
SUVs are primarily more expensive than sedans due to higher production costs. Below is a brief introduction about sedans: 1. Basic Information: According to the latest Chinese national standard "Terms and Definitions of Vehicle and Trailer Types" (GB/T-3730.1-2001), a car is defined as a non-track vehicle with four or more wheels, powered by an engine, and mainly used for transporting people and/or goods, towing vehicles carrying people and/or goods, and other special purposes. 2. Production Period: On January 29, 1886, German engineer Karl Benz applied for a patent for his motor vehicle. In November of the same year, Karl Benz's three-wheeled motor vehicle was granted a German patent (Patent No.: 37435a). This is recognized as the world's first modern automobile.

When I drove an SUV before, I noticed it was significantly more expensive than sedans, mainly because SUVs are larger, with longer and wider bodies, requiring much more steel and aluminum, which drives up material costs. The chassis is designed higher, equipped with reinforced suspension systems and anti-rust treatments to handle bumpy roads more safely, but these components are more complex to manufacture. The roof section often uses reinforced structures to prevent rollovers, with much higher safety requirements. Space practicality is also a selling point, capable of fitting the whole family's luggage or large items, but this means extra materials are needed for seats and interiors. In terms of branding, many SUVs are positioned as premium products with larger profit margins, making the entry price thousands more. In short, the higher cost comes from the overall design and functional upgrades, like my car, which mechanics say is more labor-intensive to dismantle during repairs.

I've used several SUVs, and they always seem to be priced a bit higher. The core reason lies in the chassis: sedans are closer to the ground, making them fine for city driving; but SUVs have increased ground clearance, equipped with independent suspensions and multi-link systems, so you don’t have to worry about potholes or snowy roads. This off-road optimization raises material costs and assembly complexity. The body structure is sturdier, with additional steel beams to protect passengers, and side-impact tests have higher requirements, leading to greater investment in safety. The interior is more spacious—like a trunk that can fit a bicycle or tent, perfect for family trips—but the interior design requires more effort. In terms of features, even base models often come with four-wheel drive, making the consumables and powertrain more complex. Market supply and demand also play a role—SUVs are so popular that brands dare to raise prices. Even mechanics say parts are generally more expensive, and changing a tire takes longer than with a sedan.

I previously compared SUVs and sedans, and the higher cost of SUVs mainly comes down to three major factors: larger body dimensions requiring more steel usage, reinforced frames to prevent deformation; increased engineering complexity due to raised chassis height, adding off-road suspension modules; and more standard technological features like all-wheel drive systems or air suspensions. These designs accommodate diverse road conditions but significantly raise production costs. Brand strategies also play it smart, knowing consumers are willing to pay for space and safety, deliberately setting higher price points. Maintenance reveals that even basic servicing costs a bit more.


