Autonomous and semi-autonomous vehicles are no longer a future concept. They are on Florida roads right now. Waymo operates robotaxi services in multiple markets. Tesla’s Autopilot and Full Self-Driving systems are active in hundreds of thousands of vehicles nationwide. Amazon delivery robots navigate neighborhood streets. Semi-autonomous features — adaptive cruise control, lane-keeping assist, automatic emergency braking — are standard equipment on most new vehicles sold today.
Florida has positioned itself as one of the most permissive states in the country for autonomous vehicle deployment. That has made the state an early testing ground for this technology. It has also meant that Florida courts, insurers, and injury victims are confronting legal questions that the law has not fully caught up to answer.
When a self-driving car injures someone, the question of who pays is genuinely complicated. This post breaks down the current legal landscape and what it means for injured victims in Florida.
Understanding the Levels of Autonomy
Not all “self-driving” technology is the same, and the level of autonomy involved in a crash has direct implications for liability.
The Society of Automotive Engineers defines six levels of driving automation, from Level 0 (no automation) to Level 5 (full automation with no human input required under any conditions). Most vehicles currently on public roads with marketed autonomous features fall in the Level 2 to Level 3 range.
At Level 2, the vehicle can control steering and speed simultaneously, but the human driver must remain engaged and ready to take over at any moment. Tesla’s Autopilot is a Level 2 system. At Level 3, the vehicle can handle most driving tasks in defined conditions, but the human must be available to intervene when the system requests it. At Level 4, the vehicle can complete trips without human intervention in specific geographic or operational domains — this is where Waymo currently operates its robotaxi fleet.
This distinction matters enormously in litigation. A Level 2 crash implicates the human driver’s duty to remain attentive. A Level 4 crash in a defined operational domain shifts focus almost entirely to the manufacturer and operator of the system.
The Traditional Liability Framework Doesn’t Map Cleanly
Florida personal injury law is built on a framework that assumes a human being is operating the vehicle. Negligence requires a duty, a breach, causation, and damages. When a human driver runs a red light, the analysis is straightforward. When an algorithm makes a decision that results in a crash, the framework strains.
Several liability theories apply, and in a serious autonomous vehicle case, multiple theories will likely be pursued simultaneously.
Negligence of the human operator. Even in highly automated vehicles, manufacturers impose conditions on system use and place legal responsibility on the driver to monitor the vehicle and intervene when necessary. Tesla’s Autopilot, for example, requires hands on the wheel and eyes on the road. If the driver was not meeting those requirements when the crash occurred — watching a movie, asleep, looking at a phone — traditional driver negligence is in play. Telemetry data from the vehicle will show exactly what the driver was doing.
Product liability against the manufacturer. When the autonomous system itself fails — when the sensors misread the environment, when the algorithm makes a decision a reasonable system would not make, when a software update introduces a defect — the manufacturer may be liable under product liability theories. This includes design defect claims, manufacturing defect claims, and failure to warn claims. Product liability cases against vehicle manufacturers are complex, expensive, and require engineering experts. They are also winnable.
Negligence of the technology company. In cases involving robotaxi operators or companies deploying autonomous systems separately from the vehicle manufacturer — Waymo, Cruise, and similar operators — the technology company itself may be a defendant. These companies have a duty to deploy systems that are reasonably safe for the operational environments in which they are used. Failures in testing, inadequate geofencing, premature deployment, and poor incident response protocols are all areas of potential liability.
Negligence of the fleet operator or employer. When an autonomous or semi-autonomous commercial vehicle is involved — a delivery robot, an autonomous freight truck, a company vehicle with advanced driver assistance features — the entity operating the fleet may be independently liable for deployment decisions, maintenance failures, or inadequate human oversight protocols.
Florida’s Autonomous Vehicle Law
Florida has been aggressive about welcoming autonomous vehicle technology. The state has passed several rounds of legislation since 2012 expanding permissions for AV testing and deployment.
Under current Florida law, a manufacturer that deploys a fully autonomous vehicle is considered the operator for purposes of traffic law compliance when the vehicle is operating in autonomous mode. This is a significant legislative choice — it directly allocates responsibility to the manufacturer when the technology is in control.
However, Florida’s statutory framework still has significant gaps. Questions about insurance requirements for fully autonomous vehicles, liability allocation between manufacturers and fleet operators, data preservation obligations after crashes, and the admissibility of vehicle telemetry as evidence are all areas where the law continues to develop.
This is not an abstract concern. In active litigation, gaps in the law create battlegrounds. Defendants exploit uncertainty. An attorney handling an autonomous vehicle case needs to understand not just where Florida law currently stands, but where it is headed and how courts in other jurisdictions have ruled on analogous questions.
The Evidence in These Cases Is Unlike Any Other
Autonomous vehicles generate an extraordinary volume of data. Lidar point clouds, camera footage, radar readings, GPS logs, throttle and braking inputs, system status records, software version histories, and human driver monitoring data — all of it exists, all of it is potentially relevant, and all of it is in the possession of the defendant.
This creates both an opportunity and a risk. The opportunity is that autonomous vehicle crashes are among the most thoroughly documented events in the history of personal injury litigation. The data captured in the seconds before and during a crash can reconstruct the event in extraordinary detail.
The risk is that this data is proprietary, technically complex, and controlled entirely by well-resourced corporate defendants with strong incentives to characterize it favorably. Extracting, interpreting, and effectively using autonomous vehicle data in litigation requires technical experts — accident reconstructionists familiar with AV systems, software engineers, human factors experts — that most personal injury practices are not equipped to retain.
A preservation demand in an autonomous vehicle case needs to go out immediately and needs to be technically specific. A generic evidence hold letter will not capture the full scope of what needs to be preserved.
Regulatory Investigations Create Parallel Pressure
Serious autonomous vehicle crashes often trigger investigations by the National Highway Traffic Safety Administration (NHTSA). NHTSA has launched multiple investigations into Tesla’s Autopilot and Full Self-Driving systems, and its Special Crash Investigations program specifically targets crashes involving automated driving systems.
A pending or completed NHTSA investigation is not a substitute for private litigation — it does not compensate injured victims — but it can generate publicly available findings, communications, and data that are highly relevant to civil cases. FOIA requests, public docket filings, and enforcement actions by NHTSA and the NTSB can all provide evidence that supports a product liability claim.
Regulatory findings that a system had known defects, that a manufacturer received prior complaints, or that deployment outpaced safety validation are powerful in front of a jury.
Insurance Complications
Florida’s PIP system applies to autonomous vehicle crashes just as it does to conventional accidents — your own PIP coverage pays first, regardless of fault, subject to the same 14-day treatment requirement and the same EMC rules.
Beyond PIP, the liability insurance picture for autonomous vehicles is murky. Traditional personal auto policies were not written with autonomous systems in mind. Policy language about “operation” and “use” of a vehicle is being litigated in courts across the country as insurers argue about whether their policies cover crashes that occur while autonomous features are engaged.
Some manufacturers — Volvo and Waymo among them — have publicly committed to accepting liability when their systems are in control. Most have not made equivalent commitments, and their insurers are even less forthcoming.
Navigating the insurance layer in an autonomous vehicle case requires the same approach as any complex crash: identify every potentially applicable policy, issue timely notice, and do not take any insurer’s coverage position at face value.
These Cases Are Only Going to Become More Common
Autonomous vehicle technology is not retreating. Fleet deployments are expanding. The technology is moving up market and down market simultaneously — into commercial trucking, into rideshares, into consumer vehicles at every price point.
Florida’s roads will see more autonomous vehicles each year, and with them, more crashes that raise questions the law is still working to answer. The attorneys and firms that develop expertise in this area now will be significantly better positioned to handle these cases as volume increases.
If You Were Injured by an Autonomous or Semi-Autonomous Vehicle
The fundamental advice is the same as any serious accident: call 911, document the scene, seek immediate medical attention, and contact an attorney before you speak to anyone’s insurer.
The additional urgency in an autonomous vehicle case is data preservation. Vehicle telemetry is the central evidence in these cases, and it needs to be secured immediately. Do not assume it will still be available in two weeks.
At Licznerski Law, PLLC, we stay current on the rapidly evolving legal and technical landscape around autonomous vehicles. If you were injured in a crash involving any level of autonomous or semi-autonomous technology in the Tampa Bay area or anywhere in Florida, contact us for a free consultation.
Contact Licznerski Law, PLLC
Licznerski Law, PLLC | Oldsmar, Florida | (813)-406-0782 | www.licznerskilaw.com
This post is for informational purposes only and does not constitute legal advice. Reading this blog does not create an attorney-client relationship.