
Snow tires increase fuel consumption by about 8%. Fuel consumption standard: The fuel consumption standard is an important indicator for measuring the fuel economy of a vehicle. Fuel economy is usually measured by the amount of fuel consumed by a vehicle over a specific driving cycle or the distance a vehicle can travel with a certain amount of fuel. It is commonly evaluated using the fuel consumption per 100 kilometers (liters/100 km). Definition of constant-speed fuel consumption: Constant-speed fuel consumption refers to the fuel consumption per 100 kilometers obtained from the constant-speed fuel consumption test specified by national standards for certain types of vehicles. These vehicles include M1 class, M2 class with a maximum design total mass not exceeding 3.5 tons, and N1 class compressed natural gas vehicles; as well as M1 class and N1 class vehicles with a maximum design total mass not exceeding 3.5 tons.

I've been using winter tires for several winters, and over the years, I've noticed an average fuel consumption increase of about 10%, depending on speed and road conditions: if I frequently drive on highways at speeds over 100 km/h, the tire friction increases, potentially raising fuel consumption by 15%-20%; at low speeds in the city, it's not as bad, only 5%-10% more. I think this is related to the soft rubber of winter tires—they offer better grip but have higher rolling resistance, causing the engine to consume more fuel. To save money, I always increase the tire pressure before winter, ensuring it's within the reasonable range, which helps reduce fuel consumption a bit. I also regularly check tire wear, as new tires are slightly more fuel-efficient than worn ones. Although it costs a bit more in fuel, safety comes first—winter tires prevent skidding on icy roads, making the extra fuel consumption worth it. I recommend avoiding sudden acceleration or prolonged high-speed cruising after switching to winter tires, as this saves fuel and extends tire life.

Using winter tires does increase fuel consumption somewhat. Based on my experience, it's typically around 12%-18% higher, especially noticeable on steep slopes or in areas with heavy snow accumulation. I often drive on mountain roads during winter, and adjusting the tire pressure correctly can reduce fuel consumption by 3%-5%. I recommend checking the tire pressure monthly and keeping it close to the manufacturer's suggested value. Additionally, driving habits have a significant impact: gentle acceleration and gradual braking can make the increase in fuel consumption less dramatic. Another tip is to choose winter tire models with low rolling resistance. Although they're more expensive, they're more economical in the long run due to fuel savings. After all, safety is paramount in winter, and trading slightly higher fuel consumption for reliable braking and anti-skid performance brings peace of mind for family trips. The extra fuel cost amounts to a few dozen dollars per month, but avoiding accident risks is definitely worth it.

Snow tires increase fuel consumption, typically between 5%-15%. I've driven many snowy roads where the tire friction is greater, the engine has to work harder, and thus consumes more fuel. Maintaining tire pressure is a key point; keeping it slightly higher can reduce fuel consumption. Safety is more important than fuel, as the anti-skid grip is significantly stronger.


