, our focus will be entirely on showing how the AMRC can help the industry adopt new technologies and unlock the volume production needed to secure sustainable, net-zero flight. 

One year on from a reset in industrial policy, the UK aerospace sector has moved past the phase of asking what needs to be done. With the ATI’s new roadmap providing the market coordinates, and innovation facilities like COMPASS bringing the physical capability online, the industry finally has a synchronised flight plan.