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NHTSA Safety Defect Investigations
Highway Traffic Safety Associates, LLC
Allan J. Kam, Director
Presentation by Allan J. Kam1
NHTSA and the Safety Act
The National Highway Traffic Safety Administration (NHTSA), U.S. Department of Transportation, is the federal agency responsible for issuing and enforcing safety standards concerning the manufacture of motor vehicles and motor vehicle equipment, and for investigating alleged defects in those vehicles and equipment.2 The basic purpose of the Safety Act that NHTSA administers is “to reduce traffic accidents and deaths and injuries resulting from traffic accidents.”3 The need for a federal law on safety defects is noted in the Safety Act’s legislative history: “Deficiencies in past industry practices relating to notification and curing of manufacturing defects necessitate the imposition of mandatory procedures to insure such notification of purchasers and correction of all safety-related defects.”4
Today I will talk to you about the Safety Act requirements with respect to the recall of defective products, how the case law defines safety-related defect, and how NHTSA investigates to find those defects. I’ll highlight how the TREAD Act5 passed last year will affect defect investigations. Finally, I’ll offer a few suggestions about how you can influence NHTSA’s defects investigations, and things you want to avoid doing.
Duty to Recall Vehicles and Equipment Containing a Safety-Related Defect
The Safety Act requires a manufacturer who determines that a safety-related defect exists in its vehicles or equipment to notify purchasers of safety-related defects and to remedy the defect, which is commonly known as a recall.6 However, the public is not left solely at the mercy of the manufacturer to make a safety defect determination. The statute also gives NHTSA the authority to investigate defects7, and to require manufacturers to recall when NHTSA finds that the vehicle or equipment contains a safety-related defect.8 In other words, if the manufacturer does not “voluntarily” recall vehicles or equipment containing a safety-related defect, NHTSA may order it to do so, and may also seek to penalize the manufacturer for failing to fulfill its recall responsibilities. Given this duty of manufacturers to recall products containing a safety-related defect, and NHTSA’s authority to investigate and order recalls of safety-related defects, it is important to understand what is meant by the term “safety-related defect,” and how one is identified.
What is a Safety-Related Defect Under the Safety Act?
The concept of a safety-related defect under the Safety Act can be broken down into two steps: (1) is there a defect, and, if so, (2) does it relate to motor vehicle safety?
(1) “defect” includes any defect in performance, construction, a component or material of a
(2) “motor vehicle safety” means the performance of a motor vehicle or motor vehicle equipment in a way that protects the public against unreasonable risk of accidents occurring because of the design, construction, or performance of a motor vehicle, and against unreasonable risk of death or injury in an accident, and includes nonoperational safety of a motor vehicle. [49 U.S.C. § 30102(a)(8); emphasis added]
Court Decisions Construing “Safety-Related Defect” Under the Safety Act
1. Wheels Case Construes “Defect” under the Safety Act
The U.S. Court of Appeals for the D.C. Circuit upheld NHTSA’s view that a defect in performance in a motor vehicle component could be proved by showing a large number of failures in that component.10 The court held that “a vehicle or component ‘contains a defect’ if it is subject to a significant number of failures in normal operation, including failures either occurring during specified use or resulting from owner abuse (including inadequate maintenance) that is reasonably foreseeable.”11 “Significant number of failures” means a number of failures that is “non-de minimus:”
The question whether a “significant” number of failures have taken place must be answered in terms of the facts and circumstances of each particular case. Relevant considerations include the failure rate of the component in question, failure rates of comparable components, and the importance of the component to the safe operation of the vehicle. The number of failures need not be and normally will not be a substantial percentage of the total number of components produced.12
In analyzing the Safety Act’s language, the court stated that the statutory “provisions indicate that a determination of ‘defect’ does not require any predicate of a finding identifying engineering, metallurgical, or manufacturing failures. A determination of ‘defect’ may be based exclusively on the performance of the vehicle or component.”15
Moreover, The Wheels court noted the importance of real life performance:
Congress was concerned with the day-to-day performance of motor vehicles in the myriad of conditions of use experienced by the public, not the test data compiled by professional drivers on the manufacturer’s proving grounds or performance specifications under laboratory conditions.16
The court of appeals in Wheels thus clarified the meaning of “defect” in the Safety Act. It did not, however, clarify the issue of “unreasonable risk,” since it did not reach that issue17
The “Pitman Arms” decision is the seminal case on safety-relatedness.18 In that case, NHTSA contended that the failure of a critical safety system (steering) creates an unreasonable risk of accident occurrence. At trial, the Government showed that a large number of failures had occurred. GM contended that failures cannot occur at high speeds, and do not pose an “unreasonable risk” at low speeds. It argued that the vehicles -- 1959 and 1960 Cadillacs -- had traveled 24 billion miles by the 1974 trial, that 96% of their service life was over, with an average of only 3 years of service left on 40,000 vehicles still on the road out of 284,000 that had been manufactured, and that with that service history, there were only 19 known accidents, and no deaths or injuries.
The trial court found that a large number of replacement parts sales -- some 26,000 or 9.3% of the original vehicle population -- was a strong indication of a large number of failures, but held that the Government failed to prove that these failures imposed an unreasonable risk of accidents, injuries, or deaths, since the failures occurred while the moving at low speeds (less than 10 mph). On appeal, the Government argued that low speed failures do present an unreasonable risk, noting accident statistics indicating that a significant portion of all accidents, injuries, and deaths do occur at low speeds. The court of appeals reversed the trial court, stating:
The evidence is uncontradicted that General motors sold six times as many pitman arms for the 1959-60 Cadillac models as for adjacent years; that the steering pitman arm failures have occurred while these models were being driven; and that when the steering pitman arm fails, the driver loses control of the car. We hold that, under the statute, these uncontradicted facts demonstrate an “unreasonable risk of accidents” stemming from the defect.19
Thus, while the Wheels court talked about a “non-de minimus” number of failures as evidencing a defect, the Pitman Arms court helped to quantify that formulation, as well as to clarify when the defect is safety-related. First, where a component fails at six times the rate of its peers, the component contains a “defect” within the meaning of the Safety Act. This is not to say that a failure rate of less than six times a peer group (e.g., four or five times the peer group) is automatically acceptable (i.e., non-defective), but the multiple of six is ordinarily deemed to be well within the ambit of what is unacceptable.
Second, if the failure of the component can result in loss of control of the vehicle, then the defect is deemed to be safety-related within the meaning of the Act. This is not to say that there cannot be other manifestations of safety relatedness, but the Pitman Arms decision does mean that a component failure that can result in loss of vehicle control is ordinarily deemed to be safety-related.
3. Subsequent Cases follow Wheels and Pitman Arms
In subsequent litigation, courts accepted the holdings in the Wheels and Pitman Arm decisions, in a variety of fact patterns where there was “thin” or no evidence of actual fatalities or serious injuries resulting from the defect at issue. For example, in the Seatbacks case20, the court found that a defect is safety-related where the driver’s seatback suddenly fails, inasmuch as the driver may fall rearward, and may loose contact with the brake and accelerator or experience impaired ability to break or steer, and may loose vision of the road or contact with steering wheels. There were no known fatalities attributable to the defect, but the court concluded that “the causes of many fatal accidents is [sic] never known, for dead men tell no tales.”21
In the Carburetors case,22 the court of appeals noted that just as failures that cause loss of control constitute an unreasonable risk, so too do failures that result in engine fires, which may occur on thoroughfares where pulling over and standing outside the car is difficult and dangerous.23 Where a defect has been established, and “where this defect results in hazards as potentially dangerous as a sudden engine fire, . . . then the defect must be viewed as one ‘related to motor vehicle safety.’”24 And in the Wipers case,25 the court found that since windshield wiper failure results in severe degradation of visual performance, it is an unreasonable risk to operate a vehicle in rain without windshield wipers.
NHTSA’s litigators developed the “per se” legal theory in attempting to establish that defects are safety-related. The theory is that if a defect causes the failure of critical equipment, components affecting vehicle control, then it is necessarily safety-related. Thus, for example, if a defect causes the driver to loose control of steering or braking, it is a safety-related defect per se. To some extent, the courts in Pitman Arms, Seatbacks, Carburetors, and Wipers cases seemed to be persuaded by the per se theory, although it was not essential to their holdings.26 But it became accepted doctrine in NHTSA that if a critical component or system designed to control the vehicle, avoid accidents, or mitigate serious injury in the event of a crash, is defective, then that defect is safety-related. For example, it would not matter if no one has been injured (yet) when headlamps or seat belts fail in use.27 If such components contain defects that cause them to fail, the defects are per se safety-related defects.
4. Why Has There Been No Further Litigation?
What is remarkable is not that the Government lost only one fact-specific case, but that there has been no further litigation contesting the agency’s determination that a safety-related defects exists. Why is that? Some have argued that the agency has become atrophied, and is not enforcing the Safety Act. That argument is usually accompanied by a suggestion that NHTSA is too close to the industry it is supposed to regulate. But that ignores the fact that record numbers of vehicles are being recalled, frequently as a result of ODI investigations.
My own interpretation is that the basic law was settled in a manner very favorable to the Government in Wheels and Pitman Arms, and the manufacturers have grudgingly accepted those cases as the law. Consequently, when ODI, in concert with agency enforcement attorneys, believes that a vehicle or equipment contains a safety-related defect, and the manufacturer cannot disabuse the agency staff of that belief, the manufacturer will virtually always recall the product, rather than go through formal proceedings leading to a NHTSA recall order, let alone litigation to enforce that order. That does not mean that ODI always reaches the right result, or that what is “right” is always clear and always prevails, and that all vehicles with safety-related defects are recalled. It does not even mean that manufacturers always play honestly by the rules. They don’t always. But it does mean that manufacturers have been unwilling, when push comes to shove, to contest a NHTSA safety-defect determination made in light of the Wheels and Pitman Arms precedents. In fact, what has been happening since the Wheels and Pitman Arms decisions is that the manufacturers have acquiesced to the agency’s informal position by the end of a defect investigation, before a formal agency defect determination is made. With hardly any exceptions, when NHTSA and a manufacturer come eyball-to-eyeball on a safety defect controversy, the manufacturer blinks first.
NHTSA’s Investigations of Safety Defects
1. The Office of Defects Investigation
The Safety Act gives NHTSA the authority and responsibility to, among other things, investigate defects in motor vehicles and motor vehicle equipment. I have heard reports of defendant manufacturers in product liability cases trying to portray the federal government in Washington, D.C. as a massive professional staff that thoroughly reviews, tests, and even “approves” vehicles before they are allowed to be marketed. This hardly comports with reality. NHTSA is a relatively small agency, with only about 600 employees, and many other important responsibilities. Only approximately 100 of the agency’s workforce are assigned to the enforcement area, about half of which are assigned to the Office of Defects Investigation (ODI). (The other half of the personnel in the enforcement area work in areas other than defect investigations, such as standards compliance and odometer fraud.)
Only since the passage of the TREAD Act, which was signed into law on November 1, 2000, has ODI been given significantly greater resources, which is now resulting in the hiring of approximately 18 new personnel, as well as funding for additional contractor support.31 Eventually, those additional resources will help, but, ironically, in the short run they probably have been more of an impediment. Precious resources have been used in the past several months on administrative reorganizations, job descriptions, interviewing and hiring, and the logistics of finding additional office space, moving, and other attendant disruptions. The new staff now being hired has to be trained by existing staff. So the transition to a larger and reorganized staff has probably impeded ODI’s effectiveness in the short run, but there is no doubt in my mind that in the long run the defect investigations program will be more effective as a result of the added resources.
Now let me talk about the defect investigation process itself.
2. ODI’s Screening Process
Screening is the process of reviewing and analyzing the vast amount of information available to ODI, and making recommendations as to which matters should be opened as defect investigations. Since the agency would not ordinarily investigate or order the recall of a defect specific to a single unit, it looks for trends in larger populations. ODI’s Defects and Recall Information Analysis Division32 performs this process by reviewing incoming reports of alleged defects, and identifying problems that may indicate a safety-related trend.
The data reviewed in the screening process include vehicle owner questionnaires (VOQs)33 and field reports received from Congressional and owner correspondence, as well as referrals from other government entities (including other federal agencies, state agencies, and Transport Canada)) and from non-governmental organizations such as consumer and public interest advocacy groups, fleet owners, insurance companies, and media. In addition, ODI looks at technical service bulletins (TSBs) sent by manufacturers to their dealers. A NHTSA regulation34 requires each manufacturer to furnish to NHTSA on a monthly basis a copy of all notices, bulletins, and other communications sent to more than one manufacturer, distributor, dealer, lessor, lessee, or purchaser, regarding any defect, regardless of whether the manufacturer believes that the defect is safety-related. ODI actually secures a large number of recalls by reviewing those TBS’s, and prodding the manufacturer to formalize its advice or “hidden warranties” into a statutory recall campaign. Finally, the screening process may include a review of NHTSA data bases (e.g., NASS, FARS) and past defect investigations.
The Initial Evaluation (IE) is the first formal step taken with regard to information concerning a potential safety-related defect. However, an IE is not a formal investigation so much as an internal record keeping designation for issue tracking. At this early stage, a low number of consumer complaints may be sufficient to justify initiating an IE. An IE may be opened by the Division Chief, upon the recommendation of a staff engineer/investigator. The IE may lead to a referral to one of ODI investigative divisions with a recommendation to open a defect investigation, which requires the approval of the ODI Director.
3. Early Warning Reporting Requirements: Future Donnybrooks
In the future, the screening process will undoubtedly include “early warning” data that manufacturers will be required to furnish to NHTSA. Provisions of the TREAD Act amendments to the Safety Act35 require NHTSA to issue a regulation no later than June 30, 2002, that will require manufacturers to provide information related to (a) warranty and claims data concerning claims for deaths, serious injuries, and property damage from alleged defects; (b) customer satisfaction campaigns (“hidden recalls”), consumer advisories, recalls, and other activity involving the repair or replacement of vehicles or equipment; (c) other data that may assist in identification of defects, and (d) incidents causing fatalities or serious injuries allegedly caused by possible defects in vehicles or equipment in the United States, or in identical or substantially similar vehicles or equipment in a foreign country.36
While the agency is not necessarily required to disclose all of the information to be submitted -- and manufacturers will be able to claim confidentiality for certain information, as they now do37-- presumably defendant manufacturers may be forced to disclose their “early warning” submissions to NHTSA in product liability cases, albeit under protective orders. This may prove to be a treasure trove of information to plaintiffs, and manufacturers are deeply concerned about that. I suspect that the problem for ODI will be not so much obtaining the information as being overwhelmed by huge “document dumps.” The difficulty will be separating the wheat from the chaff. While the industry will be in the uncomfortable position of gathering and reporting this information, ODI will be in the unenviable position of trying to sort it all out. And while not ODI’s concern, the General Law Division of the Chief Counsel’s Office will probably be swamped with confidentiality claims and FOIA requests. I can imagine NHTSA having to defend both FOIA suits (brought by public interest groups and possibly ATLA members seeking disclosure of early warning data) and so-called “reverse FOIA” suits (brought by manufacturers seeking to prevent disclosure). To the extent that the early warning data is disclosed, I think that plaintiffs attorneys and public interest groups will want to provide their own evaluation of that data to NHTSA. Stay tuned.
4. Formal Defect Investigations
ODI conducts defect investigations in two phases: the Preliminary Evaluation (PE) and the Engineering Analysis (EA). In the PE phase, ODI typically sends only one information request (IR) to the investigatee-manufacturer, and typically does not send IRs to any other parties. ODI does not typically conduct testing or inspect vehicles during the PE phase. An agency attorney is ordinarily not involved with an investigation at the PE phase. Most PEs are not upgraded to EAs, and are resolved within a few months. A PE may be closed because further investigation does not appear warranted, or because the manufacturer has decided to conduct a recall. When a PE or EA is closed where there has been no recall, it is typically justified on the basis that no defect trend has been identified, and that no further expenditure of resources appears to be warranted. However, contrary to some representations of the manufacturers and their attorneys, ODI does not make an affirmative finding of “no defect.” The ODI Director participates in decisions to open and close a PE, but agency counsel and higher management typically are not actively involved at the PE phase, unless there are unusual circumstances.
In the EA phase, ODI devotes more resources to the investigation, and develops a more detailed and complete analysis of the character and scope of the alleged defect. An IR, more detailed than that sent in the PE phase, is sent to the manufacturer, and after reviewing the response thereto, ODI may send one or more further IRs to the manufacturer. ODI may also send IRs to “peer manufacturers” and/or other companies. The agency may also conduct testing and vehicle (or motor vehicle equipment) inspections, either through NHTSA’s Vehicle Research Test Center in East Liberty, Ohio, or through contractors. ODI may also conduct surveys or other studies. ODI may meet directly with the manufacturer. Consumers who have reported problems may be contacted for further information. In addition to the ODI investigator, an agency attorney from the Office of the Chief Counsel’s Litigation and Enforcement Division is assigned to each EA. Experts from other offices in the agency may also be consulted. Crash data may be obtained from NHTSA’s National Center for Statistics and Analysis (e.g., FARS, NASS). Updates of complaints from the manufacturer’s and ODI’s complaint data bases are gathered. Thus, in the EA phase there is a much more intensive investigation than in the PE phase. Not only the ODI Director, but her boss, the Associate Administrator for Safety Assurance, are typically briefed on the progress of an EA, and if it is sufficiently sensitive, higher levels of management in the agency are also briefed and offered the opportunity to provide policy direction. An EA ordinarily takes about a year to complete, and may take longer, during which time an extensive investigative file is developed, updated, and closely analyzed.
During the course of a “mature” or largely completed EA, the manufacturer will be informally advised if ODI believes that a safety-related defect exists. If the manufacturer declines an informal request to recall, a multi-disciplinary review panel is convened, consisting of representatives of the Offices of the Administrator and the Chief Counsel, and other elements of the agency. At the panel meeting, the ODI staff investigator who has been assigned to the PE and EA will brief the panel about relevant facts. If the panel concurs, the ODI Director will advise the manufacturer of that fact and that a recall request letter (RRL) will be forthcoming within several days. This provides the manufacturer with a further opportunity to recall before a RRL is sent. If the investigation has gone this far, at this point the manufacturer will usually recall, rather than receive a formal RRL, which would be a matter of public record, and something that manufacturers do not like (and that ATLA members love). Virtually no cases go further, but if the manufacturer were to refuse to recall, the Associate Administrator can issue an initial decision pursuant to the Safety Act38 that the vehicles or equipment at issue contains a safety-related defect. A final decision is reserved to the Administrator, but in practice, neither a RRL nor an initial decision is issued without concurrence from the Administrator’s office.
Manufacturers knows that when a panel meeting is scheduled concerning their products, that is their penultimate opportunity to avoid public controversy, and that when the panel concurs in the ODI recommendation and a RRL is about to be sent, that is their last chance to recall without a formal recall request from NHTSA on the record. That “threat” is virtually always sufficient to trigger a recall determination by the manufacturer, but if not, the agency can issue a statutory initial defect determination by NHTSA (accompanied by a press release), hold a public hearing, and then issue a final defect determination and recall order. In today’s media-hyped environment, no manufacturer wants to undergo such an ordeal. The continuing adverse publicity would be devastating. Challenging the agency’s recall order in court would bring more adverse media attention. General Motors’ experience with the X-Cars litigation could be described as winning the battle and loosing the war, as the publicity negatively impacted sales of the vehicles at issue. There is no market share to be gained in fighting NHTSA.
How to properly influence a NHTSA investigation
Since the statutory defect determinations are virtually never made any more, the key time to influence the agency is during the ODI investigation. The Wheels and Pitman Arms cases provide a framework for the kinds of evidence that ODI seeks and evaluates in the course of a defect investigation. The more accident and injury reports that ODI has, the more likely it will be to pursue the investigation. Expert reports can also be helpful to ODI in establishing the existence of a defect. The agency traditionally has been receptive to information supplied by the plaintiffs’ bar, and lately has affirmatively sought such information in some tire investigations. There is nothing unethical or improper about providing such data to NHTSA, assuming that you are properly in possession of the information, and it is not covered by a protective order. You are providing a public service in reporting information to a safety agency.
In closing, I would like to say that the NHTSA mission of protecting the public from safety-related defects is a noble one, and it has benefited from the support given by ATLA members over the years. Motor vehicles are increasingly more complex, and it is more difficult than ever to investigate alleged defects. With your help, NHTSA will be up to the challenge. If you understand how the agency conducts a defect investigation, and what kinds of information it needs to find a safety-related defect, you can be in a position to influence the outcome.
1 Retired senior enforcement attorney, NHTSA (1975 - 2000)
2 The Secretary of Transportation delegated to the NHTSA Administrator the authority to administer the old National Highway Traffic and Motor Vehicle Safety Act of 1966, formerly codified at 15 U.S.C. §§ 1381 et seq. That Act was repealed, reissued, and recodified in 1994 as Chapter 301 of Title 49 of the United States Code. Under the recodification, the same basic statutory provisions remain as in the predecessor Act. Their administration is still delegated to the NHTSA Administrator, and portions thereof are redelegated within NHTSA. For simplicity, that basic statute (including its predecessor) is referred to herein as “the Safety Act,” and the Secretary’s authority as that of NHTSA.
3 49 U.S.C. § 30101.
4 S. Rep. No. 1301, 89th Cong., 2d Sess. 4.
5 Transportation Recall Enhancement, Accountability, and Documentation (TREAD) Act, Pub. L. 106-414, 114 Stat. 1800. Key provisions of the TREAD Act discussed infra have been codified into the Safety Act.
6 A manufacturer of a motor vehicle or motor vehicle equipment is required by 49 U.S.C. §30118(c) to notify the Secretary . . . and owners, purchasers and dealers of the vehicle or equipment as provided in section 30119(d) of this section, if the manufacturer - (1) learns the vehicle or equipment contains a defect and decides in good faith that the defect is related to motor vehicle safety.
Section 30119(d) provides notification procedures. Section 30120(a) of 49 U.S.C. provides that when notification is required under section 30118(c), the remedy shall be without charge when the vehicle or equipment is presented for remedy. NHTSA regulations at 49 C.F.R. Part 573 (reports to NHTSA) and 577 (notification to owners) implement these statutory requirements in detail.
Pursuant to 49 U.S.C. § 30165, a manufacturer who violates any of the above-mentioned statutory or regulatory provisions is liable to the Government for a civil penalty. Until 1997 the maximum civil penalty was $1,000 per violation up to a maximum of $800,000 for a related series of violations. By a separate statutorily-mandated regulation, since 1997 NHTSA has adjusted the § 30165 civil penalties upward for inflation. 49 C.F.R. Part 578. The Transportation Recall Enhancement, Accountability, and Documentation (TREAD) Act, (Public Law 106-414), enacted last year in light of the Firestone/Ford controversy, amended the Safety Act by, inter alia, raising those maximum civil penalties to $5,000 per violation and $15,000,000 for a related series of violations, and added criminal penalties (49 U.S.C. § 30170) for violations of reporting requirements. The higher civil penalty maximums in Part 576 and the TREAD amendments are not retroactive to violations that occurred before their enactments.
7 49 U.S.C. § 30166.
8 49 U.S.C. § 30118(a), (b).
9 United States v. General Motors Corporation (“Wheels”), 518 F.2d 420 (D.C. Cir. 1975). Since all six reported cases concerning a safety-related defect under the Safety Act are formally titled United States v. General Motors or United States v. Ford, to avoid confusion the cases are generally referred to by the component, e.g., Wheels.
10 The court of appeals reversed the district court’s granting of summary judgment, and remanded to the district so that GM could attempt to overcome the presumption that the significant number of failures occurred under conditions of specified or ordinary abuse, by persuading the trial court that the failures were due to gross owner abuse. GM capitulated at that point and recalled.
11 581 F.2d at 427.
12 581 F.2d at 438, n. 84.
13 518 F.2d at 435.
14 518 F.2d at 436.
15 518 F.2d. at 432.
16 518 F.2d at 434.
17 518 F.2d at 442, n. 112.
18 United States v. General Motors Corporation (“Pitman Arms”), 561 F.2d 923 (D.C. Cir. 1977), cert. denied, 434 1055 (1977).
19 561 F.2d at 924.
20 United States v. Ford Motor Co. (“Seatbacks”), 421 F. Supp. 1239 (D.D.C. 1976), aff’d. in part, appeal dismissed in part as moot, 574 F.2d 534 (D.C. Cir. 1978).
21 421 F. Supp. at 1244.
22 United States v. General Motors (“Carburetors”), 565 F.2d 754 (D.C. Cir. 1977), aff’g. in part, 417 U.S. F. Supp. 933 (D.D.C. 1976).
23 565 F.2d at 757.
24 565 F. 2d at 758.
25 United States v. Ford Motor Co. (“Wipers”), 453 F. Supp. 1240 (D.D.C. 1978)
26 The trial court in Carburetors reached the conclusion of law that the failure at issue there “is per se related to ‘motor vehicle safety,’” 417 F. Supp. at 938, but also reached alternative conclusions “[e]ven if this ‘defect’ were not pre se related to motor vehicle safety’.” Ibid. at 938-939. The Pitman Arms, Seatbacks, and Wipers decisions did not explicitly address the per se theory, although it seems fair to infer that those courts were influenced by its rationale.
27 Of course, if new vehicles or equipment do not meet an applicable Federal motor vehicle safety standard (FMVSS), they must be recalled pursuant to the Safety Act (unless NHTSA finds that the noncompliance is “inconsequential to motor vehicle safety,” pursuant to 49 U.S.C. §30118 (d)). FMVSSs apply only to new vehicles and equipment, and thus not to failures that occur in use after the first sale of the vehicle or equipment for purposes other than resale. New vehicles may contain alleged defects, but if the problem is with an aspect of performance specifically covered by an applicable FMVSS, NHTSA would normally investigate it through a standards noncompliance investigation conducted by the Office of Vehicle Safety Compliance, not an ODI safety defect investigation. See 49 C.F.R. §§ 554.4; 555.5. Can a product be deemed to contain a safety-related defect when it meets the requirement of a FMVSS that addresses the same aspect of performance? That question involves interesting issues, not only in terms of NHTSA enforcement but also in product liability litigation, where preemption is a hot topic. However, that question and those issues are outside the scope of this presentation.
28 United States v. General Motors (“X-Cars”), 841 F.2d 400 (D.C. Cir. 1988), aff’g. 656 F.Supp. 1555 (D.D.C. 1987)
29 841 F.2d at 404, 411, 417.
30 States’ 1999 motor vehicle registration data (including the District of Columbia and Puerto Rico), published by DOT in late 2000, show 222.6 million registered motor vehicles, including 134.5 million automobiles, .7 million buses, 83.2 million trucks, and 4.2 million motorcycles.
31 Section 17 of the TREAD Act authorized an additional $9,100,000 to carry out the Act in fiscal year 2001.
32 The Defects and Recall Analysis Division is a new group formed as part of the reorganization following the TREAD Act amendments. It essentially combines the old Trend and Analysis Division (TAD) and the Recall Analysis Division (RAD).
33 VOQ’s now come in three forms. There is the traditional paper VOQ (HS-Form 350) mailed to ODI. The blank form is furnished to consumers who telephone the agency’s Auto Safety Hotline (“Hotline”) (tel. 1-888-DASH-2-DOT, or 1-888-327-4236), and also distributed by some insurance companies, consumer protection agencies, and others. Electronic VOQ’s (EVOQs) are failure reports called in by vehicle owners to the Hotline, and entered by the Hotline staff. Internet Vows (IVOQs) are submitted by vehicle owners through the agency’s internet website (http://www.nhtsa.dot.gov/hotline).
34 49 C.F.R. § 573.8
35 Pub. L. No. 106-414, § 3(b), codified at 49 U.S.C. § 30166(m).
36 Earlier this year, NHTSA issued a lengthy Advanced Notice of Proposed Rulemaking on implementing the early warning reporting. 66 Fed. Reg. 6532 (January 22, 2001).
37 See 49 C.F.R. Part 512 (NHTSA regulation on confidential business information); see also 5 U.S.C. § 552 (Freedom of Information Act) and 49 U.S.C. §§ 30166(m)(4)(C), 30167 (Safety Act provisions on disclosure).
38 49 U.S.C. § 30118(a)
39 49 U.S.C. 30162(d); 49 C.F.R. § 552.8
40 ODI procedures provide for a petition to be “immediately denied” if the subject/issue was “previously investigated without leading to a recall, and no significant new information is provided.” Defect Petition Processing Procedures, ODI, NHTSA, March 1999.
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