Domin Fluid Power Limited

**D**igitally **E**nabled **C**ompetitive and **S**ustainable **A**dditive **M**anufacturing (**DECSAM**) aims to **boost adoption of Laser Powder Bed Fusion Additive Manufacturing** (L-PBF AM). With a cohesive and aligned vision the **world leading consortium** aims to validate a step change enabling L-PBF AM to be **cost-competitive** and **sustainable*...

Project Additive is a combines YASA's latest motor technology with Domin's active suspension. Working with Cranfield University, the consortium look to create a novel propulsion technology which targets the luxury sector. The project is focused on improving powertrain technology for electric vehicles, by making them lighter, more efficiency, improving the...

Domin are on a mission to positively disrupt the $250B hydraulics industry, which unfortunately still operates using 1950s technology and is plagued by several inefficiencies. Using innovative technologies such as additive manufacturing, modern electronics and digital control techniques, Domin have developed a servo valve platform that is 4x smaller but w...

In this project Domin and Gen3D will develop and validate on representative hardware a highly compact electrically signalled and powered brake actuator system, capable of yielding significant benefits over both existing hydraulic and emerging electromechanical systems. Using advanced technologies such as Additive Manufacturing, generative design and high ...

Project **COMPASS** is a collaboration between Domin and Ai Build (AIB) to help Domin scale their additive manufacturing (AM) based manufacturing processes and address demand in the global hydraulics industry. Domin are not only disrupting this industry but also, by exploiting their energy-efficient products, want to help the industry save 1B tonnes CO2e/...

LANDOne develops world-leading ambitious technologies to deliver the **next-generation landing-systems design**, manufacturing and assembly solution for the next generation **sustainable,** **digital, smart and connected aircraft**. LANDOne delivers novel technologies, extends the use of existing ones to the aeronautical sector and also develops methods, ...

Project **ASCEND** is a collaboration between Domin, University of Bath (UOB) and The Data Analysis Bureau (T-DAB) to revolutionise the flow control technology / hydraulics industry, which suffers for operational inefficiencies owing to use of outdated technology and as well as being a major contributor (3-4%) to global CO2 emissions. The consortium bring...

This project will develop and test an ultra-compact electrically signalled and powered hydraulic flight control actuation system, delivering weight savings of 50%, bandwidth increases of 5x and total cost of ownership reductions of 30% vs conventional solutions, whilst also enabling More Electric aircraft architecture. We will do this by building on Domin...

In this project Domin and University of Bath will develop and bench test (to TRL5) a Switch Inertance Hydraulic System using system knowledge developed at Bath for the previous decade, and Domin's highly innovative Additive-Manufacturing enabled direct drive servo valve design capability. The product will be capable of replacing the current throttling val...

Domin Fluid Power aim to utilise the transformative technology of Additive Manufacturing to go from initial concept of a sub-miniature direct drive servo valve to a representative prototype in order to progress their fundamental work on powder bed laser melting additive manufacturing towards a competitive market leading product.

Blagdon Actuation Research BAR) aim to prove the market of a hydraulic continuously variable transmission. BAR intend to use novel design and manufacturing techniques to optimise weight, cost and efficiency of the continuously variable transmission.

Blagdon Actuation Research aim to design and develop the specific aspects of the concept of an innovative highly efficient, lightweight, low noise variable pump.