Mate Rimac Unveils “Next Evolution” of Hypercar: The Nevera R Arrives to Redefine Track Performance and Electrified Dynamics
The Nevera R is the next evolutionary leap in Bugatti Rimac’s all-electric hypercar lineage, a vehicle born from the visceral demands of drivers seeking a purer, more focused connection to the machine. Where the Nevera established itself as the benchmark for hyper GTs—a seamless marriage of ballistic straight-line velocity and sophisticated Grand Tourer comfort—the Nevera R refines that formula, sharpening the reflexes and channeling the extreme capabilities of the platform into a track-ready beast that sacrifices none of its road-going pedigree.
Rimac, the visionary founder and driving force behind the Bugatti Rimac conglomerate, emphasizes that the Nevera was never intended to be a one-trick pony. “When we developed the Nevera,” he explained, “an important part of the brief was that it should be a Grand Tourer. We made sure it was spacious, comfortable and finely balanced between thrilling and accessible.” The result was a machine that rewrote the rulebook for what a road car could achieve, claiming a cascade of international records, including the blistering Nürburgring Nordschleife lap that cemented its status as the fastest production electric car in the world.
However, customer feedback has a relentless way of shaping automotive evolution. Many owners, accustomed to the Nevera’s extraordinary speed, began to yearn for a vehicle that would push the boundaries of cornering prowess, a machine that would more directly capitalize on the revolutionary all-wheel torque vectoring system and the sheer power of the four independent electric motors. “Ultimately what we achieved struck that balance perfectly; a high-performance record-breaking car that could set new benchmarks at the Nürburgring Nordschleife and be driven comfortably thousands of miles across continents. It was a watershed moment in automotive performance; the world’s first production all-electric hypercar, single-handedly leading a new generation.”
But Rimac’s relentless pursuit of perfection knows no limits. “But we’re relentlessly tweaking to customers’ desires, and many were looking for a car that really emphasized the Nevera’s cornering ability, using all the advanced technology on-board,” Mate Rimac continued. “We responded with the Nevera R: all the DNA of the record-breaking Nevera, but lighter, faster and more focused.”
This philosophy has been brought to life by the dedicated team of designers and engineers at Rimac, who thoroughly dissected the Nevera’s characteristics to refine and re-engineer its components, shifting the focus further into the realm of the hyper sports car. The Nevera R is not merely an iteration; it is a focused transformation.
Design and Aerodynamics: A Visual Expression of Extreme Capability
The design of the Nevera R is a masterclass in performance-driven aesthetics, where form follows function with breathtaking precision. The engineers and designers collaborated seamlessly to ensure that every surface, line, and proportion contributes to both the car’s aggressive visual identity and its enhanced aerodynamic performance.
Visual Evolution and Aggressive Stance
Defined by clean surfaces and a focus on creating perfect proportions, the Nevera R appears lower and sleeker than its predecessor. It possesses a forward-thrusting stance, immediately signaling its intent to dominate the asphalt. This assertive posture is accentuated by the staggered wheel setup, featuring 20-inch front wheels and larger 21-inch rear wheels, a classic performance configuration that optimizes grip and visual aggression.
The front of the car is both striking and technical. Horizontal lines emphasize aerodynamic efficiency, stance, and width. This intricate design was achieved through close collaboration between designers and engineers, seamlessly integrating sensual surfacing and precise graphics into the front clam. The visual effect is one of predatory focus, a low-slung silhouette that appears coiled and ready to strike.
Side Profile and Wheel Design
From the side view, the Nevera R showcases a harmonious balance of body color and carbon fiber, a signature of modern hypercars that simultaneously reduces weight and highlights the underlying structure. This interplay of materials contributes to its timeless, dynamic profile, ensuring it looks as good in a showroom as it does carving through apexes.
The wheels feature new designs with longer spokes that accentuate their size and distinct color splits. These visual enhancements serve to magnify the car’s muscular presence, creating a sense of visual momentum even when the vehicle is stationary.
Active and Passive Aerodynamic Enhancements
The most significant functional changes are found in the aero package. The large fixed rear wing is a clear declaration of the car’s track-focused intentions. Paired with an aggressive new large diffuser, the car experiences a dramatic boost in downforce, which is increased by 15%, and improved aerodynamic efficiency, which rises by 10%.
These aerodynamic enhancements, combined with the adoption of new Michelin Cup 2 tires, work synergistically to transform the car’s handling characteristics. Total understeer is reduced by 10%, lateral grip is increased by 5%, and the lap time around the Nardo Handling Track is reduced by a staggering 3.8 seconds.
“Through this combination of negative camber, the higher grip level of the new tires and the added downforce, the Nevera R is ready to bend physics like never before,” the engineers assert. Every element, crafted through a performance-driven design philosophy, has been rethought for agility and handling. The Nevera R is not just faster on paper; it is a fundamentally different driving experience.
Enhanced Driving Dynamics and Mechanical Fortitude
The Nevera R represents a radical re-engineering of the handling and power delivery systems, designed to deliver unparalleled driver feedback and cornering capability. The new generation All-Wheel Torque Vectoring system is the heart of this transformation, working in concert with a recalibrated suspension and a more responsive chassis to turn the electric hypercar into a precision instrument.
Next-Generation Rimac All-Wheel Torque Vectoring (R-AWTV)
The cornerstone of the Nevera R’s dynamic prowess is the new generation All-Wheel Torque Vectoring (R-AWTV) system. This system, already revolutionary in the standard Nevera, has been re-tuned to maximize the potential of the high-performance tires. The R-AWTV distributes torque independently to each wheel, allowing for incredible precision in managing the car’s trajectory through corners.
In the Nevera R, this system is pushed to its limits. Increased downforce provides greater stability and lateral performance, setting a new benchmark for driving excitement on twisty B-roads and occasional track use. The system’s intelligence allows the driver to modulate power and slide the rear end with surgical precision, creating a drift experience that is both exhilarating and controllable.
Traction Control and Drift Mode Refinements
To ensure predictability even in wet conditions, the traction control system has been revised to expand the capabilities of the R-AWTV. The software has been fine-tuned to work seamlessly with the increased grip provided by the new Michelin tires, ensuring that drivers can push the limits without feeling overwhelmed.
Drift mode has also been adjusted to accommodate the new tires and higher grip levels, allowing for more dramatic and controlled drifts. These refinements demonstrate Rimac’s commitment to providing a holistic and engaging driving experience that caters to both seasoned track drivers and those seeking the ultimate automotive spectacle.
Refined Steering System
The steering system has been refined for sharper response and crisper feedback to the driver. In electric hypercars, the steering often feels isolated due to the absence of a mechanical linkage to the wheels. Rimac has engineered a system that bridges this gap, delivering tactile sensations and precise information about the front axle’s behavior. This increased feedback allows the driver to feel the tires digging into the pavement, building confidence and connection as they push the limits of adhesion.
The Ultimate Electric Powerplant and Advanced Braking Technology
The Nevera R is not only a pinnacle of handling engineering but also a marvel of electric powertrain integration. Built around the next-generation 108kWh Rimac battery pack, the Nevera R leverages cutting-edge technology to deliver more power and efficiency in a new, lighter package.
A Powerhouse of Electric Velocity
With 2,107 horsepower available, the Nevera R is even quicker than the record-breaking Nevera. This extreme power is distributed through the four independent motors, controlled by the R-AWTV system, to provide a launch that feels less like acceleration and more like being teleported. The instantaneous torque of the electric motors is harnessed to its fullest potential, pushing the driver back into their seat with unrelenting force.
EVO2 Brakes: The End of Braking Compromise
To match the unprecedented performance of the powertrain, the Nevera R features new EVO2 brakes. These are carbon ceramic brakes with a silicone matrix layer to ensure improved stopping performance, cooling performance, and durability during hard usage. In track driving, braking is just as critical as acceleration, and the EVO2 system is designed to withstand the extreme thermal loads generated by repeated hard braking from high speeds. The added heat resistance prevents brake fade, ensuring consistent stopping power lap after lap.
Nevera R: The Benchmark for Electrified Performance
The performance figures of the Nevera R speak for themselves, cementing its status as the benchmark for electric hypercar performance. While the standard Nevera has already redefined what is possible, the Nevera R pushes those boundaries even further.
Key Performance Figures
Here are the key performance figures of the Nevera R, illustrating its extraordinary capability:
Top speed: 412 km/h / 256 mph (with manufacturer oversight)
0–60 mph: 1.74s
0–100 km/h / 0–62
