How the SUV Killed the Sedan: The Truth Behind India’s Big Car Craze

Take a look around you at a traffic junction today. What do you see? High bonnets, flared wheel arches, and an endless sea of compact and mid-size SUVs.

Just a decade ago, things were very different. If a collector, a senior corporate leader, or a successful business person bought a premium car, it was almost always a Honda City or a Toyota Corolla Altis. That low-slung, three-box shape was the ultimate mark of elegance and stature.

Fast forward to today, and buyers with the exact same budget are putting down their money on a Creta, a Thar, or a Grand Vitara. Even in the executive bracket, buyers choose a Fortuner over a luxurious Camry without a second thought.

Did Indians genuinely fall out of love with sedans, or did manufacturers quietly nudge us into the SUV corner?

In How SUV Killed the Sedan Truth Behind the Big Car Craze, I broke down the engineering evolution, the buyer psychology, and the cold manufacturing math behind this massive shift. Here is the full story.

1. The Monocoque Revolution: When SUVs Learned to Drive Like Cars

To understand where this shift started, look at early-generation SUVs like the Tata Sumo, Safari, and Mahindra Scorpio.

Those older machines were built on ladder-frame chassis borrowed from commercial vehicles. They were heavy, virtually indestructible, and took broken roads like tanks. But on an expressway at 100 km/h, they rolled like boats. The ride was bouncy, and sharp cornering was out of the question.

Sedans, meanwhile, ruled the highways because of their lightweight monocoque chassis: lower center of gravity, razor-sharp handling, and rock-solid high-speed stability.

Then automotive engineers pulled off a masterstroke: What if we take the car-like monocoque chassis of a sedan and drop a butch SUV body shell on top?

That birthed the modern crossover era. Suddenly, machines like the Renault Duster and Mahindra XUV500 arrived. They looked commanding on the outside, but drove as easily and smoothly as a Swift or an i20. That single engineering breakthrough marked the beginning of the end for the traditional sedan.

2. Ergonomics and Highway Psychology

Beyond looks, two major design factors completely changed buyer preference:

• The H-Point: In automotive design, the hip point determines how you enter a car. In a low sedan, getting into the cabin requires you to stoop down—almost like a mini squat. For elderly parents or people with knee and back issues, it can be physically demanding. In an SUV, you simply slide across onto the seat.

• The Command View: Sit in a low-slung sedan on a crowded highway, and you often find yourself staring straight at the rusted bumper and dirty exhaust pipe of a commercial truck ahead. In an SUV, the upright driving stance gives you a clear line of sight over traffic. Even if a sedan offers higher crash safety and sharper dynamics, sitting inside a tall vehicle instinctively makes families feel safer.

3. The Reality of Indian Roads

Let's talk about the practical reality every Indian driver faces.

A single monsoon shower turns city streets into waterlogged ponds. As a sedan owner driving a Honda City, heavy downpours immediately spike your blood pressure—you worry about water entering the exhaust, splashing into the air intake, or scraping submerged debris.

Then come the infamous unmarked, oversized speed breakers and crater-sized highway potholes:

• In a low sedan, the front bumper lip constantly wages war with tall speed bumps. Hit an unexpected drop at speed, and the bumper clips snap or scrape.

• In an SUV, with 190 mm to 200 mm of ground clearance, you don't break into a sweat. You cruise over broken patches and speed breakers without having to brake to a dead crawl or steer diagonally.

4. The Skateboard EV Platform Factor

There is another critical technical reason why sedans are disappearing: the rise of electric vehicles.

Most ground-up EVs use a skateboard platform where the heavy battery pack sits directly beneath the cabin floor. That battery pack easily adds around 5 to 6 inches of floor thickness.

If you pack that thickness under a traditional low sedan, the floor rises, forcing passengers to sit with their knees pushed up awkwardly unless the roofline is reworked at massive expense. The simplest, most practical way for carmakers to package that battery without sacrificing cabin headroom is to increase overall vehicle height—effectively creating an SUV or crossover shape.

While advanced global engineering firms like Tesla or BYD build low, aerodynamic EV sedans, in developing markets where high ground clearance is mandatory, the tall SUV form factor is the obvious choice.

5. The Manufacturer's Jackpot: The Pricing Game

Here is the financial reality carmakers rarely discuss openly:

It costs an automaker almost the exact same amount of money to engineer and manufacture a sedan as it does an equivalent crossover built on the exact same platform:

• Think of the Skoda Slavia versus the Kushaq.

• The Volkswagen Virtus versus the Taigun.

• The Honda City versus the Elevate.

The platform, suspension components, switchgear, and engine options are largely shared. Yet, slap on roof rails, plastic cladding, and raise the suspension, and buyers gladly hand over ₹2 to ₹5 Lakhs extra for the SUV variant. For automotive brands, SUVs are high-margin cash cows.

Sedans vs SUVs: Where Do You Stand?

Years ago, car lovers bought the Esteem, Accent, Zen, Lancer, Octavia, and City on roads that were far worse than today's national highways. Back then, enthusiasts accepted the lower ground clearance for the joy of driving.

Today, SUVs bring undeniable practicality, easy ingress, and stress-free ground clearance. But for true driving purists who crave aerodynamics, razor-sharp turn-in, and the pure thrill of being glued to the tarmac, a well-tuned sedan remains untouched.