Comparison: Viking Fourtech vs. Giti AllSeason AS1

The Viking Fourtech and the Giti AllSeason AS1 are both all-round tyres, with similar ratings and functionalities. On one hand, the Viking Fourtech has an overall rating of 32%, while on the other hand, the Giti AllSeason AS1 slightly edges out with a rating of 33%. Both tyres are manufactured by reputable companies; Viking and Giti respectively. Although both models offer impressive performance, they have distinct strengths that set them apart.

In a recent comparison by Autobild involving 32 different tyres, the Viking Fourtech ranked at the 21st position. The tyre showed excellent characteristics in aquaplaning, both cross and longitudinal, and also boasted of remarkable rolling resistance. Despite not topping the list, the model's aqueous performance coupled with its low rolling resistance assures reliable performance under wet conditions and improved fuel efficiency.

The Giti AllSeason AS1, on the other hand, held its own at the 27th spot in the same competition. Best known for its reduced exterior noise, this tyre guarantees a quiet and comfortable ride. Although it did not perform as well as the Viking Fourtech in terms of overall performance, the reduced noise quality makes the Giti AllSeason AS1 a suitable choice for those who prioritize comfort.

Neither of these tyre models have been replaced with newer ones, making them current and widely available in the market. Despite the similar ratings, the Viking Fourtech and Giti AllSeason AS1 showed varying strengths on the Autobild comparison test. Depending on individual needs and preferences, users might favor one over the other.

In conclusion, both the Viking Fourtech and Giti AllSeason AS1 are commendable all-round tyres, each with its unique pros and characteristics. While the Viking Fourtech outshines in aquaplaning resistance and improved fuel efficiency, the Giti AllSeason AS1 trumps with less exterior noise. It is therefore essential to consider your personal needs, preferences, and driving conditions when choosing between the two models.