Rimac, a name synonymous with high-performance hypercars, has unveiled a significant shift in its business strategy, positioning itself as a pivotal technology supplier for the electric vehicle sector. At the recent IAA Mobility exhibition, the Croatian company showcased cutting-edge solid-state battery technology and advanced e-axle systems, demonstrating its commitment to pushing the boundaries of electric mobility beyond its exclusive vehicle lineup. These innovations underscore Rimac's ambition to influence the wider automotive landscape, providing crucial components that could redefine future electric vehicle design and performance across various segments.
This strategic evolution from an elite hypercar producer to a leading component provider highlights the company's profound engineering capabilities. The new product offerings, which include production-ready solid-state batteries and incredibly powerful e-axles, are not merely conceptual but represent tangible advancements ready for integration into the next generation of electric vehicles. Rimac's transition showcases its vision of driving industry-wide progress, building on its legacy of creating record-breaking vehicles like the Nevera, which stands as a testament to its innovative spirit and technical excellence.
Pioneering Battery Technology: Solid-State and Beyond
Rimac's collaboration with industry leaders ProLogium and Mitsubishi Chemical has resulted in the development of a solid-state battery system that promises significant improvements over current lithium-ion technology. This new system offers reduced weight, enhanced energy density, and superior safety characteristics, addressing key challenges in electric vehicle development. Unlike many theoretical concepts, Rimac emphasizes that this solid-state battery is ready for production, marking a major milestone in battery technology. Complementing this, the company also presented its Evo Battery, featuring advanced NMC 46XX cells, and a versatile Hybrid Battery platform designed for various hybrid applications, showcasing a comprehensive approach to energy storage solutions.
The readiness of Rimac's solid-state battery system for commercial production is a game-changer for the electric vehicle industry. Its lighter weight and higher energy density mean longer ranges and improved vehicle dynamics, while enhanced safety features offer greater peace of mind. This technology, developed in partnership with established players, solidifies Rimac's position as an innovator, moving beyond its hypercar roots to become a critical supplier of advanced components. By offering multiple battery solutions, including the NMC 46XX cell-based Evo Battery and the flexible Hybrid Battery, Rimac is catering to a broad spectrum of electric and hybrid vehicle needs, illustrating its commitment to practical, scalable solutions for the future of transportation.
Redefining Electric Power: Advanced E-Axles
Rimac's innovations extend to the powertrain with the introduction of its new SINTEG 300 and 550 e-axles. These compact yet powerful units deliver up to 360 kW and boast a torque density exceeding 90 Nm/kg, making them versatile enough for applications ranging from compact hatchbacks to larger SUVs. The highlight, however, is the XXL dual-motor e-axle, projected to enter series production in 2026, which promises an astonishing 11,000 Nm of torque. This level of power output is indicative of the technology that underpins high-performance electric vehicles, including Rimac's own Nevera hypercar, attracting considerable attention from collectors and the automotive industry alike.
The new SINTEG 300 and 550 e-axles are designed to be both compact and highly efficient, offering significant power output relative to their size. Their high torque density of over 90 Nm/kg makes them suitable for a diverse range of vehicles, from everyday cars to more robust utility vehicles. The forthcoming XXL dual-motor e-axle, with its projected 11,000 Nm of torque, represents a pinnacle of electric drivetrain engineering, pushing the boundaries of what is achievable in terms of electric power and performance. This technological leap reinforces Rimac's expertise in developing components that enable extreme performance, and its ability to attract significant interest from both the automotive manufacturing sector and the high-end collector market.