Why This Cost Comparison Matters Right Now
Just a few years ago, "robotaxi or your own car" was pure science fiction. Today, driverless vehicles operate in regular commercial service in several American cities, and early pilot programs are edging closer to everyday reality elsewhere, including in Germany. For anyone thinking about buying an EV, that's more than a technical footnote. If you're already weighing purchase price, a home charger, and running costs when you check an overview like EV charging costs across regions, you should also understand how the alternative, simply calling a robotaxi, is likely to develop on price.
From Niche Curiosity to Everyday Comparison
The comparison between robotaxis, private car ownership, and traditional taxis is no longer an academic thought experiment. It's a real question for city dwellers: does a second car in the household still make sense? Does the next generation even need a driver's license and a car in the driveway if on-demand mobility becomes cheap and available everywhere? To answer that seriously, it's worth looking at one of the most talked-about breakdowns of the topic recently: a video from the explainer channel Cleo Abram (Huge If True), which lays out two opposing technical and economic strategies behind robotaxis and draws concrete cost predictions from them.
Source: Cleo Abram (Huge If True): The Two Opposite Futures of Self-Driving Cars
What the Video Reveals About the Future of Robotaxi Costs
At its core, the video lays out two completely opposite strategies for how self-driving cars are supposed to become profitable, and both have a direct effect on what a single ride will eventually cost. If you've already looked into the technical basics, such as the sensors used for self-driving, it becomes obvious pretty quickly why a manufacturer's hardware choice turns directly into a pricing question.
Two Philosophies: Waymo vs. Tesla
On one side sits the expensive, high-technology model pursued by Waymo: every vehicle carries a dense stack of lidar, radar, and multiple cameras that all cross-check one another. On the other side sits the cheap, mass-market approach Tesla is betting on with its Full Self-Driving technology, which skips lidar entirely and relies instead on comparatively inexpensive camera systems. How these different sensor types actually work together is a technical topic of its own, but for the cost comparison, one thing matters above everything else: the price of the hardware bolted onto each vehicle.
Why Sensors Determine the Price per Mile
According to the analyses cited in the video, the sensor suite on a Waymo vehicle can run as high as $100,000. That investment has to be earned back over the miles driven, which pushes the price per ride closer to Uber and taxi fares rather than clearly below them. Tesla's bet runs in the opposite direction: if camera-based systems can prove safe enough despite their much lower hardware cost, the investment per vehicle drops sharply, and with it, potentially, the price per ride. Whether that bet pays off technically is still an open question, since safety can't be proven by cost figures alone. If you're curious how this plays out on the regulatory side, in Germany the relevant rules are covered in our piece on robotaxi laws in Germany and Europe.
The 25-Cent Prediction for 2035
One particularly useful number surfaces in the broader discussion the video draws on: analysts at ARK Invest project that robotaxi ride costs could fall to roughly 25 cents per mile by 2035. For context:
- A typical Uber ride today costs roughly eight times that projected per-mile figure
- Owning a private car costs, per AAA estimates, on average about three times that projected figure per mile
- Current robotaxi fares from Waymo, and in some cases Tesla, still sit at Uber-level pricing or above
- Any cost advantage over taxis and rental cars is, for now, more of an expectation than a present-day reality
- The projection applies to the US market and doesn't translate directly to price structures in Germany or elsewhere
This distinction matters because it separates two different timelines: today's pricing reality, where robotaxis don't yet offer a clear cost edge, and the medium-term forecast, where the picture is expected to shift substantially. The video also places the debate in a larger societal context: it isn't only about the price of a single ride, but about whether city planning, parking demand, and the whole idea of individual car ownership change once on-demand mobility gets within reach of today's per-mile car costs. That's exactly the question our piece on whether robotaxis will replace car ownership digs into further.
Robotaxi vs. Owning a Car vs. Taxi: The Cost Check Today
Applying these figures to real-world city life produces a more nuanced picture. A privately owned EV comes with fixed costs regardless of how much it's actually driven: purchase price or lease payment, insurance, home charger installation, maintenance, and depreciation all keep running whether the car leaves the driveway or not. Anyone who already owns an EV recognizes this cost structure from everyday experience, for instance when tracking annual running costs against expectations.
When Each Model Makes Sense
A taxi or a classic ride-hailing trip pays off mainly for occasional, irregular use, but per ride it's noticeably more expensive than a privately owned car that's driven constantly. A robotaxi is supposed to close exactly that gap: the flexibility of a taxi, but at a price that, over time, approaches or even undercuts the cost of owning a car. For high-mileage drivers, owning a car currently remains the more cost-efficient option in most cases; for occasional city riders, that balance could tip toward robotaxis over the coming years.
- Owning an EV: high fixed costs, very low cost per additional mile driven
- Traditional taxi or rental car: no fixed costs, but a comparatively high price per ride
- Robotaxi today: pricing usually close to Uber and taxi rates, no clear cost advantage yet
- Robotaxi per long-term forecasts: potentially well below the cost of owning a car
Outlook: What This Means for EV Owners
Even without a one-to-one price translation, the video's core argument still holds outside the US: if robotaxis become widely available and cheap enough, the case for owning a car at all weakens. Mobility increasingly turns into an on-demand service rather than a possession.
Timeline and Legal Status in Germany
In Germany, this shift is still in its early stages. A handful of pilot projects are underway, but nationwide commercial robotaxi service comparable to what's already running in several US cities isn't on the horizon yet. Anyone interested in the concrete regulatory roadmap can find more detail in our coverage of Germany's robotaxi legal framework and current test programs. One thing is already clear: even if the US forecasts hold up, pricing in Germany won't mirror them exactly, given different wage levels, regulatory requirements, and insurance structures.
What It Means for Charging Infrastructure and Urban Planning
The shift also matters for charging network operators and city planners. Large robotaxi fleets need to be charged reliably, often overnight and in concentrated depots rather than spread across private home chargers. That changes the requirements for charging infrastructure built for robotaxi fleets quite a bit compared with today's model built around home chargers and public charging stations.
Own a Car or Choose On-Demand Mobility?
For most EV shoppers, the practical answer for the next several years is likely both at once: a privately owned car for regular commutes and longer trips remains the more economical choice for now, while robotaxis and ride-hailing become increasingly attractive for occasional trips, big-city visits, or as a substitute for a second car. Anyone who wants a broader technical grounding in the topic can start with our foundational guide on what a robotaxi actually is. The cost equation won't flip overnight, but it is likely to shift gradually toward on-demand mobility over the coming years, and that's a trend well worth watching if you already own or plan to buy an EV.
Additional Video
For a deeper look at the manufacturing and business economics driving down robotaxi costs, this video breaks down how Tesla's sub-$30,000 purpose-built robotaxi could reshape the per-mile pricing at the heart of any robotaxi-versus-car-ownership-versus-taxi comparison.
Source: Ryan Shaw – Tesla's $30,000 Robotaxi Explained | The Biggest Bet in the Car Industry
Frequently Asked Questions
Are robotaxis already cheaper than a taxi today?
Not yet. Current robotaxi fares are usually in line with standard Uber or taxi rates, sometimes even slightly higher. A clear cost advantage is expected in the coming years as fleets and sensor hardware get cheaper.
Will robotaxis make owning an EV pointless?
For high-mileage drivers and commuters, owning a car usually stays cheaper thanks to the low cost of each additional mile. For occasional city riders, robotaxis could become a real alternative to a second car within the next several years.
Why is Waymo's hardware more expensive than Tesla's approach?
Waymo relies on a dense combination of lidar, radar, and cameras that can cost up to $100,000 per vehicle. Tesla skips lidar and uses cheaper camera-based systems instead, which significantly lowers the investment cost per vehicle.
Does the 25-cent prediction for 2035 apply outside the US too?
ARK Invest's projection is specific to the US market. Because of different wage levels, regulations, and insurance costs elsewhere, including Germany, the exact figure doesn't carry over directly, though the general direction of falling costs is considered likely to hold.
