Dependable manufacturing for civil aerospace

RLC manufactures complex propulsion hardware for the world’s largest civil aerospace programmes. RLC’s integrated manufacturing model combines machining, processing, treatments, inspection and programme support to help protect quality, delivery and long-term supply.

RLC produces high-complexity titanium blisks and integrally bladed rotors for modern engine architectures. These components require tightly controlled aerofoil geometry, advanced multi-axis machining, special chemical processes and treatments as well as extremely precise dimensional verification.

RLC supports major civil propulsion programmes with precision titanium fan blade components. Capability includes wide chord fan blades and solid fan blades, as well as the controlled machining, processing and inspection routes these parts require.

RLC manufactures complex aluminium and titanium guide vane components for airflow control and structural performance within engine systems. Each component requires accurate aerofoil profiling, consistent surface finishing and repeatable machining control. RLC also provides the associated treatment, painting and complex assembly solutions required.

RLC supplies annulus filler components as integrated, engine-ready kits. This combines machining, surface processing, seal application, assembly and supply-chain coordination through one controlled route.

RLC provides a combination of repeatable production and controlled variation — including components with complex, multi-operation routings and tiered processing requirements.

RLC supports secondary flight control and high-lift transmission systems through precise components manufacture, specialised surface treatment and functional testing.

RLC supports civil aerospace programmes from early manufacturing input and prototype qualification through serial production and aftermarket supply. Its programme-led approach also supports mature variants, obsolescence management and long-term fleet sustainment.

We provide early ‘design for manufacture’ input to help shape practical process routes, tooling and inspection plans before production begins. This helps customers identify potential production risks early, improve manufacturability and prepare components for qualification and future volume demand.

We support low-rate initial production, process validation and programme readiness as demand increases. Our teams help customers move from approved prototypes and qualification hardware into repeatable production with clear process control and supply visibility.

We deliver controlled, repeatable manufacture supported by traceability, inspection and defined supply-chain management. This gives programme teams confidence that components can be supplied consistently as production rates increase or customer demand changes.

We help maintain stable supply, manage programme changes and protect quality across established production requirements. This includes maintaining process knowledge, managing revisions and supporting long-running platforms where continuity matters.

We support spares, repairs, obsolescence management and legacy fleet sustainment for long-running civil aerospace programmes. This helps customers protect availability, retain technical knowledge and maintain support for components that remain operational long after initial production ends.