East Midlands Manufacturing, Materials & Mobility R&D Companies Directory

Rolls-Royce is a pre-eminent global industrial technology company specialising in the design, development, and manufacture of high-performance power and propulsion systems for civil aerospace, defence, and energy sectors. Their R&D trajectory has evolved from traditional mechanical engineering towards a digital-first, net-zero focused strategy, heavily integrating artificial intelligence, quantum computing, advanced materials, and additive manufacturing to enhance engine efficiency and lifecycle servicing. The company maintains a massive, collaborative R&D ecosystem, consistently leading large-scale consortia to advance the state-of-the-art in sustainable aviation.

Loughborough University is a leading UK research institution that leverages its extensive academic expertise to drive industrial innovation through collaborative R&D and Knowledge Transfer Partnerships. Their work spans diverse domains including artificial intelligence, sustainable energy, advanced manufacturing, and cybersecurity, bridging the gap between fundamental research and commercial application. By partnering with a wide range of SMEs and global corporations, the university facilitates the translation of complex technical research into practical, market-ready solutions.

Intelligent Energy is a specialist developer and manufacturer of proton exchange membrane (PEM) fuel cell systems designed for high-performance automotive, aerospace, and industrial applications. Their work focuses on proprietary evaporatively cooled fuel cell technology, which provides superior power density and thermal management compared to traditional liquid-cooled systems. Over their grant history, the company has evolved from fundamental materials research into coated electrode plates to leading large-scale industrial consortia for zero-emission propulsion in heavy-duty transport and regional aviation.

HORIBA MIRA is a world-leading automotive engineering consultancy and testing facility that specialises in the development, verification, and validation of advanced vehicle technologies. Their work spans the entire product lifecycle, focusing on connected and autonomous vehicles (CAV), cybersecurity, and low-carbon powertrain integration. Through extensive collaboration with industry and academia, they provide critical infrastructure and methodologies to accelerate the safe deployment of next-generation mobility solutions.

Toyota Motor Manufacturing UK (TMUK) is a major automotive manufacturer operating a large-scale production facility in the East Midlands. The company focuses on the industrialisation of low-carbon vehicle technologies, transitioning from traditional internal combustion to hydrogen fuel cell and battery electric propulsion systems. Their work integrates advanced manufacturing processes with sustainable design to meet evolving environmental regulations and urban mobility demands.

Delta Cosworth is a UK-based engineering consultancy and technology developer specialising in high-performance electric vehicle battery systems, lightweight vehicle platforms, and electrified propulsion solutions. The company has evolved from providing battery modules and vehicle integration to leading the development of advanced energy storage systems, autonomous vehicle technologies, and manufacturing processes for zero-emission vehicles. Their work spans collaborative R&D projects with major automotive OEMs and research institutions, focusing on scalable battery architectures, fuel cell integration, and novel manufacturing techniques.

Mercedes AMG High Performance Powertrains is a leading UK-based developer of advanced electric propulsion and energy storage systems for high-performance automotive applications. Leveraging their expertise from Formula 1, the company focuses on engineering compact, high-efficiency electric drive units and next-generation battery technologies. Their work has evolved from fundamental research into rare-earth-free motors and solid-state battery concepts toward the industrialisation of integrated electric drive systems.

Far-UK is a small engineering company specialising in composite materials and lightweight structures. They develop advanced manufacturing processes for automotive, aerospace, and rail industries, focusing on weight reduction, cost efficiency, and sustainability. Their work has evolved from braided composites and thermoplastics to include AI-driven design, additive manufacturing, and recycling technologies.

Cenex is a not-for-profit research and consultancy organisation focused on accelerating the transition to low-emission transport. It specialises in fleet decarbonisation, hydrogen mobility, electric vehicle charging infrastructure, and energy management, working across road, maritime, and emergency service fleets. Its work involves feasibility studies, demonstrations, and stakeholder engagement to support the adoption of zero-emission technologies.

Autocraft Drivetrain Solutions is a long-standing engine remanufacturing specialist that has evolved from traditional internal combustion engine services into a key player in the electric vehicle (EV) circular economy. The company leverages its expertise in component remanufacturing to develop automated cleaning processes and scalable infrastructure for the recycling and repurposing of lithium-ion battery packs. Their work focuses on reducing industrial waste and securing domestic supply chains for critical battery materials within the UK automotive sector.

The Health and Safety Executive (HSE) is the UK's national regulator for workplace health and safety, operating as a public body that combines regulatory oversight with extensive applied research. Their work spans diverse sectors including energy, manufacturing, and agriculture, focusing on the development of safety standards, risk assessment methodologies, and the integration of emerging technologies like hydrogen, battery storage, and AI. Through collaborative R&D, they bridge the gap between technical innovation and regulatory compliance to ensure safe industrial adoption.

The University of Derby acts as a prominent academic research institution that leverages Knowledge Transfer Partnerships (KTPs) and collaborative R&D to bridge the gap between theoretical research and industrial application. Their work spans diverse domains, including sustainable materials, AI-driven engineering inspection, healthcare diagnostics, and environmental management. By partnering with both SMEs and large manufacturers, the university translates academic expertise into commercial solutions, particularly focusing on Net Zero, digital twins, and advanced manufacturing processes.

European Thermodynamics is a small enterprise based in the East Midlands specialising in thermoelectric materials and thermal management solutions. The company develops advanced materials and devices for cooling, energy harvesting, and heat recovery, with applications spanning automotive, electronics, wearable technology, and clean energy. Their grant history shows a progression from fundamental materials research to applied product development and commercialisation, often leading collaborative consortia.

Romax Technology is a specialist provider of simulation software and engineering services for mechanical and electromechanical drivetrains, focusing on aerospace and automotive sectors. Their work has evolved from traditional gearbox and transmission analysis to the development of advanced electric vehicle powertrain architectures, battery management systems, and Industry 4.0 manufacturing integration. They combine multi-physics modelling with data-driven decision-making to improve efficiency, durability, and sustainability in complex engineering systems.

Hive Composites is a micro/small company based in East Midlands, specialising in advanced composite materials and manufacturing for lightweight, sustainable transport solutions. They develop recyclable thermoplastic composites, high-temperature resins, and fire protection technologies for aerospace, automotive, rail, and wind energy sectors. Their R&D portfolio has evolved from an initial COVID-19 feasibility study to leading multi-partner projects on recyclable wind turbine blades and design for disassembly, positioning them as a niche pioneer in circular composite materials.

MAHLE Powertrain is a specialist engineering consultancy providing advanced powertrain design, development, and testing services for the automotive and marine sectors. Their work focuses on transitioning internal combustion engines to sustainable fuels, including hydrogen and ammonia, alongside developing high-performance electric vehicle battery systems. The company leverages deep expertise in combustion diagnostics and system integration to support OEMs in achieving net-zero emissions targets.

Haydale Composite Solutions specialises in plasma functionalisation of nanomaterials, particularly graphene, to enhance the mechanical, thermal, and electrical properties of composites and other materials. Their patented HDPlas technology enables improved dispersion and compatibility of nanofillers in polymer matrices, leading to applications in damage detection, hydrogen storage, high-barrier packaging, and out-of-autoclave tooling. The company has evolved from early feasibility studies on graphene epoxies to commercially focused projects spanning automotive, aerospace, packaging, and rail sectors.

PUNCH Flybrid specialises in the development of high-performance flywheel energy storage systems and advanced powertrain technologies for automotive and off-highway applications. Their work focuses on enhancing energy efficiency and reducing carbon emissions through innovative mechanical and electrical integration, often collaborating with industrial partners to scale manufacturing capabilities. The company has evolved from developing hydrostatic transmissions for heavy machinery to creating integrated e-axle and power electronics solutions for hybrid and electric vehicles.

Base Materials is a UK manufacturer of epoxy resin tooling board used in the advanced composites industry for producing tools and components in aerospace, automotive, and other sectors. Their R&D has evolved from improving thermal and mechanical properties of tooling board through graphene and filler incorporation, to developing sustainable, biodegradable, and recyclable alternatives, with recent projects focusing on circular economy and process optimisation.

Caterpillar is a global leader in the design and manufacture of heavy-duty off-highway equipment for the construction, mining, and agricultural sectors. Their R&D focus has evolved from mechanical efficiency and tyre-ground interface optimisation to the integration of advanced electric powertrains, energy storage systems, and autonomous navigation technologies. Through strategic academic and industrial partnerships, they aim to decarbonise heavy machinery while enhancing operational productivity and safety.