QinetiQ introduces an advanced additive manufacturing workshop to speed up repairs and strengthen the future of naval engineering
Faslane, Scotland, 30 June 2026 – Additive manufacturing is changing the way critical equipment is repaired, and the latest example comes from the United Kingdom’s naval sector. QinetiQ has launched a new 3D printing workshop at HM Naval Base Clyde in Faslane, bringing advanced manufacturing directly to the dockside. The initiative is designed to reduce repair times, improve operational readiness, and modernize submarine maintenance through digital manufacturing technologies.
The new facility is built around QinetiQ’s Additive Manufacturing All In One solution, which combines 3D printing, 3D scanning, reverse engineering, component inspection, and digital design within a single mobile workshop. Instead of waiting weeks or even months for replacement parts to arrive through traditional supply chains, engineers can now manufacture many components on site whenever they are needed.
The workshop will support the maintenance of the Royal Navy’s submarine fleet by enabling engineers and Royal Navy personnel to produce replacement parts directly at the naval base. For more advanced components, QinetiQ will work with an accredited network of British additive manufacturing companies that specialize in high precision engineering. This approach combines local production with industry expertise, creating a faster and more flexible maintenance system.
One of the biggest advantages of additive manufacturing is its ability to shorten repair cycles. Earlier this year, QinetiQ demonstrated this capability during maintenance work on HMS Anson in Australia, where critical replacement components were designed, manufactured, and delivered in just four weeks. This significantly reduced delays compared with conventional manufacturing and supply chain processes.
The technology goes far beyond simply printing parts. Engineers first scan existing components, create accurate digital models, reverse engineer damaged or obsolete parts when required, and then manufacture certified replacements using advanced materials and quality inspection processes. This digital workflow improves accuracy while making it easier to maintain aging equipment whose original parts may no longer be readily available.
The introduction of on site additive manufacturing also reflects a broader shift in industrial operations. Organizations across aerospace, defense, manufacturing, healthcare, and energy are increasingly adopting digital manufacturing technologies to reduce downtime, lower inventory costs, and build more resilient supply chains. Producing components where and when they are needed helps organizations respond more quickly to maintenance requirements while minimizing logistical challenges.
Beyond operational efficiency, additive manufacturing supports greater sustainability by reducing material waste and limiting the transportation of replacement parts. Digital inventories can replace large physical stockpiles, allowing organizations to manufacture components only when demand arises. This not only improves efficiency but also supports more sustainable production practices.
As industries continue embracing advanced manufacturing, facilities like the new workshop at Faslane demonstrate how 3D printing is becoming an essential tool for maintaining complex assets. By combining digital engineering, rapid production, and advanced quality assurance, additive manufacturing is helping organizations modernize maintenance operations and prepare for the future of industrial innovation.
