Electric vehicles are not built to a lower safety standard than gasoline cars, and in several respects they are built to a better one. The battery pack sits low and flat in the floor pan, dropping the center of gravity and making a rollover harder to provoke. With no engine block filling the nose, designers have more room to shape crush structure ahead of the passenger compartment. Crash test results published by the Insurance Institute for Highway Safety show electric models earning strong occupant protection ratings.
The honest answer to the question in the title is that an electric vehicle protects the people inside it about as well as a comparable gasoline vehicle, and often better. That answer is incomplete. Crash testing measures the first few hundred milliseconds. What sets an electric vehicle case apart is what happens afterward, when a damaged lithium-ion pack holding a large amount of stored energy sits under a wrecked car on the shoulder of I-15 in 110 degree Las Vegas heat.
What Crash Testing Does and Does Not Measure
Federal Motor Vehicle Safety Standard No. 305 is written specifically for electric powered vehicles. It governs electrolyte spillage and electrical shock protection, meaning the vehicle must keep battery fluid contained and high voltage away from occupants when crashed into a barrier under controlled conditions. The current text of Standard No. 305 is published in the Code of Federal Regulations. A newer and broader rule, Standard No. 305a, covers electric powertrain integrity and carries a mandatory applicability date of September 1, 2027.
Those standards test a new vehicle in a laboratory at prescribed speeds and angles with an intact pack. Real crashes are messier. A pack can be punctured from below by debris or a curb strike, hit at an angle no barrier test replicates, or survive the impact and fail six hours later in a tow yard. Compliance is a floor, not a defense, and a Nevada jury may still find a design or manufacturing lapse made a vehicle unreasonably dangerous.
The Hazards That Belong to Electric Vehicles Alone
Thermal Runaway and Delayed Fire
Gasoline fires are fast, hot, and over once the fuel burns off. A lithium-ion battery behaves differently. When cells are crushed, punctured, or internally shorted, they can enter thermal runaway, a self-feeding reaction in which one failing cell heats its neighbors until they fail too. The reaction supplies its own oxidizer, which is why smothering does not work and why the common advice about grabbing an ABC extinguisher is wrong for a traction battery. Crews need very large volumes of water over a long period to cool the pack, and it can still reignite days later.
That delay matters enormously in southern Nevada. A vehicle towed off the 215 Beltway in July sits in an open lot where temperatures run past 110 degrees, and heat is the condition that makes a compromised cell more likely to let go. Cars merely damaged at the scene have burned in storage, injuring tow operators, salvage yard workers, and family members retrieving belongings.
Manufacturers know the risk, which is why battery fire recalls exist. In recall 20V-701 and again in 21V-560, General Motors told federal regulators that the high voltage battery in Chevrolet Bolt EV vehicles could catch fire when charged to full or nearly full capacity. Not every electric vehicle fire starts in the pack. In recalls 22V-930 and 23V-845, the same model line was recalled because after a crash deployed the seat belt pretensioners, the pretensioner exhaust could ignite carpet fibers near the B-pillar.
Stranded Energy and Live High Voltage
A wrecked electric vehicle is an energized object. The charge left in a damaged pack, called stranded energy, cannot be drained the way a fuel tank is pumped out, and nobody can tell by looking how much remains. High voltage cabling runs under the floor and along the sills, exactly where extrication tools cut. Clark County responders train for this. Bystanders do not.
In a shock injury case the questions are whether the vehicle had a working automatic high voltage disconnect, whether it activated on impact, and whether warnings sat where a person under pressure would find them. Those are classic defect and failure to warn questions.
Quiet Operation and the People Outside the Car
An electric drivetrain makes almost no noise at parking lot speeds. Federal Motor Vehicle Safety Standard No. 141 exists for that reason, requiring hybrid and electric vehicles to emit a minimum alert sound at low speeds. The standard is not theoretical. In February 2024, Tesla filed recall 24V-153 after a factory reset muted the pedestrian warning system on certain Model S, Model X, Model 3, and Model Y vehicles, leaving them noncompliant with Standard No. 141.
Low speed is exactly where Las Vegas puts people and vehicles together. Resort porte cocheres, valet lanes, parking structures along Las Vegas Boulevard, and the crosswalks feeding the Strip are full of pedestrians whose attention is elsewhere. A silent vehicle creeping through that environment gives a person who is blind, has low vision, or is wearing headphones no warning at all. If the alert system was muted or never worked, that is evidence, and it vanishes when the vehicle is repaired.
Driver Assistance That Does Less Than Drivers Believe
Marketing names have done real damage here. Systems sold under names suggesting autonomy are, in the industry classification, SAE Level 2 driver assistance. The driver stays responsible at every moment, and the system can hand control back without warning. Videos of people sleeping while a lane centering system steers are the fact pattern behind many serious injury claims.
Regulators have treated the gap between what these systems do and what drivers assume as a defect in its own right. In December 2023, Tesla issued recall 23V-838 covering Model S, Model X, Model 3, and Model Y vehicles with Autosteer, on the basis that the prominence and scope of the feature’s controls were not sufficient to prevent driver misuse of an SAE Level 2 feature. In recall 22V-317, camera cable terminals were installed in the wrong harness positions, swapping camera views and impairing automatic emergency braking.
Legally this cuts both ways. A driver who treats a Level 2 system as a chauffeur is negligent, while defective controls, monitoring, or sensors point at the manufacturer. Serious cases often involve both.
How Nevada Handles an Electric Vehicle Defect Claim
Nevada products liability is common law. No chapter of the Nevada Revised Statutes governs these claims. The Nevada Supreme Court adopted strict products liability in Ginnis v. Mapes Hotel Corp., 86 Nev. 408, 470 P.2d 135 (1970), and Nevada courts have built the doctrine through decisions since. An injured person proceeds on one or more of three theories. A manufacturing defect means this unit left the plant different from its own design. A design defect means the design is unreasonably dangerous even when built to specification. A failure to warn means the product needed an instruction it did not carry.
Comparative fault is governed by NRS 41.141. A plaintiff still recovers as long as their own share of negligence is not greater than the share attributed to the parties they sue, with the award reduced by that percentage. Cross fifty percent and the claim is barred, which is why insurers push to shift a few points onto the injured person.
NRS 41.141(5) carries a provision that matters a great deal here. The several liability rule that normally limits each defendant to its own percentage does not apply to actions based on strict liability, or to an injury to a person or property resulting from a product manufactured, distributed, sold, or used in this state. In a product case, joint and several liability can survive.
Punitive damages are addressed in NRS 42.005, which requires clear and convincing evidence of oppression, fraud, or malice. The statutory cap limiting punitive awards in ordinary cases does not apply to an action against a manufacturer, distributor, or seller of a defective product. Where discovery shows a company knew about a failure mode and shipped anyway, that exception has teeth. Our overview of defective product injury claims in Nevada covers how these theories work.
The Deadlines That Decide Whether a Claim Exists
Under NRS 11.190(4)(e), an action for injuries to a person or for the death of a person caused by the wrongful act or neglect of another must be commenced within two years. That sounds generous until you account for a burn patient spending months in acute care and a manufacturer that produces nothing without a lawsuit on file.
When someone dies, two claims arise. The survival claim under NRS 41.100 preserves the causes of action the person held before death so the executor or administrator can pursue them. The wrongful death claim under NRS 41.085 runs on two tracks. Under subsection 4, the heirs prove their own damages, including grief and sorrow, loss of probable support, companionship, society, comfort and consortium, and damages for the decedent’s pain, suffering, or disfigurement. Under subsection 5, the estate recovers special damages such as medical bills incurred before death and funeral expenses, but not pain, suffering, or disfigurement of the decedent.
The Evidence That Decides an Electric Vehicle Case
Nothing matters more than keeping the vehicle. An insurer that declares a total loss moves the car toward salvage auction fast, and once a pack is disassembled or a burned shell is crushed, the case is over. A written preservation demand must reach the tow yard, the insurer, and the manufacturer within days, naming the vehicle by VIN.
- The vehicle and the pack. Photograph the VIN plate, charge port, undercarriage, sills, and interior before anyone touches the car, and keep the pack intact for an engineer.
- Onboard data. Federal regulations at 49 CFR Part 563 govern event data recorders, their data elements, capture, survivability, and retrieval tools. Electric vehicles add far more, including battery management system logs, thermal event flags, charging history, and driver assistance state. Our guide to getting EDR and ECM data in a Nevada case explains how that download is protected.
- Software history. Over the air updates change vehicle behavior. Which build was installed on the day of the crash, and what it changed, only the manufacturer can answer.
- Recall and service records. Run the VIN against the federal recall database. An open, unperformed recall touching the failed system reframes the case, and so does a botched repair.
- Charging evidence. Home charger permits, fast charger session logs, and charger fault records can each point to a party nobody considered.
- Fire investigation. The fire department incident report, photographs taken during suppression, and an independent origin and cause examination.
- Medical proof. Burn depth and total body surface area, inhalation injury findings, grafting records, and a life care plan projecting scar revision surgeries.
What Catastrophic Electric Vehicle Injuries Look Like
Injuries here skew severe because the mechanism is heat and time rather than blunt force. Deep partial thickness and full thickness burns require grafting and years of revision. Gases released as battery electrolyte burns cause airway injury that can be worse than the visible burns. Escape is its own issue in vehicles using electronic door latches, since whether a trapped occupant could find the mechanical release is a testable question.
Damages reach well past the emergency room bill. They include future medical care and reconstructive surgery, lost earning capacity, permanent disfigurement, pain and suffering, home and vehicle modifications, and mental health treatment. Building those numbers takes treating physicians, a life care planner, and an economist. As the pillar page on catastrophic injury claims explains, the gap between a fair result and a poor one usually comes down to the proof assembled in the first six months.
Practical Steps After an Electric Vehicle Crash in Nevada
- Move everyone away from the vehicle and stay away, even with no visible fire, and tell responders it is an electric vehicle.
- Write down the towing company, the storage yard address, and the lot or claim number before leaving the scene.
- Photograph the vehicle, the roadway, the debris field, and any charging equipment, and note whether the car was charging.
- Get a medical evaluation the same day and mention any smoke exposure even if you feel fine.
- Do not let the insurer move, repair, or dispose of the vehicle until a preservation letter has gone out.
- Report the failure through the federal vehicle safety complaint system, which feeds the defect investigation process.
Talk to a Nevada Attorney Before the Vehicle Disappears
Electric vehicles are, on the whole, safe cars. That does not make every electric vehicle injury an ordinary claim. When a battery, a driver assistance system, or a pedestrian alert is the reason someone is in a burn unit, the case runs against a manufacturer with engineers and a litigation budget, on a two year clock, while the most important evidence waits in a storage lot to be auctioned.
The Bourassa Law Group handles catastrophic injury and product liability claims across Nevada, from the preservation demand and data download through fire origin analysis, expert work, and trial in the Eighth Judicial District Court. Call (800) 870-8910 for a free consultation. There is no fee unless we recover for you.
1-800-870-8910