Comparison: Continental AllSeasonContact vs. Kleber Quadraxer 2

The comparison of two popular all-season tyres, Continental AllSeasonContact and Kleber Quadraxer 2 reveals crucial differences in their performance based on test results and experiences. These tyres are manufactured by two renowned companies: Continental and Kleber.

Continental AllSeasonContact has an overall good performance, standing out for its handling in wet and dry conditions and having low rolling resistance. However, this tyre has some relative drawbacks such as high internal noise, weak snow traction, and extended dry braking. According to various tests, it ranks fairly well among competitors, taking the 5th position out of 27 tyres in Autobild, and 1st in Autoklub ČR. The Continental AllSeasonContact is considered as an all-round tyre and produced in countries like SK, FR, and CZ. It has an impressive rating of 90%.

On the other hand, Kleber Quadraxer 2 boasts some notable advantages, such as excellent grip on snow, high aquaplaning resistance, and low internal noise. However, it scores low on grip in wet and dry conditions, with long braking distances and slow-to-react handling. This tyre also suffers from high rolling resistance. In various tests, it ranks relatively lower than its counterpart, standing at the 11th position out of 27 tyres in Autobild and 5th in Autoklub ČR. The Kleber Quadraxer 2 is also an all-round tyre with a rating of 61% but has been replaced by a newer model, Kleber Quadraxer 3.

In summary, both tyres exhibit strengths and weaknesses, and it's ultimately up to the individual preferences and driving conditions to make the best choice. The Continental AllSeasonContact is a better all-rounder, especially for those who value handling and performance in wet and dry conditions, while also maintaining a low rolling resistance. On the other hand, the Kleber Quadraxer 2 is an excellent choice for those who prioritize grip on snow and aquaplaning resistance. However, it's essential to consider that the Quadraxer 2 has been replaced by an improved model, which might substantially influence the decision-making process.