Introduction
Walk out to any suburban driveway or supermarket parking lot today, and
the view is unmistakably uniform. You are surrounded by a sea of high
beltlines, tall tailgates, and rugged, black-plastic wheel arches. The
traditional three-box sedan—once the absolute default canvas of the automotive
world—has been systematically pushed to the fringes.
How did we get here? And more importantly, as the automotive landscape
shifts toward electrification, is it time to admit we threw the baby out with
the bathwater?
Part 1: How the SUV Conquered the World
The death of the sedan wasn't an overnight assassination; it was a
decades-long coup engineered by clever marketing, shifting consumer psychology,
and regulatory loopholes.
1. The "Command" Seating Position
The single biggest selling point of the modern SUV or crossover isn't
off-road capability—it’s hip-point height. Drivers love sitting high. It
provides a perceived "commanding view" of the road ahead.
Paradoxically, because everyone now drives a tall vehicle, that
visibility advantage has mostly vanished, but the psychological comfort
remains. Entering and exiting a tall crossover is simply easier on aging knees
than dropping down into a traditional low-slung car. I must admit that I have
recently moved to an SUV after driving a beautiful low slung and wide car,
because of the ease of entering and exiting a taller SUV.
2. The Illusion of Capability
Automakers masterfully sold the dream of the "active
lifestyle." Ads showed families hauling kayaks up rocky mountain trails,
even if 99% of those vehicles would never face a challenge harsher than a
rain-slicked Bunnings/Costco parking lot. The hatchback opening and fold-flat
seats offered a level of practical cargo-shoving freedom that a traditional
trunk just couldn’t match.
3. The Regulatory Loophole (CAFE Regulations)
Behind the scenes, government policy quietly incentivised car companies
to kill the sedan. Corporate Average Fuel Economy (CAFE) standards in regions
like the United States set fuel efficiency targets based on a vehicle’s
"footprint." Larger vehicles (trucks and SUVs) were held to laxer
standards than smaller cars.
The Profit Margin Factor: It was
vastly more profitable for automakers to build and sell a large crossover on a
shared platform than to engineer a highly efficient sedan to meet razor-thin
regulatory margins.
Part 2: The Hidden Costs of High-Riding
Hegemony
While crossovers and SUVs brought undeniable practicality, their
absolute dominance has extracted a heavy toll on our roads, environment, and
driving dynamics.
- The
Efficiency Penalty: Physics cannot be discounted
or undefeated. A taller vehicle has a larger frontal area, meaning it must
push significantly more air out of the way. This higher aerodynamic drag
coefficient, combined with the extra weight of a taller body structure,
ensures that a crossover inherently uses more energy (fuel or electricity)
than a comparable low-slung sedan.
- The
Dynamics Deficit: Taller vehicles have a
higher centre of gravity. To keep them from rolling over or leaning
excessively in corners, manufacturers have to stiffen the suspension. This
often results in a ride that is busy and harsh over small bumps, paired
with handling that feels numb and disconnected compared to a nimble,
low-slung car.
Part 3: Why the Sedan Deserves a Comeback
We have reached "peak SUV," and the cracks in the armor are
beginning to show. A renaissance for the sedan isn't just a nostalgic pipe
dream—it is an engineering necessity, especially as we transition into the
electric era.
1. The EV Range Savior: Aerodynamics
In an electric vehicle (EV), range is king, and aerodynamic efficiency
is the easiest way to unlock it. At highway speeds, aerodynamic drag accounts
for the vast majority of an EV's energy consumption. Because sedans have a
inherently sleeker profile, they cut through the air with far less effort. A
lower sedan can often achieve 10% to 20% more driving range out of the exact
same battery pack than a heavy, blunt-nosed SUV.
2. The Joy of Driving
There is an undeniable elegance to how a well-engineered sedan moves. By
keeping the mass closer to the asphalt, sedans can run more compliant,
comfortable suspension tuning while still maintaining sharp, predictable
handling. They are inherently more stable at high speeds, less susceptible to
crosswinds, and vastly more engaging to drive.
3. Safety for Everyone Else
While SUV occupants benefit from a mass advantage in multi-vehicle
crashes, their high hoods and heavy weights pose a disproportionately higher
danger to pedestrians and smaller vehicles. Sedans feature lower impact points
that are inherently more forgiving to vulnerable road users, making for a safer
overall ecosystem on public streets.
The Verdict
The SUV won the first round because it solved a math equation focused
strictly on cabin space and utility. But as efficiency regulations tighten and
drivers look to extract every single mile out of their battery packs, the
elegant, efficient, and dynamic three-box shape is looking less like a relic of
the past and more like a blueprint for the future.
The sedan shouldn't just be missed—it deserves to be brought back.
Further Reading
1. Sedan Vs SUV - Wheels Magazine Australia - Issue May 2025
2. Why Cars Became SUVs - The Design, Safety, Marketing and Lifestyle Shift That Changed the Road - Etienne Psaila







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