Rimac did not arrive in the hypercar conversation by borrowing credibility from the old guard. It earned its place by turning a Zagreb startup into the builder of the quickest-accelerating production car on sale, then backing the claim with engineering serious enough to make established marques study it rather than dismiss it. The Nevera R is less a shock headline than a statement of maturity.
Four Motors, One System
The Nevera R uses four permanent magnet electric motors, one at each wheel. This is not the same as all-wheel drive in the conventional sense. Each motor can deliver or absorb torque independently, 100 times per second, based on inputs from the car's All-Wheel Torque Vectoring system. The practical result is a level of chassis control that no mechanical system — no active differential, no electromagnetic actuator, no hydraulic system — can match in response time or precision.
The 120-kWh battery pack is a structural component of the car, not merely a component mounted within it. Its cell chemistry was developed in-house, as was the battery management system, the power electronics, and the thermal management hardware. Rimac does not buy these systems from suppliers. This vertical integration is unusual in the automotive industry, even among established manufacturers, and it is why the company's intellectual property is genuinely proprietary.
The 1.71 Second Question
The 0-60 time of 1.71 seconds is verified on a prepped surface — a one-foot rollout deducted, timing done electronically. Under these conditions, the Nevera R outaccelerates every production car ever made. The physical mechanism is well understood: the torque vectoring system applies maximum torque to each wheel at the precise moment grip is available, without the wheel spin, driveline shock, or traction control intervention that limits combustion-powered hypercars. The electric motors do not need to spool up. They produce peak torque at zero rpm.
More Than Acceleration
Rimac understands that a car defined only by a 0-60 number has limited long-term appeal. The Nevera R was also developed for track use, with active aerodynamics, carbon-ceramic brakes, and a chassis tuning program conducted at multiple European circuits. The 547-mile WLTP range — a number that reflects the low drag coefficient and the battery's capacity — makes the car genuinely usable beyond the dragstrip.
The Nevera R is produced in limited numbers at a facility outside Zagreb that employs several hundred engineers, technicians, and specialists. What began as a conversion project in a garage is now the most technologically advanced production car on sale. The industry has taken notice. Several major manufacturers have invested in Rimac. The influence on mainstream automotive engineering is already being felt.
