performance
aerodynamic performance
Renault Master is the culmination of several years of development creating an attractive aerodynamic and efficient design. Designed in the wind tunnel and completely revamped, it ushers in a new era for commercial vehicles.
high-performance design
All key design elements have been worked on, such as the inclined windscreen, air inlets, shape of the wing mirrors and tightening of the rear are. This boosts the vehicle’s aerodynamic performance and provides significant energy savings.
aerodynamic design
Discover how engineering and design can work together to improve aerodynamics. Michael Gabriel and Louis Morasse tell us about Renault Master E-Tech electric, the new, resolutely aero-van commercial vehicle.
improved performance
With its aerodynamic optimisation, enjoy Renault Master’s lower fuel consumption with the diesel engine (1.5 L/100 km in dCi 2L diesel version*) and up to 460 km of driving range** in its E-Tech electric version with a 27% reduction in energy consumption.
*measurement in WLTP cycle, March 2023, comparing Renault Master MM35 3.5T dCi 130 and Renault Master 3 phase 2 Blue dCi 135. Renault internal study.
**measurement taken in WLTP cycle comparing Renault Master MM35 E-Tech 87 kWh and Renault Master E-Tech electric 52 kWh. Renault internal study.
customised power
Get a brand new Blue dCi 2L engine with four power levels to meet your expectations.
dynamic braking
The new hydraulic dynamic braking system offers the same braking efficiency irrespective of the load carried and halves the reaction time during emergency braking (if activated by a driver-assistance system).
up to 460 km of driving range*
With zero CO2 emissions, the two E-Tech electric versions are ideal for daily use in city centres and guarantee access to low-emission zones.
*in MM35 4t version according to WLTP data
*in MM35 4t version according to WLTP data
130 kW maximum DC fast charger
Recover full driving range in 1hr 10min on a DC fast charging point for the 87 kWh battery.
dynamic braking
This new compact system offers identical braking efficiency regardless of the loading weight and halves the reaction time during emergency braking. Each deceleration therefore helps to recover energy and improve the vehicle's overall range.