Matka-ajossa tyylikäs täyssähköuutuus - Skoda Enyaq Coupe RS iV 4x4
Uploaded 2 years ago by Ammattilehti.fi
Video Summary
- The car is a new Skoda Enyaq Coupe RS all-wheel drive with an 80 kWh battery. - The car is being charged at a Helen charging station and driven 430 km towards Vaasa. - Road conditions are rainy and temperatures are about 1.5 degrees Celsius. - The exterior of the car looks stylish. - The vehicle has excellent visibility. - The RS seats are good, and there are enough seat adjustments. - This car is comfortable and comparable to the normal Enyaq version. - In a 0-degree Celsius, expect to drive approximately 310 km on a full charge. - Drove 270 km to Parkano, and the battery meter shows 4% and about 13 km remaining. - At the start of this particular journey, the car began with 92% charge. - At 0 degrees, 21.6 kWH is consumed per 100 km. - The average consumption was 20.7 kWh per 100 km. - The range could be better; 350 km would be ideal. - While driving on the motorway at 105 km/h, the average consumption is 22.4 kWh/100km. - It is a stylish vehicle and is good on the road. - The coupe design offers plenty of room. - The panoramic roof brings in enough light. - The base price starts at around 53,500, while the RS version starts around 67,000. - The car reviewed is equipped with excellent options and costs about 71,598. - There is lots of torque: 460Nm. - The car has a high level of equipment. - Its 0 to 100 km/h acceleration is 6.5 seconds, and its top speed is 180 km/h. - While the RS is sporty, it doesn’t quite compare to cars like the Mustang or Kia EV6 GT. - The reviewer highlights the spacious interior. - The Škoda had excellent power, and handling on the road was satisfactory. - The overall driving experience was positive. - It fits two golf bags, and it will likely transport a dog without issue. - It suits a person who drives a lot, such as a sales rep, and it has a long range. - Charging at the K-Lataus station reached over 100kWh. - A full charge yields about 310 km in 0-degree Celsius temperature conditions.