Redefining mobility and energy systems with advanced technologies

Our unique value in tackling the design and development of our selected concept is our expert engineering team. The structure of Rimac Technology enables high flexibility and fast response to possible changes throughout the project. The use of our customised toolsets and processes provides confidence and high-fidelity correlation between the original idea and the simulated results.

From the initial stage, our approach is to design production-ready components. Therefore, all standards are taken into account and this allows us, while using our advanced tools, to bring our virtual product into a physical hardware in a short time space.

Prior to the homologation phase, our team of manufacturing technologist design and prepare the bespoke production line(s) for the assembly of the components – including the EOL test before the component is shipped to the customer. Our engineers understand and value the need for agile lines that will meet the quality standards, fluctuation in production rates as well as any minor modifications to the product required throughout its life cycle.

All our components are carefully assessed and tested in our in-house facilities by a team of expert specialists. Our tests range from standard characterisation test used to validate our simulation results, to extensive Design and Verification Process (DVP) using our high-performance test chambers and rigs. The use of our own mule vehicles provides additional layer of assurance of our developed components to assess them within the real-life conditions.

We have partnered up with all the major Homologation and Certification organizations around the world to ensure our products are safe, performant and reliable. We understand and value the need of each region that has their own specific set of rules and regulations. Our Nevera hypercar is the first electric hypercar to be globally homologated.

This is the final piece of the jigsaw to get our customer’s products onto the roads. Once our components have successfully passed the DVP and homologation process, we start the series production. Our production capacity is up to 100,000 units per year.