Skoda’s continues to reveal details about the all-new compact crossover Modern Solid. The model will be introduced on November 6.

The company has previously said that Skoda Kylaq will be built on the MQB-A0-IN platform for large cars, so this compact SUV “gives the feeling of a large car in a 4-meter body.” The vehicle is based on the same platform as Kushaq and Slavia. These two cars have already received a full 5-star rating in Global NCAP tests for adults and children.

The car will be powered by the proven and efficient 1.0-litre TSI engine mated to six-speed manual or six-speed automatic transmission options. The engine produces 115 liters of power and 178 Nm of torque.

The Kylaq comes standard with more than 25 active and passive safety features, including six airbags, traction and stability control, anti-lock braking system, electronic brakeforce distribution, rollover protection, engine traction control, electronic locking, ISOFIX seats and more. future.

I We are proud to present Skoda India’s first compact crossover, Kylaq. Kylaq is designed and manufactured with a high level of localization, thus reinforcing our commitment to the Make in India strategy. It represents the DNA of our Group, consisting of driving dynamics, safety and comfort, as well as practical features that our valued customers want. I am confident that the product will resonate with the mindset of Indian customers. Designed and manufactured in India, Kylaq will be a turning point for India. Piyush Arora, Managing Director and CEO, Skoda Auto Volkswagen India

Kylaq has been tested on more than 800,000 kilometers of Indian terrain, including urban, highway, mountain and hilly roads. This is greater than the distance of the Earth to and from the Moon. It has been tested at temperatures from -10 to +85 degrees Celsius and at altitudes up to 3,000 meters above sea level.

Tests confirmed that the car is not afraid of the heaviest rains. The Kylaq has also been vibration tested to ensure the cabin remains quiet and rattle-free on all road surfaces.