Engineering Sectors

As the automotive industry moves closer to electrification in all sectors, Infinite System Design can utilise our extensive experience to support future electric powertrain needs. Whilst providing key services including system optimisation, electric motor/inverter design, transmission design and test we understand the key factors affecting electric vehicle systems such as NVH targets and functional safety requirements.

The aerospace industry is currently researching electric powertrains for eVTOL, small aircraft and even large passenger planes. Infinite System Design can bring our expertise to support aerospace electric powertrain optimisation and design for each platform. The skills and experience on hand at Infinite System Design can develop powertrains of the future to reduce energy consumption, increase motor power density and reduce system mass while finding the balance between system cost and efficiency, key goals for the aerospace industry.

Energy consumption reduction is key to the rail industry when selecting the most appropriate electric powertrain for a rail vehicle to reduce running costs and environmental impact. Infinite System Design have developed tools to support the rail industry to select the most appropriate system for their rail vehicle considering system efficiency and cost. A wide selection of motors, inverters and torque transmission systems can be simulated in the case study vehicle over numerous speed profiles to assess energy consumption and cost giving confidence the optimal system has been selected when moving into the detailed design phase. Additionally, Infinite System Design can support the rail industries heavy reliance electrification, through the design of electric motors, inverters and transmissions/gears.

Electrification is the future of defence with drones, combat vehicles and robotics all depending on electro-mechanical systems. Infinite System Design can support the optimisation, design and testing of electro-mechanical systems for defence. Furthermore, defence systems require a high level of robustness and reliability, Infinite System Design can develop electric powertrains/transmissions for defence applications and carry out durability testing in-house to ensure the systems meet stringent requirements.

Large scale shipping and passenger boats are moving towards electrification and Infinite System Design can support the development of electric motor design and torque transfer systems. As smaller vessels move towards smaller, more compact electric powertrains high power density motors are required with lightweight torque transfer systems. Infinite System Design can support the development of electric powertrains for this emerging market.

As prosthetics move towards more complicated and compact systems Infinite System Design can support the development of geared systems to meet product requirements. Our in-house expertise in gear design can develop systems for the medical industry where NVH and durability targets and key factors.