Polski
русский
Українська

Kia's new budget crossover will help buyers save money. Photo

Stas SidilevNews
Kia EV2
The EV2 model was first shown on the. Source: Carscoops

The new Kia EV2 budget crossover was shown online in a photo. Not only will the car help buyers save money thanks to its low price, but they won't have to spend money on fuel because the model is electric.

This is a new inexpensive car that will take a basic place in Kia's EV lineup. The compact crossover is aimed at young buyers. Carscoops reports about the car. They have already shown a prototype of a new Kia model that has hit the roads.

The EV2 is expected to be based on the Hyundai Inster electric crossover. However, there is no information about the design - the car is undergoing road tests with a camouflage on the body. It will be 4 meters long.

Kia EV2

The appearance of the Kia EV2 model has already been officially confirmed by the company. The new Kia electric crossover will have a modern design with spectacular exterior lighting and many intersecting planes and geometric lines on the body.

The new Kia EV2 will be powered by battery packs with a capacity of 42 to 62 kWh. The premiere is expected in 2025, and the market debut will take place in 2026. The estimated cost is from 25,000 euros.

Other News

Leopard is still in trend: Nicole Scherzinger showed a fashionable look

Leopard is still in trend: Nicole Scherzinger showed a fashionable look

Predatory animal print continues to be in the top in popularity
How to remove scratches on the car without paint

How to remove scratches on the car without paint

What products will help with both small and big ones on the body and glass
How to cook liver for everyone to eat: a delicious recipe for the family

How to cook liver for everyone to eat: a delicious recipe for the family

Even those who do not like liver will like it
Hungriest black hole discovered: monstrous void swallows matter at 40 times the theoretical limit

Hungriest black hole discovered: monstrous void swallows matter at 40 times the theoretical limit

Its huge appetite may help explain how some tiny black holes become supermassive so quickly