Imagine purchasing a car that pays you.

You buy the vehicle once. You go to work. You sleep. You go on vacation.

Meanwhile, your car spends the day driving people around your city and depositing money into your account.

The idea has existed for years. The reality hasn’t.

For more than a century, cars have been one of the worst financial purchases a person can make.

The moment you drive off the lot, the value starts falling.

Insurance, maintenance, fuel, and depreciation turn car ownership into a steady drain on your finances.

Autonomy has the potential to flip that equation completely.

The arrival of Tesla’s Cybercab could turn a car from a consumption item into productive capital.

Maybe you’ve already seen the early stages of this shift yourself.

Cybercabs are starting to appear on city streets.

Photos online show fleets being loaded onto transport trucks, while videos show them testing in places like Palo Alto and even Chicago in 8-degree weather.

But the most interesting part of this rollout isn’t the design.

It’s the economics.

When Elon Musk said the Cybercab could cost around $30,000 or less before 2027, he wasn’t just introducing a new vehicle.

He introduced an entirely new asset class.

Instead of buying a car that sits parked 95% of the time, owners could deploy a fully autonomous vehicle into a ride-hailing network where it generates revenue throughout the day.

So the key question is no longer: How much does the car cost?

The real question becomes: What could the car earn?

Investor and researcher Cern Basher recently built a model exploring what those economics might look like.

The assumptions are intentionally conservative.

The model assumes a Cybercab costs roughly $30,000, charges around $1 per mile plus a small base fare, and that Tesla keeps about 35% of the ride revenue for operating the network.

It also includes realistic expenses like electricity, insurance, maintenance, and Tesla’s Full Self-Driving subscription.

Under those assumptions, a single Cybercab operating part of the day could drive 150 to 300+ miles daily, depending on how frequently it’s in service.

That translates into roughly $30,000 to $70,000 in annual ride revenue generated by the vehicle.

After covering operating costs, financing, and Tesla’s share of the revenue, the potential profits for an individual owner could still be significant.

At lower utilization levels, the vehicle could generate around $8,000 per year in after-tax profit.

At higher utilization levels, that number could climb toward $25,000 or more annually from a single vehicle.

And that estimate only includes ride revenue.

It does not include potential income from advertising, in-vehicle entertainment, delivery services, or other network features that could eventually be layered on top of the platform.

If those assumptions are even directionally correct, the Cybercab isn’t just transportation.

It’s a new asset class available to the masses.

For most of modern history, people earned income by selling their time.

You worked the hours and the paycheck followed.

But a Cybercab model suggests something very different.

You buy the machine once.

It works thousands of hours per year.

And it earns money even while you sleep.

That’s a fundamental shift.

Instead of asking, “Can I afford this car?” people may soon start asking a different question:

“What’s the return on this vehicle?”

If autonomy works at scale, the Cybercab could mark the moment when a car stopped being a liability… and started becoming an asset.

P.S. 📆📆📆 Don’t forget… Tuesday, March 17th at 2pm ET, James will be hosting a special FREE livestream event from San Jose after attending Nvidia’s GTC Conference.

I’ll be there with him, along with some other members of James’ team to break down the most important developments we’re seeing around the next wave in AI and much, much more.

James and I will also be talking about the SpaceX IPO and Tesla too, so make sure you’ve blocked this time off on your calendar, hope to see you there!