Business Details
High-Performance Rotary Engines & Propulsion Systems
Advanced Innovative Engineering UK combines over 80 years of engineering heritage with cutting-edge innovation in rotary propulsion systems. Our expertise in Wankel rotary engines, patented SPARCS cooling technology, and comprehensive design-to-manufacture capabilities position us as leaders in lightweight, high-performance power solutions. With a Quality Management System certified to AS9100D standards, we deliver tailored engineering services for aerospace, automotive, and industrial applications.Our state-of-the-art facility in Lichfield enables full-cycle development, from concept to rigorous testing, ensuring market-leading power-to-weight ratios and reliability. Backed by partnerships with institutions like Brunel University and Mahle Powertrain, we continue to pioneer advancements in hydrogen-fuelled combustion engines and range extender technologies.
Services
Rotary Engine Design
Propulsion Systems
Custom Engine Development
Performance Testing
Technology Licensing
Highlights and features
- 80 years of engineering heritage in rotary propulsion systems
- Patented SPARCS cooling technology for zero oil loss
- AS9100D-certified quality management system
- Full-cycle engineering from concept to manufacture
- Proven track record in UAV and motorsport applications
Associations and certifications
- AS9100D
- EN 9100:2018
- ISO 9001:2015
Services
Rotary Engine Design
Our rotary engine design service specialises in Wankel engines with patented SPARCS cooling technology. We create lightweight, high-power solutions for aerospace and automotive applications. Our engineers deliver custom designs that optimise performance-to-weight ratios while maintaining reliability.
Propulsion Systems
We develop advanced propulsion systems for UAVs and high-performance vehicles. Our systems integrate rotary engines with hydrogen-fuelled combustion technology. The solutions offer extended range and reduced emissions while maintaining market-leading power density.
Custom Engine Development
Our custom engine development service creates bespoke rotary engines for specific applications. We work from concept through prototyping to final manufacture. Each solution incorporates our patented cooling systems and electronic engine management technology.
Performance Testing
We conduct rigorous performance testing on all engine designs in our state-of-the-art facility. Our tests simulate extreme operating conditions to ensure reliability. The process includes thermal balancing, vibration analysis, and endurance validation.
Technology Licensing
Our technology licensing service provides access to patented SPARCS cooling systems and CREEV exhaust expanders. We offer technical support for implementing these innovations in third-party engine designs. The licensing includes comprehensive documentation and engineering assistance.
Questions
What makes AIE's rotary engines different from competitors?
Our patented SPARCS cooling system eliminates oil loss while maintaining compact dimensions. This technology delivers longer engine life with zero oil consumption compared to traditional rotary engines.
Do you develop engines for hydrogen fuel applications?
Yes, we're a core partner in UK government-funded hydrogen combustion engine research. Our current developments focus on adapting rotary engines for hydrogen fuel operation while maintaining performance characteristics.
Can you create custom engine solutions?
We specialise in bespoke engine development from 5BHP to 120BHP outputs. Our engineers work with clients from concept through testing to deliver tailored propulsion systems for specific applications.
What quality standards do you follow?
Our quality management system is certified to AS9100D, EN 9100:2018, and ISO 9001:2015 standards. These aerospace-specific requirements ensure consistent quality across all our engineering processes.
Where are your manufacturing facilities located?
Our headquarters and primary manufacturing facility is in Lichfield, UK. This central location provides access to the Midlands' aerospace engineering cluster while maintaining global logistics capabilities.
What testing capabilities do you have?
We conduct full-spectrum engine testing including thermal stress analysis, vibration measurement, and endurance trials. Our facility can simulate extreme operating conditions to validate performance specifications.
