The rapid rise of Chinese EV manufacturers could force the global automobile industry to rethink not only how cars are built, but why we still love driving them.
There is a strange irony unfolding in the automobile industry.
For more than a century, carmakers competed to make cars faster, safer, more efficient and easier to drive. Now that technology is finally capable of doing almost everything for us, some drivers are discovering that they miss the part where they actually drive the car.
At the same time, a new generation of Chinese electric vehicle manufacturers is expanding rapidly into markets around the world. Brands such as BYD, Geely, NIO and others are bringing cars with sophisticated electronics, impressive battery technology and increasingly competitive pricing into territory long dominated by European, Japanese and Korean manufacturers.
It would be easy to view this simply as another battle for market share.
But history suggests something much more interesting may happen.
We Have Seen This Before
Japan's automotive rise in the 1970s and 1980s created a similar shock.
Toyota, Honda, Nissan and other Japanese manufacturers entered Western markets with cars that were relatively affordable, fuel-efficient and increasingly reliable. American and European manufacturers initially faced enormous competitive pressure.
The response wasn't simply to shut the newcomers out.
There was protectionism and trade negotiation, certainly. But Japanese manufacturers also began investing directly in Western markets, establishing factories and creating deeper relationships with local economies.
Then came Korea.
Hyundai and Kia initially competed primarily on price. Over time, however, Korean manufacturers invested heavily in engineering, design, manufacturing and technology. The companies that were once regarded primarily as inexpensive alternatives eventually became serious global competitors.
The result wasn't the disappearance of American, European or Japanese automobiles.
Competition forced everyone to improve.
Perhaps the same thing is happening again, only this time the technology moving across borders is electrification.
The Geely-Volvo Lesson
One of the most fascinating examples is sitting right in front of us: Volvo.
In 2010, China's Geely Holding acquired Volvo Cars from Ford. Yet Volvo did not simply become a Chinese car wearing a Swedish badge.
Volvo retained its Swedish identity, design philosophy and engineering culture while gaining access to new investment, technology, markets and the resources of a much larger global automotive group.
The relationship demonstrates something important.
Ownership and collaboration do not necessarily have to erase identity.
In fact, they can sometimes strengthen it.
Volvo's Swedish heritage remains one of the company's most important assets. Geely, meanwhile, brought capital, scale and access to the rapidly developing Chinese automotive ecosystem.
It is a useful model for thinking about what could happen next.
Instead of asking whether European manufacturers can defeat Chinese manufacturers, perhaps we should ask whether the two sides can learn from one another.
What If Porsche and BYD Worked Together?
Imagine, purely as a thought experiment, a collaboration between Porsche and BYD.
Porsche brings something that cannot simply be purchased by buying another battery factory: decades of expertise in chassis tuning, steering, suspension, braking, weight distribution and, perhaps most importantly, the art of making a car feel alive.
BYD brings enormous expertise in batteries, electric powertrains, electronics and high-volume manufacturing.
Put those capabilities together and you have an intriguing proposition.
Not a Chinese Porsche.
Not a German BYD.
A genuinely global sports car.
BYD engineers could concentrate on battery technology, thermal management, power electronics and electric motors.
Porsche engineers could obsess over steering feel, suspension response, brake modulation, torque delivery and the relationship between the driver and the machine.
And then comes the part that interests driving enthusiasts most.
What Happened to the Gearbox?
Modern EVs are extraordinary machines.
Instant torque, silent acceleration and sophisticated electronic control make them phenomenally effective. Yet effectiveness and engagement are not necessarily the same thing.
For many enthusiasts, driving isn't simply about reaching the next corner as quickly as possible.
It is about the sequence of actions.
Selecting a gear.
Feeling the drivetrain respond.
Balancing throttle and braking.
Using engine braking on the way into a corner.
Deciding when to shift.
Feeling the car settle as the next gear engages.
A conventional single-speed EV removes much of that mechanical conversation.
There is no rising engine note followed by a shift. No downshift before a corner. No satisfying click from a paddle as the transmission changes ratio.
Porsche has already demonstrated that electric cars do not necessarily have to be single-speed machines. The Taycan uses a two-speed transmission on its rear axle, showing that gearing can still have a role in electric performance.
So why stop there?
Imagine an electric sports car with a sophisticated multi-speed transmission, genuine manual control and carefully engineered torque delivery.
Not an artificial soundtrack pretending there is an engine underneath.
Not a vibration motor pretending there is a clutch.
Actual mechanical interaction.
The electric motor provides the power.
The transmission provides another layer of control.
Suddenly, the driver has something to do again.
The DSLR Problem
This is where the analogy with photography becomes useful.
A smartphone camera is an extraordinary piece of technology. Computational photography can now produce images that would have required serious equipment only a generation ago.
For everyday photography, it is brilliant.
But there is still something fundamentally different about picking up a DSLR or mirrorless camera, selecting a lens, controlling aperture, choosing shutter speed and deciding exactly how you want the image to look.
The smartphone asks:
"What do you want a picture of?"
The dedicated camera asks:
"What do you want to create?"
Cars may be heading toward the same divide.
For everyday transportation, give people the effortless EV.
Let it be quiet, comfortable, efficient and easy to operate. Let it optimise energy consumption, assist with traffic and make the daily commute less exhausting.
But there should also be cars that ask something of their drivers.
Cars where the driver can decide how aggressively the drivetrain responds.
Cars with adjustable transmission behaviour.
Cars where the paddles actually mean something.
Cars that reward learning the machine.
The Future Doesn't Have to Choose
This is ultimately bigger than Porsche, BYD, Volkswagen, BMW or Mercedes-Benz.
The automobile industry doesn't necessarily have to choose between European engineering and Chinese manufacturing expertise.
It could combine them.
The Japanese learned from the West. The West learned from Japan. Korean manufacturers absorbed lessons from everyone and developed their own strengths. Geely invested in Volvo without simply erasing Volvo's identity.
Now Chinese EV manufacturers have arrived with technology and manufacturing capabilities that established manufacturers cannot afford to ignore.
The sensible response may not be to build higher walls.
It may be to build better bridges.
Because the best car of the future shouldn't simply be cheaper, faster or more technologically advanced.
It should also leave something for the person behind the wheel.
Progress should not mean removing the driver from driving.
It should mean giving the driver more ways to decide how the machine behaves.
The point of technology has always been to expand what humans can do.
Perhaps the automobile industry should remember that when it designs the next generation of cars.
Because sometimes the most advanced machine isn't the one that does everything for you.
Sometimes it's the one that gives you more control over what it can do.
My Ideas. AI Articulated.



