RM20e
RM20e
Performance, Electrified.
Regardless of the power unit, we are who we are. Performance is always our top priority.
We never compromise on driving fun.
RM20e’s electrified power unit doesn’t just ensure zero-emission, but provide race-car like robust
power and instantaneous torque. Sustainability and exhilarating driving experience all in one.
High-Performance EV
The Veloster N ETCR (on the left), unveiled at IAA 2019, signaled the beginning of a new era. Inspired
by this race car, the RM20e maintained the level of performance while retaining daily-driver
quietness, responsiveness, and
road-going capability. This is just the start of so much more.
Hyundai possesses an industry-leading variety of electrified-propulsion solutions, like HEV, PHEV,
BEV, and FCEV, thus various powertrains are available for testing with the high-performance car
platform. Also, close collaboration
with Rimac Automobili will help us to redraw the boundaries of performance cars further on.
We shouldn’t have to sacrifice anything; neither the racing spirit nor environmental responsibility.
810hpMaximum Power
960NmMaximum Torque
9.88SECS0-200 kph
0Emission
Electrified Powertrain
The RM20e is geared with an 800V motor, which generates a peak power of 596 kW, equivalent to 810 horsepower, as well as peak torque of 960Nm (708 lb. –ft). Proof that electrified performance is just as powerful.
The Battery
The battery is designed to support the vehicle’s racecar-like capabilities with energy of 60kWh and peak power of 600kW. Moreover, as it is equipped with a 705V fast-charging adapted battery, the RM20e will be fully charged in no time. No obstacles whatsoever in the driving fun that N always provides.
Design
The RM20e is a rear-drive high-performance sports car prototype. It was mainly modified from the two-door, two-seat coupe body shell of the RM19. The front and rear overhangs are 899mm and 784mm respectively, giving the car an overall balance and grip. The enlarged front splitter, rear air diffuser, and wing spoiler enhance the aerodynamics as well as give an aggressive look. The form follows function.
You must log in to use the service.
This service requires login.
This service requires login.
You have copied the code. Paste it where you want it.
You have copied the link. Paste it where you want it.