Your EV Data Isn't Wrong. You're Answering the Wrong Question.

I spent two days researching the arguments EV enthusiasts keep throwing at me. Turns out, a lot of them are right. But I still don't need a new truck.

I've spent a fair amount of time discussing electric vehicles on LinkedIn lately. Not because I hate EVs, but because I occasionally question whether they're the right choice for everyone.

Apparently, that's a controversial position.

I mention my paid-off truck, and someone produces a spreadsheet showing how much I'd save on electricity. I bring up towing, and someone tells me most pickup owners rarely tow. I question whether replacing a perfectly functional vehicle makes financial sense, and somehow we end up discussing my environmental responsibilities.

After enough of these conversations, I started wondering if I was overlooking something. Maybe the economics really were that compelling. Maybe the environmental benefits were overwhelming, or perhaps the technology had advanced further than I realized. So I decided to do something potentially dangerous. I checked the research.

I used Astra, an AI research tool, to conduct a detailed evidence audit comparing electric vehicles with gasoline-powered vehicles. Lifecycle emissions, ownership costs, mining, recycling, charging, towing, depreciation. The whole damn thing. The research took nearly two days, partly because I exhausted the tool's available research capacity along the way. I guess even AI has limits to how much EV arguing it can tolerate.

The result was a 26-page report examining 53 numbered sources, including government studies, peer-reviewed research, industry data, and original vehicle tests. Instead of collecting statistics to support one position, the audit assessed the strength of the evidence and identified claims as accurate, conditional, or misleading.

Here's what surprised me: a lot of what EV enthusiasts have been telling me is true. Electric vehicles generally produce fewer lifecycle greenhouse-gas emissions than comparable new gasoline vehicles. Home charging can be significantly cheaper than buying gasoline, EVs eliminate several major maintenance requirements, and electric pickups offer impressive performance and legitimate towing capability.

The research supports plenty of their arguments. Unfortunately, that doesn't mean they're listening. The problem isn't their data. It's that they keep answering questions I didn't ask.

I'm not arguing against electric vehicles. I'm arguing against people telling me what my priorities should be.

The Conversation Nobody Seems to Notice

Here's a simplified version of several conversations I've had.

What I say	What I hear
My truck is paid off.	EVs cost less to operate.
I need to tow my boat.	Most pickup owners rarely tow.
I want long-distance flexibility.	Most Americans don't drive very far.
I don't want to plan trips around charging.	Most EV owners charge at home.
An electric pickup doesn't make financial sense for me.	EVs are better for the environment.

Notice a pattern? I'm not saying their information is wrong. I'm saying it doesn't address what I just told them.

The problem isn't advocating for EVs. It's treating someone's decision not to buy one as an objection that must be overcome.

There's nothing wrong with sharing your experience, explaining the technology, or presenting evidence about the benefits. As a tech nerd, I genuinely enjoy learning about this stuff. But when I tell someone my paid-off truck meets my needs and I'm not interested in replacing it, that's not an invitation to begin the next round of persuasion.

Sometimes a consumer has heard the argument, understands the benefits, and simply doesn't want the product. That shouldn't be so hard to grasp. Instead of explaining how an EV meets my requirements, some enthusiasts seem determined to explain why my requirements shouldn't matter. Those are two very different conversations.

My Truck Is Paid Off. Your Spreadsheet Doesn't Care.

I drive a 2018 Chevy Colorado 4WD. It's paid off, it runs well, and it does what I need it to do. On cue, someone explains that an electric truck would save me money. BAM! Out comes the spreadsheet. Electricity is cheaper than gasoline. EVs have fewer scheduled maintenance requirements. No oil changes! Look at all those savings! Can't you see this is the better choice!? Are fucking stupid?!?

Wonderful. Now show me where I said I was shopping for a new truck.

According to AAA's 2026 Your Driving Costs study, estimated annual ownership costs for its selected pickup categories were $17,414 for electric, $16,626 for gasoline, and $16,117 for hybrid pickups. Those figures include depreciation, financing, insurance, and operating expenses over five years and 75,000 miles. They're modeled category averages, not identical-truck comparisons or predictions about every owner's expenses.

Astra also provided a five-year comparison between keeping a paid-off pickup and buying a new electric one. It assumed 60,000 miles, an existing truck worth $18,000 today and $8,000 after five years, and a $60,000 EV expected to retain $30,000 in value. The calculation included estimated financing, insurance, maintenance, repairs, charging equipment, and energy costs.

Under those assumptions, the EV saved $5,100 in energy expenses but cost $26,600 more overall.

That's a hypothetical comparison, not an appraisal of my Colorado or a prediction of what every electric truck will cost. Change the purchase price, resale value, or other assumptions, and the result changes. Which is exactly the point.

You can't automatically save me $1,000 a year on gasoline by convincing me to spend $60,000 I wasn't planning to spend. Well, technically you can save the gasoline money. It's just a pretty shitty investment strategy if the overall cost is substantially higher.

And yes, I've looked at used Rivian R1Ts, including examples around $40,000. That's considerably more attractive than spending $70,000 or more on a new one, but we're still talking about spending roughly $40,000 to replace a truck that's already paid off and meeting my needs. I created my dream Rivian R1T, and it was $102,000. If it was an option, it was not optional.

When my Colorado becomes too expensive to maintain or no longer meets my requirements, the economics will change. Until then, the question isn't whether an EV costs less to operate. It's whether buying one would leave me better off than keeping my truck.

That's the question my (and your) spreadsheet needs to answer.

Congratulations. You've Discovered the Average American.

Another favorite response is explaining what most people do. Most Americans don't drive very far each day. Most trips are short. Most EV owners charge at home. Most pickup owners rarely tow.

And?

Department of Energy travel data show that most individual vehicle trips are short. Other DOE data report approximately 50 average daily vehicle miles for one-vehicle households. Those findings aren't contradictory; they're measuring different things. A short trip isn't the same as a short day of driving, and neither stat establishes what a particular driver needs from a vehicle.

I don't use four-wheel drive every day. I don't tow my boat every day. I don't take long highway trips every day. TO the EV evangelists, the logical conclusion is that I shouldn't own a vehicle capable of doing those things.

By that reasoning, I should probably get rid of my fire extinguisher. Haven't needed that thing in years.

The value of a capability isn't determined solely by how frequently you use it. Sometimes it's about knowing the capability is available when you need it. Buying a vehicle isn't a statistical exercise in matching my lifestyle to the national average. It's a decision about what I want to own and what I expect it to do.

Yes, Electric Trucks Can Tow. That's Not the Entire Question.

Electric pickups have tremendous torque, smooth and linear power delivery, and impressive towing ratings. I'm not disputing any of that. But there's a difference between being able to pull a trailer and being able to travel conveniently while pulling one.

In a Car and Driver towing test, a Ford F-150 Lightning managed approximately 100 miles of full-charge range while towing a 6,100-pound camper at highway speeds. A Rivian R1T managed about 110 miles with the same trailer.

On the other hand, The Fast Lane Truck completed a 232-mile towing run with a Chevrolet Silverado EV pulling a roughly 6,500-pound enclosed trailer. The truck still showed 19 miles of range, though that distance was estimated rather than verified by driving to depletion.

These tests involved different vehicles, trailers, and conditions, so they aren't directly comparable. But they establish two things: claiming all electric trucks are limited to 100 miles of towing range is bullshit, and claiming that a tow rating proves equivalent long-distance towing convenience is also bullshit.

Gasoline pickups lose substantial efficiency when towing, too. Dragging a trailer down the highway isn't free. But range is only part of the issue. I want to know how far the truck will travel with my trailer at highway speeds under real conditions. I want to know where I can recharge, how long it takes, and whether I have to unhitch the trailer to reach the charger.

Some charging stations accommodate trailers. Others don't. When I ask those questions, telling me most pickup owners don't tow very often isn't an answer.

I'm not questioning whether the truck can pull the trailer. I'm questioning what happens after it pulls the trailer 100 miles.

Home Charging Is Wonderful. So Is Having Options.

I'll gladly concede that home charging is one of the strongest advantages of EV ownership. Plug in when you get home, wake up with a replenished battery, and skip the gas station. Add a solar system, and it becomes exponentially more attractive. For someone with inexpensive electricity and predictable driving, that's a fantastic arrangement.

But the savings depend on what electricity costs and how the vehicle is used. An electric pickup consuming 0.50 kWh per mile costs $9 per 100 miles at 18 cents per kWh. At 35 cents, that becomes $17.50. A gasoline pickup getting 20 mpg at $3.50 per gallon also costs $17.50 per 100 miles.

Those are jut examples, not universal prices, so please don't create another spreasdshet to tell me mine is wrong. We have to start somewhere. Electricity rates vary, and public charging prices depend on the location. Cheap home charging can be a tremendous advantage, while more expensive public charging can narrow or eliminate that energy-cost advantage.

And then there's convenience. When I tell someone I don't want to organize a road trip around charging availability, responding that most charging happens at home doesn't fucking help me.

I'm asking about the trip. You're telling me about your driveway.

A 300-mile full-battery range under actual driving conditions doesn't necessarily mean 300 miles between repeated charging stops. For example, charging from 10% to 80% provides about 210 miles of that range. You can charge higher, but it can take longer, and highway speeds, weather, and towing can change the underlying range substantially.

That doesn't make EV road trips impossible. People take them every day. It means the experience is different.

For some drivers, that difference doesn't matter. For others, the advantages of home charging more than compensate for occasional longer stops. But for someone who values quick refueling, flexible routes, or long-distance towing, those differences may matter.

Neither driver is necessarily wrong. Convenience isn't a universal measurement. It's personal.

But What About the Environment?

Here we arrive at the argument that seems to end up on the table whenever the others fail: EVs are better for the environment. It's the coup de gras.

With respect to lifecycle greenhouse-gas emissions, the research generally supports that claim for comparable new vehicles. The Department of Energy's January 2025 GREET analysis estimated 46% lower lifecycle greenhouse-gas emissions for a representative new electric small SUV compared with its gasoline counterpart.

That includes battery manufacturing, vehicle production, fuel and electricity supply, and operation. The researchers didn't overlook that batteries must be manufactured, and that electricity comes from somewhere.

Mining and battery production have environmental consequences, just as oil extraction, refining, and combustion do. Battery recycling is real and increasingly capable, but high recovery rates at a recycling facility don't mean every retired battery is being collected and recycled.

What I find amusing is how quickly these discussions turn into competing accusations about which industry is destroying the planet more efficiently. One side points to lithium mines, water consumption, and battery manufacturing. The other counters with oil drilling, petroleum refining, spills, and the environmental consequences of extracting and burning fossil fuels.

Both industries have environmental impacts, and comparing them is legitimate. But somewhere along the way, I'm apparently expected to become an expert in global mining practices, petroleum refining, and resource management just to explain why I'm keeping my paid-off pickup.

I'm shopping for a truck. I'm not applying to be the next fucking UN Secretary-General of Responsible Resource Acquisition.

Astra also examined two popular mining claims: that an EV battery requires only about 30 kilograms of raw material, and that every EV battery requires 500,000 pounds of earth to be mined. Both become misleading when their original assumptions and definitions are stripped away (no pun intended).

Surprisingly, if you put a sufficiently frightening number next to a photograph of a mine, the internet considers the scientific process complete.

The environmental discussion deserves accurate comparisons, not competing collections of frightening photographs. But here's the distinction that matters to my decision: proving that a new EV generally has lower lifecycle emissions than a comparable new gasoline vehicle doesn't automatically establish the environmental or financial case for replacing the truck I already own.

That's a different calculation. And to be fair, keeping an existing gasoline vehicle isn't automatically the environmentally superior choice, either. Depending on mileage, electricity generation, and vehicle efficiency, replacing it could reduce emissions over time.

I accept that replacing my truck could reduce my emissions over time. But that raises another question I've been struggling with throughout these discussions:

At what point does an individual's environmental benefit become too small to justify a significant personal cost or loss of utility?

How much additional money should someone spend? How much convenience should they surrender? How much flexibility, range, or towing capability should they give up? And perhaps more importantly, who gets to decide what's an acceptable sacrifice?

I'm not suggesting environmental benefits are meaningless simply because one person's contribution is small. Individual choices add up, and reducing emissions has legitimate value. But acknowledging that benefit doesn't establish how much another person should reasonably be expected to sacrifice to achieve it.

Someone may willingly pay more or accept certain limitations because reducing their environmental impact is important to them. I respect that choice. What I question is the assumption that everyone else should assign those benefits the same priority, regardless of their finances, needs, or circumstances. I'm shopping for a truck. I'm not applying to be the next UN Secretary-General of Responsible Resource Acquisition.

You can prove that a technology has benefits without proving that everyone should make the same purchasing decision.

I'm Not Loyal to Gasoline.

I've looked at electric pickups, particularly the Rivian R1T. I like the technology. Instant torque, quiet operation, regenerative braking, and home charging are genuine advantages. I can absolutely imagine owning an EV someday. In fact, I have a total of 3 weeks of EV drive time renting a Tesla Model S (twice) and a Ford "Mustang" Mach-E.

But I'm not buying one simply because someone else thinks I should.

If an electric truck comes along that meets my requirements at a price that makes replacing my Colorado worthwhile, I'll consider it. I don't have some sacred attachment to gasoline, and I certainly don't enjoy paying for it. What I do enjoy is owning a vehicle that meets my needs without requiring me to explain those needs to a committee of strangers on LinkedIn.

Here's what I learned from digging through the research: EV enthusiasts have plenty of legitimate evidence on their side. Lower lifecycle emissions, reduced scheduled maintenance, inexpensive home charging, and impressive performance are real advantages.

But an advantage isn't a universal mandate for buying.

I spent nearly two days using artificial intelligence to investigate the arguments being thrown at me. I exhausted the research tool's capacity, ended up with 26 pages of evidence and 53 sources, and learned quite a few things about electric vehicles. Some of that information challenged my assumptions, and much of it confirmed that EVs are genuinely impressive machines.

And after all that research, I arrived at a conclusion that apparently requires more computing power than the average LinkedIn comment section can provide:

I understand the advantages. I just don't assign them the same priorities you do.

The disagreement isn't necessarily about the facts. It's about who decides which facts matter most.

I don't care what powers my truck. I care what my truck can do. Show me how your product meets my requirements and why replacing what I already own would improve my life. If you can't make that case today, that's okay. Technology improves, prices change, and infrastructure expands. My next truck might very well be electric.

But until then, I'm not rejecting the future. I'm keeping a vehicle that works for me. And for fuck sake, stop showing me another spreadsheet about the average American. I'm not buying a truck for the average American. I'm buying one for me.

One final thought. During my many online conversations about EVs, someone said, "Well, nobody is forcing you to buy an EV."

Well, no shit, Sherlock. You don't have a gun to my head on the Rivian showroom floor shouting, "Buy this fucking truck!" But they spent a considerable amount of time trying to persuade me with spreadsheets, article after article, regression charts, and a fair share of climate guilt. That is a form of sales whether you get a commission or not.

Coming Next: Why Can't an EV Just Be a Good Car?

I've noticed something else in these discussions. Sometimes, even after you acknowledge the research, recognize the advantages, and explain your own requirements, the argument continues.

It's almost as though understanding someone's position isn't enough. You're also expected to agree with it.

Why does a reasonable disagreement about a vehicle purchase sometimes become a judgment about someone's intelligence, values, or willingness to embrace technology? I'm still waiting for an EV evangelist, after exhausting all their haranguing, to end the discussion with, "Ok, boomer..."