The article from Autocar India compares the real-world mileage of the Citroen Basalt X AT and the Skoda Slavia AT. Both cars are popular models in the Indian market, and their automatic transmission variants are put to the test to see which one offers better fuel efficiency.
The Citroen Basalt X AT is powered by a 1.2-litre turbocharged petrol engine that produces 130 horsepower and 230 Nm of torque. The Skoda Slavia AT, on the other hand, is equipped with a 1.0-litre turbocharged petrol engine that produces 115 horsepower and 178 Nm of torque. Both cars have a 6-speed automatic transmission.
The test was conducted in real-world driving conditions, including city traffic, highways, and hills. The results showed that the Citroen Basalt X AT returned an average mileage of 12.1 kmpl, while the Skoda Slavia AT returned an average mileage of 12.5 kmpl.
In city driving conditions, the Skoda Slavia AT performed better, returning a mileage of 10.2 kmpl compared to the Citroen Basalt X AT’s 9.5 kmpl. However, on the highway, the Citroen Basalt X AT performed better, returning a mileage of 14.1 kmpl compared to the Skoda Slavia AT’s 13.5 kmpl.
The article concludes that both cars offer similar fuel efficiency, but the Skoda Slavia AT has a slight edge in city driving conditions. The Citroen Basalt X AT, on the other hand, performs better on the highway. The difference in mileage between the two cars is not significant, and both cars are suitable for daily driving.
The article also highlights the features and specifications of both cars, including their interior space, comfort, and safety features. The Citroen Basalt X AT has a more spacious interior and a more comfortable ride, while the Skoda Slavia AT has a more modern and feature-rich interior.
Overall, the article provides a detailed comparison of the real-world mileage of the Citroen Basalt X AT and the Skoda Slavia AT, helping potential buyers make an informed decision. The results show that both cars offer similar fuel efficiency, but the Skoda Slavia AT has a slight edge in city driving conditions.