RENAULT EMBLEME
An eco-designed family demo car, Renault Embleme takes up the challenge of reducing carbon emissions. With a more sustainable dual-energy electric and hydrogen technology, Renault Embleme aims to reduce CO2e emissions by 90% compared to today's equivalent models over its lifecycle. Renault Group objective: net zero carbon by 2040¹ in Europe
sophisticated design and optimised aerodynamics
Renault Embleme’s design, the embodiment of Renault's future styling language, is enhanced by a dichroic green body colour². This avant-garde demo car has been carefully engineered with energy efficiency in mind. Every element is designed to improve aerodynamics and contribute to maximum air penetration.
optimised airflow
AERODYNAMICS
a long, sloping bonnet
In the centre of the long, sloping bonnet, two fins channel the airflow and minimise the frontal surface area, optimising efficiency and aesthetics.
cameras as rearview mirrors
To maximise aerodynamic efficiency, two side cameras replace the rearview mirrors. They are integrated into the wheel arches, the area that generates the least airflow disturbance.
two vents for optimised air flow
The bumper is adorned with two vents that extend behind the wheels, guiding air along the front doors. No more air turbulence behind the front wheels: aerodynamic penetration is improved. At the base of the bumper, active grills open and close to supply the intercoolers with optimal airflow.
spoiler and dynamic rear diffuser
The roofline naturally draws air towards the large rear spoiler. The floor pan is completely flat. Under the rear bumper, a dynamic diffuser balances the upper and lower air flows to minimise aerodynamic drag.
designed for efficiency
To optimise aerodynamics, nothing has been left to chance: windshield wipers concealed under the bonnet, touch-sensitive door handles, curved roof pillars, seamless flush glass, and tall, narrow, low-rolling-resistance tyres.
high-tech interior
innovative, high-tech interior
With its high tech interior, Renault Emblème brings a futuristic vision to life, where innovation and technology lead the way. The cockpit, thought fully designed for both driver and passenger, features the curved openR panorama display stretching across the dashboard. Sleek, touch sensitive controls add to the calm atmosphere, making every journey a unique experience.
Looking ahead to a low-carbon vehicle in Europe by 2040²
a carbon-free goal
Committed to more sustainable mobility, Renault Group aims to reduce greenhouse gas emissions by 90% over the life cycle of its vehicles, to achieve carbon neutrality in Europe¹ by 2040. This ambition to cut carbon emissions is embodied by XXXX.
a more sustainable life cycle
The challenge for Renault XXXX lies in achieving an unprecedented level of decarbonization throughout its entire lifecycle: using recycled, low-carbon, or natural materials, manufacturing with 100% renewable energy, and promoting the widespread adoption of second-life and circular economy practices.
dual-energy powertrain
Renault XXXX features a dual-energy electric powertrain, combining a rechargeable battery for everyday use with a hydrogen fuel cell for longer journeys. This configuration enhances its versatility, allowing trips of up to 1,000 km without the need for electric recharging.³
more sustainable, safe and accessible mobility
With the collaboration of our engineers, designers and partners, XXXX is exploring new solutions for reducing carbon emissions. Heir to the Eolab (2014) and Scenic Vision H2-Tech (2022) prototypes, this demo car is a rolling laboratory demonstrating the technical innovations that allow such a high level of carbon reduction.
an adapted and innovative platform
promote carbon reduction without compromising versatility
XXXX's Ampere platform is adapted to accommodate all the components of its powertrain: motor, battery, fuel cell and hydrogen tank. The structure offers a low centre of gravity and ideal weight distribution.
also discover
concept cars Renault
E-Tech technology
Scenic Vision H2-Tech
