Will Driverless Cars End the Car Insurance Industry?

Last Updated on October 18, 2026

By James Shaffer Reviewed by Thomas Rockford, insurance industry executive and financial analyst, on October 18, 2026 How we fact-check

Driverless tech won’t eliminate insurance — it will shift risk from individual drivers to a mix of owners, fleets, automakers, and software providers. Expect fewer crashes over time, but also higher repair costs, more data-driven pricing, and more commercial/fleet policies.

Bottom line: Even in a highly automated future, you’ll still see coverage for bodily injury/property damage, theft/weather, uninsured drivers, and lawsuits — but more of the premium may move from “personal auto” to fleet and product/tech liability.

Self-driving cars, ride-sharing programs, car-sharing platforms, and autonomous vehicle insurance models are already disrupting traditional insurers. And as automation continues to reduce human error, insurers will have to shift from pricing individual risk to pricing product and technology liability.

Driverless cars won’t eliminate auto insurance, but they will shift liability from human drivers to automakers and software providers.
Accident frequency is expected to decline, but repair costs for high-tech vehicles may remain high.
Insurers must adapt by offering new products like technology-liability coverage, telematics-based policies, and fleet insurance.
The insurance companies that evolve early will gain an advantage as automation reshapes the industry.

What “Driverless” Means: Automation Levels (Simple Version)

Level	Who’s responsible?	Typical reality today	Insurance impact (general)
L0–L1	Human driver	Basic assistance (alerts, limited support)	Mostly traditional personal auto
L2	Human driver (must supervise)	Advanced assistance (lane centering + adaptive cruise together)	Personal auto remains primary; data/telematics grows
L3	Mixed (depends on “control” moments)	Limited, conditional self-driving in specific scenarios	More disputes over “driver vs system” responsibility
L4	System (within a defined area/conditions)	Driverless robotaxi service in a growing list of U.S. metro areas (Waymo lists 15 as of October 2026)	More commercial fleet + product/tech liability
L5	System everywhere	Does not exist; NHTSA says no vehicle on sale is fully automated	Personal auto shrinks; liability shifts heavily to makers/operators

Why this matters: The insurance question changes a lot between a driver-assist car (where you’re still legally “the driver”) and a true driverless fleet vehicle (where the operator/manufacturer may carry more of the risk).

Table Of Contents

How Driverless Cars Could Reshape the Insurance Industry
What Insurance Companies Think About the Future
The Role of Big Tech and Automakers
Should Car Insurance Companies Be Worried?
FAQs: Driverless Cars and Car Insurance
Final Word: Will Driverless Cars End the Car Insurance Industry?
Sources

How Driverless Cars Could Reshape the Insurance Industry

Driver behavior figures in most crashes. NHTSA’s National Motor Vehicle Crash Causation Survey, analyzed in a February 2015 report, assigned the critical reason, the last event in the chain leading up to the crash, to the driver in an estimated 94% of crashes. NHTSA itself warns that the critical reason is not the cause of the crash and does not mean drivers caused 94% of them; vehicle, roadway and other factors were often present too. As automation gets better, collision rates are expected to decline, and the partial systems already on the road show the direction. IIHS research finds forward collision warning with automatic braking cuts rear-end crashes roughly in half, and HLDI finds those vehicles have lower claim rates for damage and injuries to other people, though lane departure warning has not lowered claim rates. Fewer accidents means fewer claims, and fewer claims means shrinking premium revenue for traditional auto insurers.

However, AVs introduce new types of risk. Instead of insuring driver behavior, insurers will increasingly insure:

Software and algorithmic failures
Sensors, cameras, and LIDAR system malfunctions
Cybersecurity vulnerabilities and hacking events
Product liability tied to manufacturers

So while premiums tied to human error may shrink, insurer exposure to technology risk will grow. This doesn’t eliminate insurance—it changes who pays for it and what it covers.

After a Crash: Who Usually Pays in an Automated-Car World?

Liability depends on who was in control, what failed, and how your state applies negligence and product-liability rules. Here’s a practical way to think about it:

Scenario	Likely primary payer (often)	What coverage may respond
Human driver makes an error (distracted, speeding, wrong turn)	Driver / vehicle owner	Personal auto liability (BI/PD)
Driver-assist engaged, but the human fails to supervise (typical L2)	Driver / vehicle owner	Personal auto liability; insurer may review vehicle data
System error within its designed operating conditions (higher automation)	Manufacturer / software provider (often disputed)	Product liability / tech E&O; sometimes commercial policies
Sensor/camera calibration issue after windshield/bumper repair	Repair facility and/or owner (case-specific)	Garage liability (shop), personal auto (owner), subrogation possible
Robo-taxi/fleet AV collision during passenger ride	Fleet operator	Commercial auto / fleet liability
Cyber incident causes unsafe behavior	Operator/manufacturer (case-specific)	Cyber liability + product/tech liability

Key idea: Insurance doesn’t vanish — it “moves.” When fleets and manufacturers assume more driving responsibility, more premium tends to move to commercial and product/technology coverage, while personal auto becomes more about ownership risks (theft, weather, parked-car damage, residual liability).

What Insurance Companies Think About the Future

Level 4 driving is real, in a limited way. Waymo runs fully autonomous ride-hailing open to the public in Phoenix, San Francisco, Los Angeles, Miami and other metro areas, 15 in all as of October 2026, with more cities announced. Level 5 does not exist, and NHTSA says every vehicle for sale in the United States still requires the driver’s full attention. So the shift is no longer hypothetical for insurers, but for the car in your driveway it is still years away.

Even though consumers and regulators continue to debate safety, liability, and trust, insurance companies now monitor vehicle automation closely. Most expect:

A steady decline in accident frequency as ADAS and semi-autonomous systems improve
Increased repair costs due to expensive sensors and specialized parts
Shifting liability from driver negligence to manufacturer and software failure
New insurance products such as per-mile coverage, fleet-based policies, and manufacturer-backed insurance

Some insurers argue that fewer accidents won’t necessarily lead to cheaper policies because the cost of repairing high-tech vehicles may offset some savings. Others believe automation will eventually cause premiums to drop significantly, but not disappear entirely.

The Role of Big Tech and Automakers

Google’s self-driving initiative helped spark a competitive race among tech companies and automakers. Today, nearly every major manufacturer offers advanced features like automatic emergency braking, adaptive cruise control, blind-spot monitoring, crash detection, and lane-centering systems. These technologies are stepping stones toward full autonomy and are already improving safety and reducing claims.

Some automakers sell insurance themselves. Tesla’s program adjusts the premium every month on the car’s Safety Score, miles driven and FSD (Supervised) use (not in California), and General Motors rebranded OnStar Insurance as General Motors Insurance in January 2024, when it was sold in Arizona, Texas and Illinois. These programs use the car’s own telematics instead of a plug-in device. Whether that prices risk better than a traditional insurer’s methods is not yet proven; what it does for certain is give the automaker the data and the customer relationship, and the trend is expected to grow as vehicles become more software-driven.

Should Car Insurance Companies Be Worried?

Traditional insurers won’t disappear, but those who ignore technological change could lose relevance—much like companies in other industries that failed to prepare for digital disruption.

Increased automation means insurers must adapt much sooner than they originally anticipated. Even before fully autonomous cars hit the mainstream, advanced driver-assistance systems are already reducing accident frequency. This leads to:

Lower premium revenue due to fewer claims
Intensified competition as some insurers lower prices to gain market share
Pressure to redesign insurance products around technology and data-driven risk
Shift from personal auto insurance to commercial and product liability insurance

What Insurance Products Grow vs. Shrink as Cars Automate

Coverage type	Likely trend	Why
Personal auto liability	Gradual pressure downward (not zero)	Fewer human-caused crashes over time, but people still own cars and cause losses
Comprehensive (theft, weather, vandalism)	Stays important	Automation doesn’t stop hail, theft, floods, falling objects, or parked-car damage
Collision	Mixed	Crashes may drop, but repairs can be expensive (sensors, cameras, specialized parts)
Commercial auto / fleet	Grows	More mobility shifts to fleets (ride-hail, delivery, robo-taxis)
Product liability + tech E&O	Grows	More disputes shift to “defect / software failure” instead of driver negligence
Cyber insurance	Grows	Connected vehicles expand the risk of data and system attacks

Insurers that adapt—by embracing data, telematics, automation-risk modeling, and new policy types—will thrive. Those that don’t may find themselves struggling in a shrinking market.

FAQs: Driverless Cars and Car Insurance

If cars drive themselves, will I still need car insurance?

In most scenarios, yes. Even with advanced automation, there are still ownership risks (theft, weather damage, parked-car collisions) and liability questions when humans supervise, take over, or maintain the vehicle. Over time, some premium may shift from personal auto to fleet and product/technology liability policies — but insurance itself doesn’t disappear.

Who is at fault if the self-driving system causes a crash?

It depends on the facts (who was in control, what failed, and what the vehicle was designed to do in that situation). Claims may involve the driver/owner, a fleet operator, a repair facility, and/or a manufacturer or software provider under product-liability theories. State laws and evidence (including vehicle data) can change the outcome.

Will automation make car insurance cheaper?

Over time, fewer crashes could put downward pressure on premiums. But costs don’t fall in a straight line: high-tech vehicles can be expensive to repair, and new risks (software failure, cyber events, complex liability disputes) can offset some savings.

Will automakers replace insurance companies by offering insurance themselves?

Some manufacturers already sell or partner on insurance programs, often using telematics and vehicle data to price risk. That doesn’t eliminate insurers — it changes distribution and who owns the customer relationship. Traditional carriers can still compete (and often underwrite or reinsure parts of these programs).

Can insurers use vehicle data to decide claims or pricing?

Increasingly, yes. Connected-car and telematics data can help determine what happened in a crash and may influence pricing in usage-based programs. Exact rules vary by state, policy terms, and consent requirements.

My advice is to ignore the driverless question when you buy a policy today and treat the driver-assistance features you already have as what they are: a reason to keep collision and comprehensive, because the sensors make repairs expensive. Do not expect a discount for them. If you ride in a robotaxi, ask the operator in writing who pays if it crashes, since that answer comes from its commercial policy, not yours.

Final Word: Will Driverless Cars End the Car Insurance Industry?

Driverless cars won’t eliminate auto insurance, but they will radically transform it. As automation reduces human-caused accidents, insurers will shift from pricing individual risk to pricing technology risk. Manufacturers, not drivers, may carry a growing share of liability. New insurance products—like fleet coverage, pay-per-mile policies, and software-liability insurance—will become more common.

The insurance industry isn’t disappearing. It’s evolving. And the companies that plan for a driverless future now will be the ones that succeed as automation reshapes the road ahead.

Where to Check Current Rules and Safety Findings

NHTSA’s automated vehicles pages carry the federal rules, the crash-reporting order for automated systems, and the agency’s plain statement that no vehicle on sale is self-driving.
SAE International’s J3016 standard defines the six automation levels used in the table above.
The Insurance Institute for Highway Safety and its Highway Loss Data Institute publish the crash and claim research on driver assistance features.

Sources

Checked October 18, 2026