What is the zero-whole ratio of the Mercedes-Benz C-Class?
2 Answers
The zero-whole ratio of the Mercedes-Benz C-Class is 823.59%. This means that the cost of buying all the parts separately to assemble a Mercedes-Benz C-Class is equivalent to the price of more than 8 new cars, far exceeding the market average of 350.93%. Definition of zero-whole ratio: It refers to the price difference between the whole vehicle and its parts. A zero-whole ratio of 1:3 means the cost of assembling a car with original parts is three times the price of the whole vehicle. The higher the zero-whole ratio, the higher the maintenance cost. The Mercedes-Benz C-Class in China has reached a ratio of 1:13, leading to exorbitant repair costs—minor repairs can be financially draining, while major repairs can be devastating, making it a typical case of a car that is affordable to buy but unaffordable to maintain.
I previously delved into the zero-whole ratio of the Mercedes-Benz C-Class, which typically fluctuates between 600% and 700%. This means the sum of all parts can buy six to seven whole cars, primarily due to the excellent craftsmanship of Mercedes-Benz parts and high import costs. For example, a single headlight might cost several thousand yuan, and the braking system is even more expensive. Even a minor scratch during repairs can result in significant expenses, so owners need to plan their repair budgets in advance. Opting for comprehensive insurance can save a lot of hassle. Regular comprehensive vehicle inspections help detect minor issues early, making repairs more cost-effective. Overall, while Mercedes-Benz cars are durable, the subsequent expenses are indeed on the higher side.
