California Defective Vehicle Lawyer: Crashworthiness, Takata and ARC Airbags, Tesla Autopilot, and Vehicle Design Defect Framework

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Last updated: April 2026 — Reflects California strict product liability doctrine under Greenman v. Yuba Power Products, Inc. (1963) 59 Cal.2d 57, the California design defect framework under Barker v. Lull Engineering Co. (1978) 20 Cal.3d 413, the crashworthiness doctrine under Daly v. General Motors Corp. (1978) 20 Cal.3d 725 and Soule v. General Motors Corp. (1994) 8 Cal.4th 548, the federal preemption framework under Geier v. American Honda Motor Co. (2000) 529 U.S. 861 and Williamson v. Mazda Motor of America (2011) 562 U.S. 323, the February 2026 federal Tesla Autopilot verdict of $243 million, ongoing NHTSA investigations including ARC Automotive airbag inflators, and the current federal MDL and California state court coordination framework for vehicle defect litigation in effect as of January 1, 2026

California defective vehicle litigation combines strict product liability under Greenman with the distinctive crashworthiness doctrine that holds manufacturers liable for enhanced injuries caused by design defects, even when the underlying collision was caused by driver error or third-party conduct.

The practical effect is that vehicle manufacturers face liability for a substantial range of crash scenarios — not just those caused by vehicle defects, but also those in which vehicle design failed to adequately protect occupants in foreseeable collisions. California's strict product liability framework under Barker provides dual pathways through the consumer expectation test and the risk-benefit test, maximizing plaintiff options in complex vehicle design cases.

The current California vehicle defect landscape includes substantial ongoing litigation against airbag manufacturers (Takata bankruptcy trust, ARC Automotive under NHTSA investigation, ongoing automaker liability), Tesla (Autopilot and Full Self-Driving litigation following the February 2026 $243 million federal verdict), engine and transmission defects (Kia/Hyundai Theta II, Ford EcoBoost, Stellantis concerns), and specific model defects with documented safety implications.

The intersection between vehicle defect litigation and ordinary motor vehicle accident practice is substantial — many crash cases involve both driver negligence and vehicle defect theories running in parallel. For the motor vehicle accident framework generally, see our California Motor Vehicle Accidents guide. For the broader product liability and abuse framework, see our California Product Liability and Abuse guide.

California Vehicle Defect Strict Liability Framework

California vehicle defect cases proceed under the same strict product liability framework that governs all California product liability, with vehicle-specific applications.

Three defect categories under Greenman:

• Manufacturing defect — the specific vehicle departed from its intended design, typically due to quality control failures. Manufacturing defect cases in vehicles include welding failures, component assembly errors, contamination in materials, and specific-vehicle issues distinct from the design.

• Design defect — the vehicle's design itself is unreasonably dangerous. California applies the dual Barker v. Lull Engineering Co. (1978) 20 Cal.3d 413 test. Design defect cases in vehicles include rollover propensity, inadequate crash protection, sudden acceleration issues, inadequate braking systems, and similar design-based safety concerns.

• Warning defect (failure-to-warn) — the vehicle or component lacks adequate warnings about known or knowable risks. Warning defect cases frequently arise alongside design defect cases, particularly when warnings might have altered consumer behavior or prevented injury.

The Barker dual test for design defects:

• Consumer expectation test — a vehicle has a design defect if the product fails to perform as safely as an ordinary consumer would expect when used in an intended or reasonably foreseeable manner. Applies to vehicle features within ordinary consumer experience (seatbelts failing, airbags exploding inward, brakes failing in ordinary use).

• Risk-benefit test — a vehicle has a design defect if the risk of danger inherent in the design outweighs the benefits of the design. Applies to complex engineering tradeoffs where ordinary consumers cannot form a meaningful safety expectation. The manufacturer bears the burden of proving the benefits outweigh the risks.

Soule v. General Motors Corp. (1994) 8 Cal.4th 548 clarified the application: the consumer expectation test is available when the design failure concerns matters within common consumer understanding; the risk-benefit test is required for complex engineering tradeoffs.

Many modern vehicle defect cases — crashworthiness failures, electronic control system defects, ADAS failures — proceed primarily under the risk-benefit framework because the engineering complexity places the design outside ordinary consumer expectation.

Crashworthiness Doctrine

California's crashworthiness doctrine under Daly v. General Motors Corp. (1978) 20 Cal.3d 725 is foundational to vehicle defect practice. The doctrine holds that vehicle manufacturers have a duty to design vehicles that reasonably protect occupants during foreseeable collisions — and that a manufacturer is liable for enhanced injuries caused by design defects, even when the underlying collision was caused by driver error or third-party conduct.

Key elements of the crashworthiness case:

• The vehicle was involved in a foreseeable collision (any typical crash scenario qualifies)

• The vehicle's design defect increased the severity of injuries beyond what would have occurred with a non-defective design

• The plaintiff suffered specific injuries attributable to the design defect, beyond injuries from the underlying collision

• Expert testimony establishes the counterfactual — what injuries the plaintiff would have sustained in a non-defective vehicle

The enhanced injury analysis. Crashworthiness cases require expert engineering and biomechanical testimony comparing the plaintiff's actual injuries to the injuries a non-defective vehicle would have produced in the same collision.

Accident reconstruction, crash-test data, occupant-kinematics analysis, and injury-cause testimony are central. The plaintiff's recovery is limited to the enhanced injuries — the injuries caused by the design defect beyond what the baseline collision would have produced.

Common crashworthiness fact patterns:

• Post-collision fuel-fed fires — vehicles with fuel system designs vulnerable to rupture and fire in otherwise survivable collisions. Historical cases include the Ford Pinto and Jeep Grand Cherokee post-collision fires.

• Rollover defects — vehicles with high centers of gravity, inadequate roof structure strength, or ESC failures that caused or worsened rollover injuries. The Ford Explorer/Firestone tire litigation produced extensive rollover crashworthiness case law.

• Seatbelt failures — seatbelt designs that fail during crashes, release inadvertently, or cause enhanced injuries. Specific defects include inertial unlatching, webbing failures, and retractor failures.

• Airbag defects — airbags that fail to deploy, deploy with excessive force, explode with shrapnel (Takata pattern), or fail to protect occupants in the collision sequence for which they were designed.

• Roof crush injuries — rollover injuries caused by inadequate roof structure strength. Federal Motor Vehicle Safety Standard 216 sets minimum roof crush resistance, but California crashworthiness doctrine permits claims that exceed the federal minimum where feasible design improvements would have reduced injury.

• Seat back failures — driver or passenger seat backs that collapse in rear-end collisions, causing head and spinal injuries. Particularly dangerous to rear-seat occupants when front seats collapse into the rear compartment.

• Door latch failures — door systems that open during collisions, ejecting occupants from the vehicle.

Crashworthiness coordinates with primary accident liability. In a typical crash scenario, the primary at-fault driver is liable for the primary collision damages, and the vehicle manufacturer is liable for the enhanced injuries caused by crashworthiness failures. Both sets of claims proceed in parallel, often in the same litigation, with comparative fault principles apportioning responsibility.

Takata Airbag Litigation

Takata airbags are the subject of the largest product recall in automotive history, with over 67 million airbags recalled in the United States alone and global recalls exceeding 100 million inflators across nearly 20 automakers.

The defect — ammonium nitrate propellant that degrades in heat and humidity and can rupture with excessive force during deployment — has been linked to at least 25 deaths and hundreds of injuries in the United States.

Current litigation status:

• Takata Corporation bankruptcy. Takata filed for bankruptcy in 2017, and most claims proceed through the Takata Airbag Personal Injury Trust and the Takata Airbag Tort Compensation Trust Fund established during the bankruptcy. Claim submission procedures, proof requirements, and compensation matrices are established through the bankruptcy-approved framework.

• Automaker liability. Ongoing civil litigation against automakers (Honda, Toyota, Ford, BMW, Volkswagen, Audi, Mazda, and others) that continued to install Takata airbags despite knowledge of the defect. Automaker cases proceed in state and federal courts, including California.

• Unrepaired vehicles. Approximately 15–20% of vehicles with recalled Takata airbags remain unrepaired, creating ongoing risk and ongoing litigation potential as deployments continue to occur.

California-specific considerations. California's hot climate, particularly in Southern California and the Central Valley, accelerates the Takata degradation process. California plaintiffs with Takata airbag injuries frequently have strong cases given the climate-related acceleration. The California MDL and federal MDL proceedings have handled substantial Takata litigation.

ARC Automotive airbag investigation. NHTSA is currently investigating ARC Automotive airbag inflators after reports of explosions that have propelled metal shards into vehicle cabins. The investigation parallels the early stages of the Takata defect discovery. ARC airbag cases represent the next wave of major airbag defect litigation, with California plaintiffs participating as the investigation progresses.

Tesla Autopilot and Full Self-Driving Litigation

Tesla's Autopilot and Full Self-Driving (FSD) systems are the subject of expanding product liability litigation. The first federal Autopilot case to go to trial resulted in a landmark $243 million verdict in August 2025 (upheld in February 2026), with Tesla found 33% responsible for a crash in which a Model S with Autopilot engaged ran through a T-intersection, struck a parked vehicle, and caused pedestrian fatalities.

Core Autopilot claim theories:

• Design defect. Autopilot and FSD systems have documented difficulty detecting stopped or stationary objects, particularly in scenarios involving emergency vehicles, parked vehicles partially in lanes, and objects at unusual angles relative to the sensor array. Design defect claims address whether the system's detection algorithms and response protocols are reasonably safe given the scenarios in which Tesla allows drivers to engage them.

• Failure-to-warn. Tesla's marketing of Autopilot and FSD capabilities — including the February 2026 California DMV ruling that Tesla engaged in false advertising with the "Autopilot" and "Full Self-Driving" terms — supports claims that Tesla failed to adequately warn drivers about the system's limitations and the risks of over-reliance on the technology.

• Phantom braking. A recurring pattern in Tesla lawsuits involves sudden, unintended braking from the Autopilot system in response to phantom obstacles (shadows, overpasses, non-obstacle road features). Phantom braking cases involve both rear-end collisions caused by the Tesla's unexpected deceleration and other crash patterns.

• Sudden unintended acceleration. Claims that Tesla vehicles have accelerated unexpectedly, including scenarios involving parking, traffic stops, and other low-speed contexts.

California as primary Tesla litigation venue. Tesla's California base of operations, the California DMV false advertising ruling, and California's robust product liability framework make California state court the primary venue for Tesla product liability litigation. California Plaintiffs have significant procedural and substantive advantages compared to other jurisdictions.

The February 2026 verdict's implications. The $243 million federal verdict (upheld after Tesla's appeal) establishes that Autopilot product liability claims can succeed at trial. The verdict is expected to substantially increase Tesla's exposure in pending and future Autopilot cases, affect Tesla's settlement calculus, and drive additional filings by plaintiffs previously concerned about the difficulty of litigation.

Other Current Vehicle Defect Categories

Kia and Hyundai Theta II Engine Defect. The 2.0L and 2.4L Theta II engines in various Kia and Hyundai vehicles (Sonata, Santa Fe, Optima, Sorento, and others) have been subject to substantial recall and litigation for connecting rod bearing failures leading to engine seizures, stalling, and fires. Class action settlements and individual injury cases continue.

Ford EcoBoost Engine Issues. Various Ford EcoBoost engine models have faced reliability and safety issues, including coolant intrusion, turbocharger failures, and engine fires. Ford has addressed some issues through recalls and extended warranties, but ongoing litigation continues.

Stellantis Wrangler/Gladiator Death Wobble. Severe front-end oscillation in certain Jeep Wrangler and Gladiator models, typically at highway speeds, causing loss of control risk. Stellantis has addressed some issues through service bulletins, but ongoing litigation continues.

Electric Vehicle Battery Fires. Thermal runaway events in electric vehicle battery packs occur during charging, after collisions, and sometimes in otherwise normal operation. Multiple manufacturers have faced cases involving EV battery fires. The recall involving certain General Motors Chevrolet Bolt EVs was a landmark early case.

Airbag Control Module (ACM) Defects. Control modules that fail to deploy airbags during crashes, fail to activate seat belt pretensioners, or make inappropriate deployment decisions. ACM defects overlap with specific-manufacturer cases across multiple automakers.

Transmission Defects. Specific transmission models with documented failure patterns — including Ford PowerShift dual-clutch transmissions and various CVT designs — have produced substantial litigation.

Tire Defects. Tread separation, sidewall failures, and other tire defects producing loss-of-control crashes. Major historical cases include the Firestone Wilderness AT tires on Ford Explorers; ongoing litigation addresses various manufacturers' products.

Brake Defects. ABS failures, brake booster failures, and other brake system defects produce unintended braking or brake failure during emergency use.

Towing and Cargo System Defects. Hitch failures, trailer brake controller issues, and cargo system defects are causing loss-of-control events.

Federal Preemption Framework

Vehicle defect cases interact with federal safety regulations under the National Traffic and Motor Vehicle Safety Act and the Federal Motor Vehicle Safety Standards (FMVSS) promulgated by NHTSA. Federal preemption analysis determines whether state law product liability claims can proceed against vehicle manufacturers.

Geier v. American Honda Motor Co. (2000). The U.S. Supreme Court held that FMVSS 208, which required automatic restraints in some but not all vehicles, preempted state law claims that a manufacturer should have installed airbags in a vehicle that was instead equipped with compliant manual restraints. Preemption applied because the state law claim would interfere with the federal regulatory objective of providing manufacturers flexibility among compliant restraint options.

Williamson v. Mazda Motor of America (2011). The U.S. Supreme Court narrowed Geier by holding that FMVSS 208's provision of flexibility between lap-only seatbelts and lap-shoulder seatbelts for rear middle seats did not preempt state law claims for failure to install lap-shoulder seatbelts. The Court distinguished Geier on the ground that the federal flexibility in Williamson was not a "significant regulatory objective" the way the airbag flexibility was in Geier.

Current preemption framework. Vehicle defect preemption analysis is case-specific, examining whether the particular FMVSS regulation at issue reflects a significant federal regulatory objective that state law claims would interfere with, or whether the state law claim simply imposes requirements consistent with federal standards or addresses issues not resolved by federal regulation. Most California vehicle defect claims proceed without preemption, but specific areas (certain restraint configurations, certain electronic stability control requirements) are subject to preemption analysis.

California-specific regulatory considerations. California Air Resources Board (CARB) regulations on vehicle emissions create distinctive California-specific requirements, though emissions compliance generally does not implicate product liability preemption for injury cases.

Damages in California Vehicle Defect Cases

Damages follow the standard product liability framework with vehicle-specific applications.

Economic damages include medical expenses (often substantial in severe crash injury cases), lost earnings and earning capacity, vehicle replacement costs, life care planning for permanent injuries, home and vehicle modification costs, and attendant care costs. Life care planners frequently provide the economic damages foundation in serious injury cases.

Non-economic damages include pain and suffering, emotional distress, disfigurement (relevant in burn injury, scarring, and amputation cases), and loss of enjoyment of life. Vehicle defect non-economic damages are uncapped — MICRA applies only to medical malpractice.

Punitive damages under Civil Code § 3294 are frequently central in vehicle defect cases. Manufacturers who knew of defects but concealed them, failed to issue timely recalls, continued manufacturing or selling despite documented safety issues, or suppressed internal testing data face substantial punitive exposure.

The Takata punitive damages theories addressed concealment of defect knowledge; Tesla Autopilot cases involve allegations of marketing misrepresentations; historical cases like the Ford Pinto and GM ignition switch involved documented internal concealment of known defects.

Wrongful death and survival damages in fatal cases. For the wrongful death framework, see our California Product Liability Wrongful Death guide. Survival action damages under CCP § 377.30 are available for economic damages; pre-death pain and suffering is no longer recoverable in ordinary survival actions filed on or after January 1, 2026 following the SB 447 sunset — see our California Survival Action guide.

Loss of consortium. Spousal consortium claims frequently proceed alongside primary vehicle defect injury claims.

Statute of Limitations

Ordinary product liability claims: Two years from the date of injury under CCP § 335.1. In vehicle crash cases, the date of injury is typically clear — the date of the collision.

Delayed discovery: Two years from discovery when the causal connection between the vehicle defect and the injury was not reasonably discoverable within the ordinary period. Delayed discovery applies particularly in cases where:

• The defect causal connection emerged after manufacturer's recall announcements

• Post-crash vehicle inspection revealed the defect

• NHTSA investigation findings or news coverage revealed the defect

• Autopsy or medical analysis revealed injuries attributable to design defects rather than the collision itself

Wrongful death: Two years from the date of death under CCP § 335.1.

Survival action: The longer of two years from death or six months after death if the personal injury limitations period had not expired at death, under CCP § 366.1.

Class action tolling. Participation in class actions related to vehicle defects can toll individual limitations under American Pipe & Construction Co. v. Utah (1974) 414 U.S. 538. Plaintiffs should not rely on class action tolling without specific analysis of the class action scope and procedural posture.

Proving California Vehicle Defect Claims

Vehicle defect cases involve complex expert-intensive proof requirements.

Accident reconstruction. Expert reconstruction establishing the collision dynamics, including speeds, angles, forces, and sequence of events. Accident reconstructionists frequently use physical evidence from the crash scene, vehicle damage analysis, and event data recorder (EDR/black box) data.

Engineering analysis of the defect. Mechanical engineers, automotive engineers, and specialized experts (airbag engineers, electronics engineers for ADAS cases, metallurgists for materials cases) establish the specific defect and its contribution to the injuries. Expert analysis frequently involves testing of similar vehicles, reverse engineering of the specific vehicle, and analysis of manufacturer design documentation.

Biomechanical causation. Biomechanical engineers and medical experts establish the causal connection between the defect and the specific injuries. Crashworthiness cases particularly require the counterfactual analysis — what injuries would have occurred in a non-defective vehicle.

Manufacturer knowledge evidence. Internal company documents, test reports, NHTSA correspondence (recall documents, TSBs, defect investigations), engineering change records, and witness testimony establishing what the manufacturer knew about the defect, when they knew it, and how they responded. Central to failure-to-warn claims, punitive damages theories, and preemption defense challenges.

Electronic data recovery. Modern vehicles contain extensive electronic data — event data recorders (EDRs), infotainment system logs, telematics data, and (for Tesla and similar advanced vehicles) detailed driving assistance system logs. Electronic data recovery and analysis is central to modern vehicle defect proof.

Pattern evidence. Evidence of similar defects in other vehicles of the same model/component establishes the defect's systemic nature and supports both liability and punitive damages. NHTSA complaint data, lawsuit pattern databases, and recall histories provide pattern evidence foundation.

For Tesla and ADAS cases specifically. System log analysis, firmware version identification, OTA update history, and specific scenario identification in manufacturer testing records support Autopilot and ADAS defect claims.

The Motor Vehicle Accident / Product Liability Intersection

Vehicle defect cases frequently overlap with ordinary motor vehicle accident litigation. Coordinated prosecution of both claim types is central to many serious crash cases.

Typical fact pattern. A driver negligently causes a crash (DUI, distracted driving, excessive speed). The crash would have produced certain injuries in a reasonably designed vehicle. The plaintiff's actual injuries exceed those baseline injuries because of a vehicle design defect — Takata airbag shrapnel, rollover roof crush, post-collision fire, failed seatbelt, or ADAS failure.

Comparative fault analysis. California's pure comparative fault framework under Li v. Yellow Cab Co. (1975) 13 Cal.3d 804 apportions responsibility among the at-fault driver, the vehicle manufacturer, and any other responsible parties. The plaintiff recovers from each defendant in proportion to that defendant's share of responsibility.

Insurance considerations. The at-fault driver's auto liability insurance responds to the primary collision damages; the vehicle manufacturer's product liability insurance (or self-insurance) responds to the crashworthiness/enhanced injury damages. Insurance identification is critical to the overall recovery analysis.

Discovery coordination. Motor vehicle accident discovery (police reports, witness statements, EDR data, medical records) and product liability discovery (manufacturer documents, testing records, pattern evidence) proceed in parallel. Coordinated counsel ensures both investigation streams inform the case strategy.

For the motor vehicle accident framework generally, see our California Motor Vehicle Accidents guide and its sub-articles addressing specific accident types (motorcycle, truck, pedestrian, DUI, rideshare).

What to Do If You Were Injured in a Vehicle Defect Case

Preserve the vehicle immediately. The damaged vehicle is the single most important piece of evidence in most vehicle defect cases. Preservation letters should be sent immediately to the vehicle's current location (impound yard, insurance company, salvage operator). Vehicle destruction before inspection can be catastrophic for the case.

Obtain complete medical records and trauma documentation. Emergency department records, hospital records, surgical records, imaging studies, and ongoing treatment records establish the specific injuries. Photographs of injuries taken promptly support both causation and damages.

Obtain the police report and any witness information. Police reports frequently document collision dynamics and may include preliminary defect observations. Witness identification and early witness outreach preserve testimony.

Obtain the vehicle's recall and service history. NHTSA's vehicle identification database (recalls.gov) provides recall history for specific vehicles. Dealership service records establish the vehicle's maintenance history and any recall-related repairs.

Identify Electronic Data Recorder (EDR/black box) data. Modern vehicles contain EDRs that record pre-crash data (speed, brake application, steering input, crash forces). EDR data requires specialized retrieval and analysis, typically through professional vehicle forensics services.

Research similar-incident databases. NHTSA's complaint database, recall databases, and investigation records document whether the defect pattern has been identified before. Pattern evidence supports liability theories and punitive damages.

Consult with specialized vehicle defect counsel early. Vehicle defect litigation is highly specialized, requiring familiarity with automotive engineering, FMVSS regulations, crashworthiness doctrine, and specific manufacturer defect patterns. Early consultation preserves evidence and identifies the optimal legal strategy.

Coordinate with motor vehicle accident counsel. When the case involves both driver negligence and vehicle defect elements, coordinated prosecution maximizes the overall recovery. Some firms handle both practice areas internally; others coordinate between specialized practitioners.

Preserve electronic records. Smartphone data, dashcam footage, nearby vehicle dashcam footage, and business/traffic surveillance footage of the crash scene provide valuable evidence. Prompt outreach to nearby businesses and witnesses can preserve footage that is otherwise overwritten on standard retention cycles.

Understand the litigation timeline. Vehicle defect cases typically require 24–60 months from filing to resolution. Expert-intensive discovery, vehicle testing and inspection, and complex motion practice on preemption and evidentiary issues extend litigation timelines. MDL and JCCP coordination further extends some cases.

Frequently Asked Questions

What is a vehicle defect case in California? A vehicle defect case is a product liability claim against a vehicle manufacturer, component supplier, or other responsible entity for injuries caused by a defective vehicle or component. California vehicle defect cases proceed under strict product liability under Greenman v. Yuba Power Products and the dual Barker v. Lull Engineering Co. test for design defects. The crashworthiness doctrine under Daly v. General Motors specifically addresses enhanced injuries caused by design defects in foreseeable collisions.

Can I sue a vehicle manufacturer if my own driving caused the accident? Yes, under the crashworthiness doctrine. California law recognizes that manufacturers have a duty to design vehicles that reasonably protect occupants in foreseeable collisions, regardless of who caused the underlying crash. If your vehicle's design failed to provide reasonable protection — Takata airbag shrapnel, rollover roof crush, post-collision fuel-fed fire, failed seatbelt, or similar defects — you can pursue manufacturer liability for the enhanced injuries caused by the defect, even if you bear responsibility for the primary collision.

Can I sue Tesla for an Autopilot crash in California? Yes, under current California law. The first federal Tesla Autopilot case to go to trial resulted in a $243 million verdict in August 2025, upheld in February 2026, with Tesla found 33% responsible for a crash in which Autopilot was engaged. The verdict establishes that Autopilot product liability claims can succeed at trial. Claims typically involve design defect (system detection and response failures), failure-to-warn (adequacy of driver warnings about system limitations), and marketing misrepresentation theories.

What is the statute of limitations for California vehicle defect claims? Two years from the date of the injury under CCP § 335.1. In crash cases, this is typically the date of the collision. Delayed discovery extends the deadline when the causal connection between a vehicle defect and the injuries was not reasonably discoverable within the ordinary period, which is common when defects are only identified through later manufacturer recalls, NHTSA investigations, or post-crash engineering analysis.

Are punitive damages available in California vehicle defect cases? Yes, and they are frequently substantial. Manufacturers who knew of defects but concealed them, failed to issue timely recalls, continued manufacturing or selling despite documented safety issues, or suppressed internal testing data face substantial punitive exposure under Civil Code § 3294. Historical vehicle defect cases produced substantial punitive verdicts in Ford Pinto, GM ignition switch, Takata airbag, and other major defect litigation.

Does federal preemption bar my California vehicle defect case? In most cases, no. The federal preemption analysis under Geier v. American Honda Motor Co. (2000) and Williamson v. Mazda Motor of America (2011) is case-specific, examining whether the particular FMVSS regulation at issue reflects a significant federal regulatory objective that state law claims would interfere with. Most California vehicle defect claims proceed without preemption; specific narrow areas may face preemption analysis requiring specialized counsel evaluation.

Should I keep my damaged vehicle after a crash where I suspect a defect? Absolutely yes. The damaged vehicle is the single most important piece of evidence in most vehicle defect cases. Do not authorize insurance companies, salvage operators, or repair facilities to destroy, dismantle, or repair the vehicle before vehicle defect counsel can coordinate inspection and evidence preservation. Destruction of the vehicle before inspection can be catastrophic for the case.

DISCLOSURE 

This page is published and maintained by 1000Attorneys.com, a California State Bar Certified Lawyer Referral and Information Service, LRIS Certificate No. 0128, accredited by the American Bar Association and established in 2005. The information on this page is for general educational purposes only and is not legal advice. 1000Attorneys.com is not a law firm and does not provide legal representation. For legal advice about your specific situation, consult a qualified California attorney licensed to practice in the jurisdiction where your claim arises.