Thursday, March 31, 2011

Kia Unveils Naimo EV Concept at Seoul Motor Show


Making its world premiere today at the at the Seoul Motor Show, is Kia’s Naimo electric crossover utility vehicle (CUV), a B-segment sized concept car that will serve as a test-bed for the company's EV technology. Penned by Kia's international design team in Seoul, the car takes its name from the Korean word “Ne-mo”, which is pronounced ‘Neh-mo’ and means ‘square shape.

Measuring 3.89 meters in length, the car has a relatively long wheelbase of 2.65 meters, with Kia making claims of a spacious cabin, with “exceptional” head, leg and shoulder room for the occupants. The car has no B-pillars and features rear-hinged doors to improve access to the cabin, while the boot-lid has a three-way split opening system for the easier loading of different-sized objects.

As for the design, the boxy shape brings to mind the KV7 concept, while details like the assymetric sunroof, the blacked-out A-pillars or the unusual built-in LED taillights give the Naimo a unique look.

Another interesting detail is the lack of windscreen wipers, replaced by a high-intensity air jet at the base of the screen that performs an “air-wiper” function. The interior features bespoke materials such as Korean oak on the floor and door panels and “Han-ji” paper for the head lining.

The car is powered by an electric motor developing 80 kW (109HP) and 280 Nm (206.5 lb-ft) of torque, allowing it to reach a top speed of 150 km/h (93.2 mph). The twin-pack 27 kWh battery located under the boot floor offers the Naimo a driving range of around 200 km (124 mi) on a single charge. The battery can be recharged in 25 minutes to 80 percent of its capacity, but full charge takes five and a half hours. In order to help achieving a reasonable driving range, the car is also fitted with special low-drag 20-inch alloy wheels.

Kia said the Naimo will join the company's test fleet of hybrid, electric and fuel-cell vehicles and will undergo testing in varying conditions to improve the EV technology that will later be applied to production vehicles.

By Dan Mihalascu


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