CarInsurance.com Insights
- You still need standard car insurance for a self-driving-capable vehicle — every state treats the human driver as legally responsible at Level 2 and below.
- No consumer car sold in 2026 is above SAE Level 2 — “full self-driving” is a brand name for driver-assistance technology, not true autonomy.
- Drivers of vehicles with advanced sensors typically pay 10-25% more for full coverage than the national average, mostly because of higher repair costs.
- Liability is shifting slowly — manufacturers may take on more responsibility as automation moves toward Level 4 and 5, but that change isn’t here yet for most drivers.
- Telematics-based pricing is growing — at least one carmaker (Tesla, in select states) and several insurers now use real driving data to set rates.
Yes, self-driving cars still need insurance, and in most cases, the coverage looks a lot like what you carry today. Even vehicles with highway autopilot or advanced driver-assistance systems must meet your state’s liability minimums, and you’ll still want collision and comprehensive coverage to handle the high cost of replacing sensors and software-driven components.
This guide walks you through the six SAE automation levels, how liability shifts as cars take on more of the driving and what self-driving features mean for your premium today and in the next few years.
What is a self-driving car?
A self-driving car is a vehicle that can perform some or all driving tasks without human input, using cameras, radar, lidar and onboard software. The Society of Automotive Engineers (SAE) — whose J3016 standard defines the six levels of driving automation used by NHTSA and most regulators worldwide — classifies these vehicles from Level 0 (no automation) to Level 5 (fully autonomous). As of 2026, no car you can buy is above Level 2.
At Level 2, which includes Tesla Autopilot, GM Super Cruise and Ford BlueCruise, the vehicle can steer, brake and accelerate on its own under specific conditions. But the driver must stay alert and be ready to take over at any time. Several manufacturers have also launched vehicles with advanced driver-assistance systems (ADAS) — safety features like lane-keeping, adaptive cruise control and automatic emergency braking that assist the driver without taking over the driving task.
The primary goal of all this technology is reducing human error. In 2023, distraction-affected crashes killed 3,275 people on U.S. roads, according to NHTSA. Automation aims to reduce that number significantly, even if true full automation is still years away.
What are the SAE levels of autonomous driving?
There are six levels of driving automation, defined by the Society of Automotive Engineers (SAE J3016). Level 0 means no automation at all; Level 5 means a vehicle that drives itself in any condition with no human input. Most new cars sold today fall in Level 1 or Level 2.
| Level | Name | What the car does | What the driver must do | Examples |
|---|---|---|---|---|
| 0 | No automation | Nothing — the driver handles all tasks | Full control at all times | Standard vehicles |
| 1 | Driver assistance | Controls either speed or steering, not both simultaneously | Monitor and override at all times | Adaptive cruise control, lane-keeping assist |
| 2 | Partial automation | Controls both speed and steering simultaneously under specific conditions | Stay alert, eyes on the road, hands ready to take over | Tesla Autopilot, GM Super Cruise, Ford BlueCruise |
| 3 | Conditional automation | Handles all driving tasks in defined conditions; may request driver takeover | Be available to resume control when prompted | Mercedes Drive Pilot (select markets, limited speeds) |
| 4 | High automation | Handles all driving in a defined geographic area or under conditions without driver input | None required within the defined domain | Waymo One robotaxi (selected cities) |
| 5 | Full automation | Handles all driving tasks in all conditions, anywhere | None — a steering wheel may not even be included | Does not yet exist in consumer vehicles |
Source: SAE International J3016 standard; NHTSA driver assistance technology guidance.
How do self-driving cars affect car insurance?
Today, you insure a self-driving-capable car the same way you insure any other vehicle: with at least your state’s minimum liability coverage, plus collision and comprehensive if you want full protection. The driver — not the car — is still legally responsible in almost every state, even when an autopilot feature is engaged.
Three things make these cars different on the insurance side:
- Repair costs are higher. Replacing a single front-bumper sensor array on a Level 2 vehicle can run $500–$2,000, according to AAA, which pushes up collision and comprehensive premiums compared to traditional vehicles.
- Liability is starting to blur. As manufacturers take on more of the driving task, regulators and insurers are debating when product liability (the carmaker) replaces driver liability (you). Carmakers may eventually bear at-fault responsibility for crashes caused by their vehicles’ systems.
- Telematics is expanding. Some carriers — and at least one carmaker, Tesla (in select states) — use the data these vehicles already collect to set rates based on how the car is actually driven. Telematics is technology that tracks how, when and where you drive and shares that data with your insurer to help set your rate.
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How much does self-driving car insurance cost?
How much you’ll pay to insure a self-driving-capable car depends on the same factors as any other vehicle — your state, age, driving record and the car’s make and model — plus a few extras tied to the technology itself.
As of 2026, drivers of vehicles with Level 2 features generally pay 10–25% more for full coverage than the national average, mostly because of sensor and camera repair costs.
For context on purchase price: The average new car transaction price hit $49,275 in March 2026, according to Kelley Blue Book — a 3.5% increase from a year earlier. The 2026 Tesla Model 3 starts at $36,990 before destination fees, making it one of the more accessible Level 2 vehicles on the market.
See how much different Tesla models cost to insure in the table below.
| Model | Average annual full-coverage cost | Average full-coverage six-month cost | Average full-coverage monthly cost |
|---|---|---|---|
| Tesla Model Y | $3,836 | $1,918 | $320 |
| Tesla Model 3 | $3,871 | $1,935 | $323 |
| Tesla Model S | $5,285 | $2,642 | $440 |
| Tesla Model X | $5,462 | $2,731 | $455 |
Pros and cons of self-driving cars
Self-driving features could eventually make roads safer and lower premiums, but in the short term, they raise repair costs and create new questions about who’s at fault after a crash. For drivers shopping today, the trade-off is mostly about higher comprehensive and collision premiums in exchange for advanced safety features that may earn you a discount.
| Pros for drivers and insurers | Cons and open questions |
|---|---|
| Fewer accidents from human error | Higher full-coverage premiums now, mainly from expensive sensor repair costs |
| Long-term premium reductions if crash rates fall significantly | Uncertain liability when software or hardware contributes to a crash |
| Built-in safety features that may earn discounts today (collision avoidance, automatic braking) | Technology failures and edge-case scenarios are still unresolved |
| Greater mobility for elderly and disabled drivers | Higher initial purchase price compared to non-ADAS equivalents |
| Potential reduction in drunk and distracted driving fatalities | Public adoption slow — insurers won’t reprice the market until volumes shift |
Frequently Asked Questions: Self-driving car insurance
Does my insurance cover me when autopilot is engaged?
Yes. As of 2026, every state still treats the human in the driver’s seat as legally responsible, even when a Level 2 autopilot feature is engaged. Your liability, collision and comprehensive coverage all apply the same way they would if you were driving manually. If a software defect contributed to a crash, your insurer may later pursue the manufacturer, but you’re covered in the moment.
What is the future of self-driving cars?
Autonomous vehicles have made real progress, but full automation is still far off for most drivers. The vehicles on public roads with the highest level of automation — Waymo’s robotaxis in a handful of cities — are still geofenced to specific areas. Consumer-purchasable vehicles remain at Level 2, and the timeline for Level 4 and 5 vehicles reaching mainstream sales is still measured in years, not months. Until absolute safety is proven consistent with emerging technology, manufacturers will continue building on the Level 2 assistance most drivers already use.
Why do we need autonomous vehicles?
Autonomous vehicles aim to reduce the accidents and fatalities caused by driver error and distracted behavior. Other potential benefits include improved traffic flow, lower emissions, greater mobility for elderly and disabled drivers and infrastructure improvements. Whether or how soon those benefits arrive depends on how quickly and safely the technology matures.
How will self-driving cars change the insurance industry?
With safer roads and fewer human-caused accidents, insurers would likely need to restructure policies, qualifying factors and underwriting models. There would be less driver-behavior risk but more technology-risk concerns. State minimum liability requirements would still apply, but the definitions of fault and responsibility would shift as automation advances. Insurers are already researching this; the full restructuring is a long-term process tied to how fast Level 4 and 5 vehicles reach meaningful market share.
What is the auto insurance forecast for Teslas?
Insurance rates for Teslas may be headed up, according to a March 2025 Newsweek report. The potential spike is tied to a rise in vandalism targeting Tesla vehicles. When a specific make and model experiences a surge in claims — especially for incidents such as vandalism or theft — insurers often respond by raising premiums. Tesla’s already-high repair costs can further impact rates.
Your next step
Self-driving features are reshaping how insurers think about risk, but the rules for drivers haven’t changed yet. You still need at least your state’s minimum liability coverage, and for any vehicle with advanced sensors, full coverage is usually the safer call given repair costs.
If you drive a vehicle with autopilot or driver-assistance features today, the fastest way to see how it affects your premium is to compare quotes side by side. Use our car insurance calculator to get an estimate in under two minutes — no personal details required.
Sources
- AAA. “Cost of Advanced Driver Assistance Systems (ADAS) Systems.” Accessed May 2026.
- Insurance Information Institute. “Background on: Self-driving cars and insurance.” Accessed May 2026.
- Kelley Blue Book. “Average transaction price data, March 2026.” Accessed May 2026.
- Newsweek. “Tesla vandalism and insurance rate report. March 2025.” Accessed May 2026.
- NHTSA. “Automated vehicles for safety.” Accessed May 2026.
- SAE International. “J3016: Taxonomy and definitions for terms related to driving automation systems.” Accessed May 2026.
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