Renault R.S. 2027 Concept

The Renault RS 2027 Vision concept is a radical Formula 1 design study unveiled at the Shanghai Auto Show, projecting how the sport's technical regulations and powertrain philosophy could evolve by 2027. The concept combines a turbocharged V6 internal combustion engine with two 250 kW electric motors to produce over 1,300 hp, features a closed polycarbonate canopy replacing the open cockpit, and introduces active aerodynamics that eliminate the traditional DRS rear wing system.

What Is the Renault RS 2027 Vision?

Renault's motorsport division developed the R.S. 2027 Vision not as a racing prototype but as a design manifesto, presenting a credible interpretation of where Formula 1 could go technically if the sport's governing bodies pursued maximum performance and sustainability simultaneously. The car appeared at the Shanghai Auto Show and was supported by two YouTube video shorts produced to explain the engineering intent. At its heart, it is a thought experiment with mathematical rigour: over 1,300 hp, a sub-600 kg target weight, and a power-to-weight ratio in excess of 2,200 hp per tonne.

Powertrain: Hybrid V6 and Twin 250 kW Motors

The R.S. 2027's powertrain blends a turbocharged V6 combustion engine with two electric motors, one front and one rear, each rated at 250 kW. Together these electric units replace the KERS energy recovery system familiar from current F1 and add genuine four-wheel drive torque vectoring capability. The combined system targets over 1,300 hp, a figure that exceeds even the peak output quoted for the current generation of power units. The fuel tank is reduced from 105 kg to 60 kg, reflecting Renault's assumption that future races will be shorter and that electric recovery will handle a larger portion of total energy demand. The car can run in full electric mode in the pit lane and during safety car periods.

Active Aerodynamics and the Closed Cockpit

The most visually striking departure from contemporary F1 is the canopy cockpit. A polycarbonate bubble replaces the open-top layout, improving driver visibility during intense moments and raising safety standards far beyond the current halo system. Aerodynamically, the car's surfaces are almost entirely active: a retractable rear wing replaces the DRS flap system, while the front features retractable wing flaps that reduce drag in high-speed sections without requiring a driver-operated button. The front end is supported by a single central pylon, which doubles as a suspension wishbone keel, a layout not seen in contemporary machinery. Active suspension with programmable ride height, pitch, and yaw control completes the chassis package.

Materials and Sustainability

Renault specified 3D printing and recycled materials extensively in the RS 2027's construction, signalling that future F1 machinery could dramatically reduce its manufacturing footprint. The monocoque uses a honeycomb core for maximum rigidity at minimum weight. The polycarbonate canopy is low-profile by design, allowing airflow to pass cleanly over the bodywork and reduce turbulence reaching the rear wing, a problem that has plagued F1 racing in close-quarters battles for decades.

F1 and Motorsport at TheArsenale

The R.S. 2027 Vision is a reminder of how motorsport continues to push engineering boundaries in ways that eventually reach road cars. TheArsenale offers an extensive collection of race-used Formula 1 memorabilia and art. Explore the F1 Memorabilia collection, including pieces such as the Renault F1 R.S.18 Nose and the Renault R29 F1 Rolling Chassis, both authentic race artefacts from Renault's F1 programme.