Engineering-led technical support for wind turbine components, from fault investigation to repair-route recommendation. Clear, practical guidance to reduce downtime and avoid unnecessary fit-new.
When a component fails, you need more than diagnosis - you need solutions backed by research, data and manufacturing expertise. Our research and development, combining real-world fault investigation with continuous product development and remanufacture innovation.
R&D-led technical support - Our technical services aren't separate from our innovation work - they're led by the same R&D team actively developing new remanufacture routes and refining our product portfolio. Every investigation feeds our research, every failure informs our manufacturing processes.
Research-backed solutions - Through partnerships with NMIS (National Manufacturing Institute Scotland), AMRL (Advanced Manufacturing Research Laboratory), and the University of Strathclyde, we combine field expertise with academic research to solve problems that others classify as "fit new only."
Cross-disciplinary engineering team - Our team includes Mechanical, Electrical, Materials, and Manufacturing Engineers - enabling us to investigate root causes across multiple systems and failure modes, from bearing metallurgy to control system faults.
Data-driven Continuous Improvement - Field data collection and component sampling don't just support one-off repairs - they drive our R&D work, refine our remanufacture Statements of Work, and identify opportunities to develop entirely new remanufacture routes for previously non-serviceable components.
In-house remanufacture integration - Because our R&D team works alongside our active remanufacture operations, we can validate solutions in real-time, test new processes, and ensure recommendations are practical and deliverable.
Investigate & analyse
Cross-disciplinary fault-finding working directly with customers to understand failure context, operational history, and performance expectations.
Collect and sample
Structured data collection and component sampling that feeds both immediate repair decisions and long-term R&D programs.
Engineer solutions
Develop repair routes, remanufacture specifications, or identify alternative component solutions - including NEW remanufactured products developed specifically to solve recurring industry challenges.
Continuous improvement
Analysis of our current product portfolio as part of our continuous improvement program, using field performance data to refine processes and extend component life.
Innovation pipeline
Active development of new technologies and remanufacture routes that will turn tomorrow's "fit new" components into engineered, cost-effective solutions.
Research and development capabilities
Urgent breakdown support prioritised assessment and rapid technical feedback
Repair vs replacement analysis engineer-led recommendations based on component condition, failure mode and operational context
Obsolescence solutions alternative supply routes, compatible replacements, or custom remanufacture for late-life cycle turbines
Root cause investigation cross-disciplinary failure analysis to prevent recurrence
Custom engineering solutions NEW remanufactured products developed to solve specific customer challenges
Remanufacture SOW development data-driven process specifications for reliable, repeatable restoration
We typically support a wide range of wind turbine components, including:
Not sure if we can help? Send us the component details - our R&D-led team will assess feasibility and recommend the most effective route forward.
Award-winning technical and academic collaborations
NMIS (National Manufacturing Institute Scotland) - Collaboration on advanced manufacturing techniques and remanufacture process development.
AMRL (Advanced Manufacturing Research Laboratory) - Research partnership supporting materials analysis, testing, and validation of new remanufacture routes.
University of Strathclyde - Academic collaboration providing access to research expertise, testing facilities, and innovation in manufacturing engineering.
These partnerships enable us to tackle challenges that require research-level investigation, develop new technologies, and validate solutions before they reach your turbines.
What's the difference between R&D and remanufacture?
R&D focuses on diagnosis, investigation, measurement and recommending the best repair route. Remanufacture is the controlled rebuild and restoration process to return a component to agreed specification - informed by our technical data and continuous improvement program.
The key difference: our R&D team isn't just assessing your component - they're using that data to develop better remanufacture solutions for the entire industry.
Can you support urgent breakdowns?
Yes. Our R&D-led team can prioritise critical component failures for rapid assessment, strip-down, and technical feedback. Because we operate in-house remanufacture facilities, we can often validate repair routes and begin work faster than external providers.
Can you solve problems with new remanufactured products?
Yes - this is core to our approach. When we identify recurring failures or obsolescence challenges through customer investigations, our R&D team develops NEW remanufactured products as engineered solutions. We're not just fixing individual components - we're solving industry-wide problems.
How does your data collection support my component repair?
Every component we assess contributes to structured data collection and sampling programs. This immediately informs your repair decision, but also feeds our R&D work to:
Can you handle obsolete components?
Yes - and this is where our R&D partnerships prove valuable. For late-lifecycle turbines where original parts are unavailable, we can:
Get in touch
Our R&D-led team combines fault investigation with product development expertise. Whether you need urgent breakdown support or are looking to solve recurring failures, we'll provide engineering-backed recommendations and practical solutions.
