In 2009, founder Mate Rimac (30) began working from his garage on his vision of producing electric sports cars that could both be fast and offer excitement. Rimac recently presented the latest version of its electric hypercar, the “C Two”, at the Geneva Motor Show in March 2018. The two-seater produces around 2,000 hp and reaches a top speed of 412 kilometres per hour. It has a range of 650 kilometres (NEDC Cycle), and achieves an 80% battery charge in 30 minutes through a 250 kW fast charging system. Furthermore, the company engineers and manufactures high-performance electric vehicle powertrain systems and battery systems.
“By developing the purely electric two-seaters super sports cars, like the ‘Concept One’ or ‘C Two’, as well as core vehicle systems, Rimac has impressively demonstrated its credentials in the field of electromobility”, says Lutz Meschke, Deputy Chairman of the
The fast-growing Zagreb-based company employs a total of around 400 employees. Rimac’s main focus is on high-voltage battery technology, electric powertrains and the development of digital interfaces between man and machine (HMI Development). Rimac also develops and produces e-bikes under its subsidiary Greyp Bikes, which was founded in 2013.
“This partnership now is an important step for Rimac on our way to become a component and system supplier of choice for the industry in electrification, connectivity and the exciting field of Advanced Driver Assistance Systems”, explains Rimac’s CEO Mate Rimac.
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© 2018 Dr. Ing. h.c. F.
* The data presented here was recorded using the Euro 6 test procedure (715/2007/EC, 692/2008/EC, 566/2011/EC and ECE-R 101) and the NEDC (New European Driving Cycle). The respective figures were not recorded on individual vehicles and do not constitute part of the offer. This data is provided solely for the purpose of comparison between the respective models. Fuel consumption was recorded on vehicles with standard specification. Optional equipment may affect fuel consumption and vehicle performance. Fuel consumption and CO2 emissions are not only determined by a vehicle’s fuel efficiency, but also by the driving style and other factors irrespective of vehicle specification.