How much is a 240D Mercedes worth?
Typically, you can expect to pay around $9,600 for a 1974 Mercedes-Benz 240D in good condition with average spec. The highest selling price of a 1974 Mercedes-Benz 240D at auction over the last three years was $32,550. Typically, you can expect to pay around $9,000 for a 1970 Mercedes-Benz 220D in good condition with average spec. The highest selling price of a 1970 Mercedes-Benz 220D at auction over the last three years was $10,237.Typically, you can expect to pay around $11,800 for a 1981 Mercedes-Benz 240D in good condition with average spec.Typically, you can expect to pay around $11,800 for a 1983 Mercedes-Benz 240D in good condition with average spec. What is the highest selling price of a 1983 Mercedes-Benz 240D? The highest selling price of a 1983 Mercedes-Benz 240D at auction over the last three years was $35,530.This affordable 1978 mercedes-benz 240d is a collectible to last a lifetime. This 1978 mercedes-benz 240d sold on ebay in 2024 dates from what many consider to be the golden age of mercedes-benz diesels. With remarkably low mileage for its age, this dark green beauty is barely broken in.
Is 1400 kg heavy for a car?
In the last decades, cars have put on an enormous amount of weight. By now, the average European car weighs about 1,400kg (3,086lb). In the US, they’re even a weight class higher: 1,850kg (4,079lb). How Much Do Cars Weigh? Small to medium cars usually weigh between 1000 kg to 1700 kg. Whereas, large vehicles can weigh about 1900 to 2000 kg. Additionally, SUVs and crossover vehicles can even touch the 2100 kg mark or more depending on the body size, type and materials used.
How much does a Mercedes 450sl weight?
Is a heavier car faster?
Adding extra weight to your car will slow acceleration, but won’t reduce its top speed. In determining a car’s top speed, its engine battles two main forces: rolling resistance and aerodynamic drag. At very high speeds, air resistance makes up the vast majority of the overall drag on your car. The heavier the vehicle is, the more energy it needs to get moving. Heavier vehicles have greater inertia and greater rolling resistance, which both contribute to increased fuel consumption. Reducing weight is a very effective way to improve a vehicle’s efficiency (RMI 2011).