Renault advances in the development of its new line of sports utility vehicles with electrification technologies focused on performance and energy efficiency. Unidades test model Boreal were recently spotted on the European continent, revealing important details about the future mechanical configuration that should arrive on the national market. The vehicle features an unprecedented all-wheel drive system that eliminates the need for a physical driveshaft, opting for an electrified solution on the rear axle.
Images captured during the technical validation phase expose distinct visual features, such as additional volume at the rear of the chassis and the lateral positioning of the exhaust system. Essas structural modifications confirm the installation of the package known globally as e-4WD, designed to offer off-road capability on demand. The brand’s engineering works to adjust this architecture to the driving conditions and fuels of the América and Sul.
Powertrain Specifications
The heart of this new SUV must be the renowned 1.3 TCe turbo flex four-cylinder engine, widely used in the manufacturer’s current range. The big news lies in the integration with a 48V mild hybrid system and an electric motor positioned on the rear axle, increasing the combined power to levels close to 180 hp. Essa configuration allows the vehicle to operate with conventional front-wheel drive most of the time, driving the rear wheels only when greater grip or torque is needed.
The 0.84 kWh auxiliary battery plays a fundamental role in the car’s energy management, storing the electricity generated during regenerative braking. Diferente of plug-in hybrids, this system does not require external recharging and uses the accumulated energy to power the rear electric motor or assist the propellant with combustion during restarts. The six-speed EDC dual-clutch automated transmission manages the transfer of power to the front wheels.
Dynamics and off-road capability
The implementation of the rear electric motor offers significant advantages over traditional mechanical systems, mainly in reducing weight and mechanical complexity. The system reacts instantly to losses of traction, ensuring superior stability on slippery surfaces, mud or light off-road situations. In urban environments, the technology contributes to reducing fuel consumption by allowing the electric motor to take over the movement in low-speed maneuvers.
The driver can count on different driving modes that adapt the vehicle’s behavior to the terrain conditions. The electronic architecture automatically manages the distribution of torque between the axles, even simulating a reduced function to overcome more difficult obstacles. Essa versatility positions the model as a robust option within the medium SUV segment, combining ride comfort with real all-wheel drive capability.
Launch strategy and derivatives
The industrial schedule points to the debut of this electrified version on the Brazilian market in mid-2027, consolidating the renewal of the brand’s portfolio. The development of this platform occurs in parallel with the Niagara pickup truck project, which shares the technical base and should hit stores later this year, initially with conventional engines. The focus on mild hybridization reflects the quest to meet new emissions standards without excessively increasing production costs.
Local production in São José of Pinhais, in Paraná, reinforces the automaker’s commitment to the nationalization of global technologies. Adjusting the turbo engine to accept ethanol in conjunction with the electrical part requires specific calibrations to guarantee the durability and performance expected by local consumers. With these innovations, the sports utility vehicle seeks to stand out in an increasingly competitive and demanding segment for sustainable solutions.
