My EV Journey: From Curiosity to Clarity

Why real-world driving, not spec sheets, finally made electric vehicles (EVs) make sense

For four years, I wanted to buy an electric vehicle, but I refused to do it blindly.

Like most long-time internal combustion engine (ICE) drivers, my hesitation was not about technology or even range; it was about driving behaviour. I had spent decades building muscle memory around coasting, refuelling and long motorway stretches. EVs did not just change the powertrain, they changed how a car behaved. That shift felt unnatural, even uncomfortable.

This article is not about praising or criticising brands. Every EV I drove had strengths and weaknesses. What follows is about the human side of transitioning from ICE to EV, the learning curve, the mindset shift and what real-world driving teaches you that spec sheets never will.

The ICE habit we never question

With petrol cars, we are used to driving 400–500 miles on a tank. When the needle drops below 100 miles, we casually pull off at the next exit. Petrol stations are everywhere. We never time the stop or think about it.

Ironically, EV charging is often labelled “too slow”, yet when measured honestly, many ICE fuel stops (exit, refuel, restroom, coffee) are not that different in total time. We just do not notice because we have been doing it for 100 years.

With early EVs offering around 200 miles of real-world range, stopping after 100 miles simply became the new rhythm. Once I accepted that, range anxiety started to fade.

The first spark: Tesla Model S

The first EV that truly excited me was the Tesla Model S. That large touchscreen changed how I thought a car could feel. I liked it so much that I installed a similar setup in my 2011 Toyota Avalon.

Still, admiration was not enough. The price kept me grounded.

I also drove the BMW i3 and Tesla Model X, but I hated one-pedal driving at first. In an ICE car, you coast towards a red light. In many EVs, lifting your foot aggressively slows the car. That difference alone can be a deal-breaker for new EV drivers, and it nearly was for me.

The Lucid phase: comfort vs reality

Lucid Air looked like the perfect bridge from ICE to EV: long range, physical buttons, familiar layout.

On paper, it was flawless.

In reality, especially during a Chicago → Michigan → Tulsa winter trip, things changed.

Cold weather crushed efficiency, charging rarely hit advertised speeds, and the trip required frequent, unpredictable stops. The car was beautiful and incredibly comfortable, but long-distance execution did not match expectations.

That was my first big lesson: comfort does not matter if charging behaviour breaks the trip.

Tesla, FSD and the importance of ecosystems

When I returned to Tesla, especially after experiencing Full Self Driving (FSD), the brand felt less like a car company and more like a technology platform. Routing, charging integration and planning simply worked better.

But even then, perfection remained elusive. Real-world efficiency varied wildly depending on speed, weather and terrain.

The big surprise: range does not decide stops

This realisation reshaped everything.

-A Genesis GV80 EV with less range made fewer stops than a Lucid Air.

-A Chevy Bolt EV and a Rivian R1S stopped at the same charger and arrived at the same time.

-A Rivian R1S in Conserve Mode rivalled saloon efficiency.

-A Ford F-150 Lightning handled a 180-mile trip with zero stress.

What mattered most was not vehicle size, it was:

-Charging curve

-Charger placement

-Driving behaviour

A smaller battery with a better charging curve can beat a larger battery on road trips.

The final twist: Chevy Equinox EV

I never planned to buy an SUV.

My shortlist came down to saloons: Model 3, Ioniq 6, EQS, Lucid Air. Price, service experience and real-world value eliminated them one by one.

Then, almost accidentally, I bought a Chevy Equinox EV.

After incentives, it cost nearly 20,000 dollars, delivered about 319 miles of real-world range and completed a Michigan → Oklahoma trip in one day on the same route that previously forced an overnight stop in a Lucid.

It was not fast.

It was not luxurious.

Its charging speed topped out at around 150 kW.

But it was honest.

And that was what finally mattered.

What four years of EV testing taught me

1.Charging network matters more than battery size.

2.Charging curve matters more than peak charging speed.

3.Real-world testing beats spec sheets.

4.Big vehicles are not automatically worse.

5.Driving habits matter more than people admit.

6.Price still matters, more than hype.

 What is next

The testing is not over. Next comparisons:

–Equinox EV vs Tesla Model Y (Tulsa → Michigan)

–Equinox EV vs Lucid Air Touring (Tulsa → Fresno, California)

These are not races, just real-world data. If you are interested in more EV nerd details, let me know in the comments. Happy to go deeper.