A Winning Strategy in Defective Products Cases
By: Richard Alexander
A products case is won or lost in the early days following the accident,
when the preliminary investigation must be initiated. This article will
offer some suggestions on how to proceed in order to increase the client's
chance of success.
The first priority is to call an experienced products
liability attorney who will make sure that all evidence is preserved. Remember
that the product must be secured immediately. Never be afraid to buy wreckage
and if anyone should have second thoughts about buying a wrecked Bronco,
a Jeep that rolled or a vehicle that has a gas tank that failed, keep in
mind that it is comparatively inexpensive to buy a wrecked car, for example,
compared to the value of a successful product liability case and if worse
comes to worse it can be sold, but once it is lost it is gone forever.
Once you gain ownership of the defective product, lock it up in a facility
that you control. Never assume that no one will want the wreckage of a destroyed
automobile. In two cases against BMW alleging the gas tanks in models 1600
and 2002 were defective, the hulks mysteriously disappeared. In another case
in which a four teenagers burned to death in a 1978 Dodge Ram Charger equipped
with a plastic tank, an investigating service believed to have been retained
by Chrysler offered to buy the burned hulk from the wrecking yard. In the
case of the BMW, investigators for the car manufacturer photographed the
evidence six months before the injured plaintiff retained his own attorney.
Major manufacturers carefully read newspapers and whenever possible secure
evidence to deny plaintiffs the ability to pursue claims.
If the evidence cannot be bought, at a minimum put everyone on notice, including
owners, tow operators, wrecking yards, police impounds, and the like, that
they must take every step to preserve important evidence and the failure
to do so will subject them to being sued for allowing evidence to be destroyed.
When the product is in the possession of a third party or one of the anticipated
defendants, immediately file an independent action for a temporary restraining
order and a preliminary injunction to avoid alterations or destructive testing.
The temporary restraining order should be carefully drafted so that anyone
receiving notice of the order and in control of the article will be required
to deliver it to the possession of a neutral person and to initiate preventive
measures against damage in transit.
Next, obtain the complete history of the article. Determine the date of
the original sale, identity of the dealer, distributor, subsequent purchasers,
lessees and users. Locate the instruction booklet, assembly booklet, warranties
and all other written material that accompanied the new product at the time
of the original sale and distribution. Determine whether the article was
modified or otherwise changed after it left the possession of the manufacturer
and distributor and, if so, the identity of the persons or entities which
made the modification and the dates involved.
Obtain the basic background data. This includes a complete description of
the article, the manufacturer, distributor, sources of all component parts
and all written materials pertaining to the product; advertising brochures,
instruction booklets, technical data, parts manuals, repair manuals, operating
manuals, catalogs, technical and lay advertisements, blueprints and diagrams
of the article and component parts.
Buy two or more duplicate products for later testing and use at trial. Often
designs and product literature will change or are simply not available as
trial time draws near. Buying exemplars at the beginning of a case can pay
important dividends later when the defendant manufacturer explains that the
original engineering drawings no longer exist as a result of a corporate
destruction program. If you own exemplars it does not matter if you do not
have the original plans.
The potential defendants in a products case include the manufacturer,
assembler, component supplier, testing laboratories, advertising agencies,
distributors, retailers and repairers. [see generally, 8 Pacific L.J. 865
(1977), 9 Univ. of Cal. Davis L. Rev. 421 (1976).]
It is always important to name not only successor, but predecessor corporate
manufacturers. [Ray v. Alad (1977) 19 Cal.3d 22.] In some jurisdictions,
a purchaser of an existing business does not assume the liability of a former
corporation unless such liability is expressly assumed in a contract of sale
or under circumstances where two corporate entities have merged. In these
cases it is important to name the predecessor corporation.
In addition, bailors and lessors can be held strictly liable. Foster v.
Day and Zimmerman Inc. (8th Cir. 1977) 502 F2d 867. An employer who manufactured
the defective product for sale to the general public can be liable in tort.
[Bell v. Industrial Vangus, Inc. (1981) 30 Cal.3d 268.]
In proving the plaintiff's case, a plethora of federal
and state statutes, regulations, and safety orders concerning a variety of
products can assist.
The discovery of a violation gives the plaintiff's attorney an outstanding
advantage. Not only may a statutory scheme such as the Consumer Products
Safety Act, provide for a direct civil remedy, but counsel may also locate
agencies concerned directly with the product which can serve as a basis for
gathering further information. Federal statutes encompass aircraft, automobile
equipment, boats and boating equipment, insecticides, medical devices, hazardous
substances, highway safety, household refrigerators, packaging to protect
children, mobile homes, motor vehicles, natural gas pipelines and occupational
safety and health.
In California, as well as other states, the Legislature has provided standards
for a broad range of products: animal fee, blood products, brake fluid, canned
foods, barbecue charcoal, electrical power lines, excavations, fire extinguishers,
flame retardants, bedding, ceramic tableware, fireworks, honey, water, paint,
meat, milk, petroleum products, pipelines, cranes, trenches, plastic bags,
radio-active materials, swimming pools and toys. In addition the California
Division of Industrial Safety issues safety orders regarding aerial trams,
boilers, compressed air, construction safety, electrical safety, elevators,
mobile equipment, plant equipment, dangerous machinery, power transmission
equipment, high voltage electricity, sawmills, mines, oil drilling, oil refining,
ship building, tunnels and window cleaning.
State police or the highway patrol should be checked for regulations concerning
the use and equipment of motor vehicles. Most state fire marshals issue fire
safety standards and basic building design and construction standards.
Numerous federal agencies can help the attorney prepare the plaintiff's
The U.S. Consumer Products Safety commission is an independent federal agency
whose main purpose is to reduce injuries. The Commission issues consumer
product safety rules and can ban hazardous products. It maintains an Injury
Information Clearing House to investigate and disseminate data relating to
the cause of injuries associated with consumer products.
The National Technical Information Service of the U. S. Department of Commerce
supplies a wide range of technical information and has a literature search
The Occupational Safety and Health Administration (OSHA) publishes numerous
regulations and pamphlets on workplace safety and health standards, the use
of industrial substances, and safety in industrial and construction operations.
Another source for information on regulated substances is the Environmental
Protection Agency, which has the authority for air, water and pesticide standards.
Information concerning standards for various products and materials is available
from the Office of Technical Information and Publications of the National
Bureau of Standards.
The Food and Drug Administration should be contacted in cases involving
food, drugs, medical devices or cosmetics. The FDA establishes the standards
for regulated products and also has information on drug ingredients and food
and drug manufacturing methods.
Electronic products which may emit radiation are regulated by the Bureau
of Radiological Health, which has information concerning research, testing,
and recall campaigns.
The National Highway Traffic Safety Administration (tel. 800-424-9393, fax
202-366-7990) develops and issues safety standards for all new cars, conducts
research on accident prevention, investigates motor vehicle defects and enforces
notification of defects to owners of record. Numerous publications are produced
by the Administration for consumers and their lawyers. The Federal Highway
Administration is concerned with improving highway safety and conducts highway
safety research relating to trucks and busses. The Transportation Research
Board will conduct a computerized search and furnish abstracts of all engineering
articles pertaining to highway topics.
The United States Coast Guard sets standards, makes factory inspections
and conducts investigations of consumer complaints of defective boats. The
Coast Guard notifies boat owners when defects are found.
Some other federal agencies that can assist the plaintiff's lawyer are the
Federal Aviation Administration, the National Transportation Safety Board,
and the Federal Fire Council.
PRIVATE SOURCES OF PRODUCT INFORMATION
Take advantage of the enormous amount
of safety and accident prevention information published by insurance organizations.
The Factory Mutual Engineering corporation of Norwood, Massachusetts, publishes
a catalog of books, pamphlets and films on the prevention of industrial accidents
and data containing technical information for preventing losses by fires,
explosions and machinery accidents.
The American Insurance Association maintains an engineering and safety service
and has pamphlets concerning a wide range of accident prevention topics.
Technical and scientific information can be located in several indices which
contain references to scientific books, articles and reports on almost every
product manufactured. The Applied Science and Technology Index, Engineering
Index, and Science Citation Index should be checked.
The National Safety Council, National Fire Protection Association, American
National Standards Institute, American Chemical Society, American Society
of Mechanical Engineers, American Water Works Association, and the Manufacturing
Chemist's Association all have scientific and technical data.
The Center for Auto Safety (202-328-7700) in Washington D.C., the Transportation
Safety Department of Calspan in Buffalo, New York, and the Highway Safety
Research Institute in Ann Arbor, Michigan, all do research in the field of
automobile design. The Society of Automotive Engineers in Warrendale, Pennsylvania,
maintains a complete library on automobile components and safety standards.
The search for product information is often an arduous task
and in many cases will be assigned to an expert in the field. Finding a qualified
expert at the outset is usually the major factor in successfully proving
the plaintiff's case.
Although a university professor may make an excellent witness, the skilled
technician or mechanic should not be overlooked.
Lists of experts in various fields can be purchased from the California
Trial Lawyers, San Francisco Trial Lawyers and the Los Angeles Trial Lawyers
Associations. The Jury Verdict Reporter, in addition to its monthly report
of verdicts, publishes a valuable semiannual index of all experts who have
testified during the preceding six months. The list is indexed by name and
field and is cross-referenced to the reported verdict. Should a particular
expert interest you, speak with the attorney for whom the expert testified.
Determine the nature and extent of the expert's qualifications and his or
her impact on the jury.
A literature search can usually provide a list of potential experts on the
esoteric subjects or, at a minimum, will lead to qualified experts willing
to consult with attorneys. In a recent case involving a vintage fire hose
coupling which failed when placed under pressure, all identifying marks had
been obliterated by use and the manufacturer was unknown. A literature search
uncovered a San Diego author, an expert on fire hose coupling threads, who
was able to identify the small Wooster, Ohio, manufacturer from a photograph
of the coupling. After service the manufacturer admitted that the coupling
had been originally designed with set screws to prevent failure, but this
safety device had not been utilized until after field complaints confirmed
the need for this feature. This information flowed from a few hours in the
library and a telephone call and short letter to the author.
Often a competitor of the defendant manufacturer will refer you to a recently
retired employee "with forty years experience in the field" who
is now consulting. While many such persons can never shake their "company" orientation,
they are useful for referrals to other qualified persons in the industry.
A patent search also can be a source of potential experts, and most patent
files contain numerous references to industry data not catalogued or otherwise
indexed. In a recent case involving the loss of an eye from a chip of metal
from a backhoe tooth, a technical manager of the original patent explained
the thirty year history of the product and how the accident backhoe tooth
was never intended to be cast as a single piece and that this manufacturing
method was in fact responsible for the plaintiff's blindness.
In addition to utilizing engineering testimony, consideration should also
be given to psychologists or experts specializing in the field of human factors.
On occasion a strict engineering approach fails to consider that a product
must be designed so that people can safely use it. A bio-mechanical analysis
can reveal a hidden trap for the unwary user or a practical way to prevent
injuries. In a case against the manufacturer of a defective industrial switch
that exploded and spewed burning oil, a human factors consultant envisioned
an inexpensive safety lock that could be added to the existing design at
little cost and which would have prevented the plaintiff's catastrophic injuries.
In appropriate cases, testing, either destructive or nondestructive, may
be necessary to determine whether there is evidence that the product failed
or could fail in the manner theorized by the plaintiff.
APPROACHES TO DISCOVERY
The plaintiff's expert should also help determine
exactly what information needs to be developed or obtained in the course
Carefully drafted interrogatories can be a strong tool to perfect the plaintiff's
claim. Interrogatories should identify and locate blueprints and diagrams
of the product and component parts, the materials used in manufacture and
their suppliers, a breakdown and analysis of the manufacturing and quality
control processes, the schedule of inspecting and testing of the product,
patents and patent applications, dealer bulletins, advertising materials,
trade journals and scientific journals.
In some instances, a manufacturer may have an indexing system to all its
records. In the birth control pill litigation with Searle Company, manufacturer
of Enovid, Searle denied that one of the known side effects what thrombophlebitis.
In the course of discovery a computer printout listing complaints from doctors
about the side effects was located which referred to numerous complaints
Interrogatories should also obtain information pertaining to subsequent
design or manufacturing changes, since evidence of subsequent changes is
admissible in products litigation. [Ault v. International Harvester Co. (1975)
13 Cal.3d 113.]
Interrogatories must identify pertinent standards issued by engineering
associations concerning the product in question and locate the complete accident
history file for the product and other similar models, and information concerning
any other lawsuits. Counsel should determine if the manufacturer maintains
a safety committee and whether or not minutes of discussions exist. Determine
if there is a regular document destruction program and, if so, what documents
have already been destroyed.
Interrogatories should identify each person connected with the design not
only of the product in question but of similar products, including employees
of the manufacturer and others consulted concerning the design. Reasons for
selection of the design in question from alternates should be explored, as
well as a description of safety features, the persons designing such safety
features and all subsequent testing of safety features. Information regarding
safety devices known to a manufacturer but not used should also be obtained.
Much testing goes on during designing and a description of each test conducted
with all test records should be elicited from the defendants. Counsel should
also determine the intended use of the product when the design was originally
considered and the contemplated conditions under which the product was to
Often answers to interrogatories will provide you with an opportunity to
gain access to valuable test data and interoffice memoranda. During the MER/29
litigation against Richardson-Merrell Company, a number of skeletons were
found hiding in corporate file drawers. [See Toole v. Richardson Merrell
(1967) 251 Cal.App.2d 689.] MER/29 was developed and marketed to help reduce
blood cholesterol. One side effect was the appearance of cataracts on the
eyes of some users, which led to partial loss of sight in some cases.
Over a thousand personal injury claims were eventually filed. In the course
of discovery a memorandum detailing cataracts in laboratory dogs and monkeys
was found. The fact that Richardson-Merrell had concealed this knowledge
was proved through interoffice memos obtained through discovery.
When doctors began to realize the side effects of MER/29 they were contacted
by Richardson- Merrell employees. One interoffice memorandum advised a Richardson-Merrell
employee to respond to a complaining doctor by cooperating with him in hope
that it might keep him from publishing before Richardson-Merrell could "snow" him
with data from other sources.
In a 1974 Paris air crash 345 people were killed when an aircraft baggage
door opened unexpectedly. Detailed discovery was the key to the plaintiff's
success. Two years before the accident, in June 1972, one of the defendant's
engineers wrote a memo stating:
"the fundamental safety of the cargo door latching system has been
progressively degraded since the program began in 1968. The airplane demonstrated
an inherent susceptibility to catastrophic failure when exposed to explosive
decompression of the cargo compartment in 1970 ground tests."
The Pinto case is another important example. [Grimshaw v. Ford Motor Co.
(1981) 119 Cal.App.3d 757, 791-792.] In this case internal Ford engineering
studies concluded that the cost of paying victims for injuries and deaths
would be less expensive than installing a device that could help prevent
gasoline from escaping from vehicles in collisions. This famous "Grush" memo,
named after its author, was the basis of a $127 million punitive damage award.
These documents also prove the truth of litigator's adage that "the
paper does not lie." Every successful product liability case rests on
a solid foundation of thorough discovery of internal corporate records, which
can provide unimpeachable, convincing proof of liability.
Because product liability cases require detailed preparation,
an early determination of potential liability is essential before expensive
discovery is undertaken. The importance of promptly securing the defective
product and fully utilizing inexpensive sources of product information can
reduce the cost of litigation and at the same time provide valuable aids
for establishing liability.