Ammunition Product Liability: The Wilkins v. Remington Case

When a cartridge fails in a customer's hands, the first question is rarely about chemistry. It is about responsibility. Who made the round, what did they know about the risk, and what did they do about it? For ammunition manufacturers and the QC managers who sign off on lots, those questions are not abstract. They are the questions a jury may one day be asked in an ammunition product liability case.

One of the clearest published examples is a federal appeals decision from the 1960s, Remington Arms Co. v. Wilkins, 387 F.2d 48 (5th Cir. 1967) (often called Wilkins v. Remington). The ammunition and the law have both moved on since then, but the reasoning in the opinion still shows how ammunition product liability can play out in court, and why a documented inspection process matters. This is a summary of a public court opinion for quality professionals. It is not legal advice, and product liability law varies by state, so talk to your own counsel about your exposure.

What happened in Wilkins v. Remington

The facts come straight from the Fifth Circuit's opinion on Justia. The court summarized the case in its first paragraph:

"The plaintiff-appellee sued the Remington Arms Company for personal injuries, including the loss of an eye, when a cartridge manufactured by the company failed to fire and subsequently exploded upon ejection from a rifle. There was a jury verdict for the plaintiff in the sum of $68,333 and judgment accordingly. We affirm."

According to the plaintiff's testimony as recounted in the opinion, he bought two boxes of .22 long rifle cartridges at a department store, fired about nineteen rounds into a dirt bank without trouble, then pulled the trigger and heard the rifle snap without firing. As he began opening the action, the cartridge went off. The court wrote that "By later re-enactment of the episode it was demonstrated that approximately five seconds elapsed between the snap and the flash." A fragment of the cartridge struck his left eye, which was later surgically removed.

In other words, the jury heard the story of a hang-fire: a round that was struck, did not fire when it should have, and fired seconds later while the shooter was handling it.

The manufacturer's defense, and why it lost

The defense rested on expert testimony. The opinion records that the manufacturer "staked its defense on the testimony of three highly qualified expert witnesses." Those witnesses described priming mixture that activates in tiny fractions of a second, and one told the jury that a multi-second delay in that situation was, in his opinion, "physically impossible."

The jury did not accept that conclusion, and the appeals court held that it did not have to. Citing an earlier Fifth Circuit decision, the court said "jurors are not bound to accept the uncontradicted opinions of expert witnesses but have a right to use their own common sense and experience and to draw all reasonable inferences from the physical facts and occurrences."

The court then pointed to the manufacturer's own safety practices. Testimony showed a department rule not to open a gun for thirty seconds after a misfire, and a requirement for safety glasses in production areas. The opinion reasoned that the jury "may well have reasoned that if it were scientifically impossible for a cartridge to explode in the manner claimed by the plaintiff then it would be rather unnecessary for the Remington Company, and the industry as a whole, to have a rule requiring test firing employees to wait a minimum of thirty seconds before ejecting a misfired cartridge."

Finally, the court noted the packaging: "The evidence shows without dispute that the cartridge boxes carried no warning of the danger involved in attempting to withdraw a misfired or a hungfired cartridge."

The central question on appeal was whether there was "a rational basis in the record for the jury's verdict." The court found there was, and affirmed.

Three ammunition product liability lessons for QC

1. The plaintiff did not have to find the defect

The case was tried under Alabama's manufacturer's liability doctrine. In laying out that law, the opinion quotes an Alabama Supreme Court decision: "Contrary to appellant's contention, the doctrine of manufacturer's liability does not require proof of a specific defect in the article itself."

The court's own reasoning followed the same line. It said the jury may have concluded that "the cartridge irrefutably had to be defective or it would not have fired in the abnormal manner sworn to by the plaintiff." The opinion does not point to any specific flaw in the cartridge, and the bullet was never found. The round's abnormal behavior was enough to give the verdict rational support.

For a manufacturer, that is a sobering point. If an abnormal failure can itself support an inference of a defect, then the strength of your position depends heavily on what you can show about how that round, and that lot, were made and checked.

2. Expert opinion is not a substitute for records

The manufacturer in Wilkins had what the court called "highly qualified" expert witnesses, including the employee in charge of testing its finished .22 rimfire cartridges. The jury was still free to weigh their opinions against the physical facts and the plaintiff's account. Testimony that a failure is impossible is an argument. A record of what was actually measured on the production line is evidence of a different kind.

3. Your own safety rules can be read as knowledge of the risk

The thirty-second misfire rule and the safety-glasses requirement were sensible precautions. In court, they were also cited as a reason the jury could believe the manufacturer understood the hazard. The takeaway is not to drop good safety practice. It is that what a company knows about a risk inside the plant, and what it tells or protects users from outside the plant, will be compared.

What the case does not tell you

Wilkins is one decision, applying one state's law as it stood in the 1960s, reviewed under a deferential standard that asks only whether the verdict had rational support. It does not establish that any particular product was defective in a technical sense, and it says nothing about modern ammunition from any manufacturer. Liability standards, warning practices and industry norms have all changed since then. Use the case as an illustration of how a jury can reason about a cartridge failure, not as a rule for your plant.

Where 100% inspection records fit

No inspection system can promise to prevent every failure mode. A hang-fire like the one described in Wilkins is an ignition event, and we don't claim weight or vision inspection will detect every ignition problem. What inspection can do is close off the defects it is built to catch on every round, and leave a record showing that you did.

That record is the part most QC programs are missing. Sampling leaves most of a lot unchecked, as we explain in why sampling misses the bad round. And published recall notices show how often the problem turns out to be a charge, a component or an assembly error, which we cover in what ammunition recall notices reveal.

Here is what the Ammo Inspector platform records, as stated on our technology page:

• Every round recorded. Weight inspection systems "store a record of every round for the life of the unit," and "the app gives you weight data by lot number or by individual round." A remote data feed can send results to a central system as they happen.
• Fail-safe decisions. Our patent-pending firewall logic "means a defective cartridge or component can never be passed as good. The logic fails safe: when a reading cannot be trusted, the part is rejected rather than assumed good."
• Weight checks on every round. The AccuWeigh 360 weighs every projectile, case or loaded round to a tenth of a grain. It is modular, starting at 3,600 parts per hour with a single weigh cell and scaling past 12,000 parts per hour as weigh cells are added. Weight catches what the eye cannot: a missing primer, a light or heavy powder charge, a wrong or defective projectile, damaged brass. Our post on squib load detection covers what weight does and doesn't catch.
• Dimensional proof on every round. The AccuVision 360 measures each round against your dimensional limits and finds dents, dings and surface defects, at 6,000 to 10,000 rounds per hour depending on caliber and configuration.

None of that is a legal shield on its own. It is documentation, and documentation is what lets a manufacturer answer the question "what did you do about this risk?" with data rather than opinion.

Questions to ask about your own line

• If a customer reports a failure, can you pull the inspection data for that lot, or for that round?
• Is every round checked for the defects your process can produce, or only a sample?
• When a sensor reading is marginal, does your system reject the part or pass it?
• Do your packaging warnings match what your own floor rules say about misfires and hang-fires? (That is a question for your counsel and your packaging team.)
• Would your records hold up better than expert testimony alone?

Talk to us about inspection records

If you want every round on your line weighed, measured and recorded by lot, contact Ammo Inspector. We will help you match AccuWeigh, AccuVision and the rest of the platform to your calibers, rates and data needs.