Kia Niro EV Goes on Sale in South Korea
The new Kia Niro EV goes on sale today in Korea, combining an all-electric, zero-emissions powertrain with crossover practicality, intelligent packaging and eye-catching design. A long-distance driving range of up to 385 kilometres makes it one of the most capable electric vehicles on sale anywhere in the world.
The Niro EV occupies a unique position in the global market as an all-electric CUV (crossover utility vehicle), and sits alongside the existing Hybrid and Plug-in Hybrid variants of the car – of which more than 200,000 have sold globally since the Niro’s introduction in 2016. The Korean carmaker has received more than 5,000 pre-orders for the Niro EV in its domestic market since the car was first revealed earlier this year.
Matching its sporty, crossover design, the Niro EV offers buyers long-distance, zero-emissions driving ability and enjoyable performance with a next-generation electric vehicle powertrain.
A high-capacity 64 kWh lithium-polymer battery pack affords a driving range of up to 385 kilometres on a single charge with zero emissions. Plugged into a 100 kW fast charger, it takes 54 minutes to recharge the Niro EV’s battery to 80%. Buyers will also be able to specify an optional 39.2 kWh lithium-polymer battery pack, with a range of up to 246 kilometres from a single charge.
Power is provided to the front wheels through a 204 ps motor, producing 395 Nm torque from a standstill, for acceleration from 0 to 100 kph in just 7.8 seconds. The battery pack is located low down in the body, beneath the trunk floor, creating a centre of gravity more akin to that of a sedan or a hatchback, ensuring maximum stability and driving enjoyment on winding roads.
About the Author
Subhash Nair Written work on dsf.my. @subhashtag on instagram. Autophiles Malaysia on Youtube.
Related Posts
MG Motor Malaysia Opens Multiple New Dealers Across The Country →
This Is Why You Need To Have Special Perils Insurance For Your Car In Malaysia →
Ford Mustang 60th Anniversary Package For 7th Gen Model →
