Our First Responders Deserve Safe Equipment
Our first responders accept risks that most people never have to face. Firefighters enter burning structures where the environment can change in seconds. Police officers approach armed suspects and volatile scenes without knowing how the next moment will unfold. Paramedics and EMTs work on the side of highways, in tight spaces, and in dangerous conditions to stabilize patients and move them to safety. In every one of those situations, they depend on a network of safety equipment and communications systems to do their jobs and to come home alive. When that equipment fails because of a hidden defect, the consequences are often catastrophic.
From turnout gear and self-contained breathing apparatus to radios, software driven dispatch systems, and emergency alert devices, first responder tools have become more complex over time. That complexity has real benefits, but it also creates more points where a defect or careless design decision can put a responder in harm’s way. When a mask valve sticks shut in a smoke-filled room, when a personal alert safety system never activates, or when a firefighter cannot get tone on a portable radio to call for help, the danger is not just theoretical. It is immediate, personal, and life threatening.
Experience that Matters
I have worked on complex products liability cases involving public safety communications systems, including serving as lead liability counsel in a case filed in Jackson County, Missouri, against Motorola Solutions for alleged radio system defects. That work has given me a practical understanding of how these systems are designed, sold, and integrated into the daily operations of fire departments and other agencies. It has also reinforced how difficult it can be for agencies and families to obtain clear answers from large manufacturers after a tragedy.
These cases often require assembling a multidisciplinary team. Radio engineers, software experts, former system managers, and firefighters with deep experience in operations may all contribute to understanding what happened. We review configuration files, firmware histories, coverage maps, service logs, and training materials. We reconstruct timelines of radio traffic using recorded audio and system logs, compare field reports to expected system behavior, and assess whether differences between the two can be explained by known defects or unreasonable design choices. That process can be time consuming, but for families who have lost a firefighter or officer, or for responders who survived but were badly injured, it is often the only way to bring some clarity and accountability.
The lessons learned have been used in the evaluation of a broad range of safety and communication equipment failures and a deep understanding of first responder culture and organizations.
How I Investigate First Responder Equipment and Communications Failures
Every first responder case is different, but there are common steps in a careful investigation of potential equipment or communications defects. The process begins with listening. I speak with the injured responder if possible, with coworkers who were present, with command staff, and with family members. We try to get ahead of the NIOSH report and make sure that the investigation is complete and unbiased. We ask detailed questions about what equipment was in use, what was expected to happen, and what was observed when things went wrong. Often, responders have been thinking about these questions for months but have not had the opportunity to sit down with someone who can connect their experience to the legal issues.
Next, I work to preserve and obtain the relevant physical and digital evidence. That may include the equipment itself if it survived, photographs or video of the scene, maintenance and inspection records, purchase and specification documents, and communications system logs. Early preservation can be particularly important in first responder cases. Departments or vendors may be under pressure to return equipment to service, dispose of damaged items, or apply software updates that overwrite logs. Sending prompt preservation letters and working cooperatively with agencies to secure evidence can make a significant difference in what can be proven later.
Once the basic facts and evidence are gathered, I consult with appropriate experts. For respiratory equipment, which may include engineers who specialize in SCBA design and standards, as well as experienced firefighters and trainers. For radios and communications systems, the team may include radio frequency engineers, former system architects, and dispatch professionals. For turnout gear or body armor, materials scientists and testing lab professionals may be necessary. With their help, I evaluate whether the failure appears consistent with a defect under malfunction theory and how strong the evidence is that the product did not perform as an ordinary user would expect under normal conditions.
Understanding Products Liability and the Malfunction Theory
Traditional negligence law requires an injured person to prove that a company owed a duty of care, breached that duty, and caused harm as a result. In the early days of industrial manufacturing, courts recognized that this standard often left consumers unprotected. Manufacturers were far removed from the people who used their products, and it was unrealistic to expect individual consumers to diagnose and explain internal design or manufacturing errors. Products’ liability law grew out of that recognition. It rests on the basic expectation that products placed into commerce will be reasonably safe for their intended use. For more information, see The Malfunction Theory
Under modern products’ liability principles, the focus is on whether the product was defective and unreasonably dangerous when it left the manufacturer, rather than on whether the company can be shown to have been careless in a traditional sense. This shift is especially important in first responder cases. When a firefighter’s air pack fails in a structure fire or a portable radio system stops working during a mayday, the equipment may be destroyed by heat, water, impact, or contamination before anyone can examine it in detail. If the law required a precise broken component to be identified in every case, many valid claims could never be proven.
The malfunction theory is a tool courts use to address that problem. In simple terms, the malfunction theory allows a plaintiff to prove a defect through circumstantial evidence when the product fails to perform its ordinary function under normal use and other reasonable causes have been ruled out. Instead of having to identify a specific broken resistor, valve, or line of code, the injured party can show that the product malfunctioned in a way that should not occur if it were free of defects and that abnormal use or outside forces are unlikely explanations.
Courts and scholars have long recognized that consumers, including first responders, are entitled to meaningful protection from unsafe products. One of the leading tort scholars of the twentieth century, William Prosser, emphasized that the producer is practically and morally the party best positioned to prevent harm. Modern products liability law reflects that view by placing responsibility on those who design, manufacture, and sell safety equipment, rather than leaving injured individuals to bear the entire burden of unexplained malfunctions.
Why Malfunction Theory Matters for First Responders
First responder equipment is often placed in the harshest environments imaginable. Fire destroys material evidence. Explosions scatter components. Floods, chemical spills, and highway collisions turn clean forensic scenes into chaotic debris fields. The very nature of these environments makes it difficult or impossible to preserve the product in the condition it was in at the moment of failure. Yet the stakes are extremely high. A firefighter may lose their life if an air supply fails. A police officer may be ambushed if their radio cannot transmit an urgent call for backup.
In those circumstances, the malfunction theory provides a path to justice that does not require the product to survive intact. A plaintiff can offer testimony from coworkers, other users of the same model, and experts who analyze patterns of failure. If masks of the same model have a history of stuck valves when used in ordinary training exercises, or if multiple departments report radios that intermittently fail to transmit on emergency channels, those facts support an inference that the equipment is defective even if the burned unit cannot be disassembled on a workbench.
The theory also recognizes that responders and agencies do not have the same level of access to internal design documents, testing protocols, and failure analysis that manufacturers have. When companies receive repeated complaints about gear failing in predictable ways and choose not to recall, correct, or warn, the malfunction theory helps shift some of the evidentiary burden back to where it belongs. That structure encourages manufacturers to self-regulate, improve quality control, and take reported safety concerns seriously before they lead to fatalities.
Firefighter Respiratory Protection and Alarm System Failures
One of the clearest examples of how these principles apply comes from litigation over self-contained breathing apparatus and integrated personal alert safety systems. In a reported case, surviving family members of a deceased firefighter brought a wrongful death claim against the manufacturer of his air mask and PASS alarm after both allegedly failed during a fire. The firefighter was operating in a hazardous environment when the valve in his mask stuck, and his warning alarm did not sound as it should have when he became immobile.
Other firefighters testified that they had experienced similar stuck valves on the same model of mask, sometimes having to remove their masks and gloves to clear the problem. There was also evidence that the manufacturer had received multiple complaints from departments about the same issues, knew that a stuck valve could be life threatening, and was aware of a cause for alarm device failures but did not initiate a recall or implement corrective measures. In that case, the malfunction theory allowed the jury to consider the pattern of failures and the absence of the expected alarm as evidence of defect, even though the environment of the fire made direct proof of a particular broken part difficult. The manufacturer was ultimately held liable and ordered to pay substantial damages to the family.
Respiratory protection devices sit at the heart of firefighter safety. When masks, regulators, or integrated alarms malfunction, the window of survivability shrinks quickly. Chemical inhalation, loss of consciousness, disorientation, and entrapment can occur within moments. From a legal standpoint, these failures often raise questions about design choices, quality of components, maintenance instructions, and the handling of prior complaints. From a human standpoint, they represent the breakdown of the trust that every firefighter places in the gear that is supposed to keep them alive.
Beyond a single case, similar analysis applies to a range of respiratory and alarm equipment. Remote pressure gauges that give inaccurate readings, heads up displays that fail, incompatible components, or software updates that interfere with alarm triggers can all create dangerous conditions. When those failures occur during normal use and cannot reasonably be blamed on misuse or extreme conditions outside the equipment’s design specifications, they may support a claim under malfunction theory.
Turnout Gear, Helmets, Boots, and Other Protective Equipment
Firefighters and many other first responders rely on layered personal protective equipment to manage heat, impact, sharp objects, and chemical exposure. Turnout coats and pants are designed to withstand high temperatures for limited periods. Helmets protect against falling debris. Boots provide traction and shield against punctures and burns. Gloves allow grasping and tool use in hostile environments. When any of these components fail in a way that is inconsistent with their intended performance, serious injuries can result.
For example, seams in turnout gear that separate under expected thermal loads, helmet shells that crack under impacts they are rated to withstand, or boot soles that delaminate on wet fireground surfaces are not just quality problems. They can be life threatening defects. In a malfunction theory case, the fact that the gear failed in a manner inconsistent with its ratings and design under normal conditions, combined with evidence that other users experienced similar failures, may be enough to establish that the product was defective when it left the manufacturer.
There are also questions about chemical resistance and carcinogen exposure in modern fire service gear. While the science in that area is evolving, claims may arise where gear designed and marketed as protective or resistant instead allows harmful exposure at levels that should not occur under normal use. As with other first responder equipment, the complexity of the materials and the harsh conditions of use make direct proof of a particular defective fiber or coating difficult, which underscores the importance of circumstantial evidence and patterns of failure.
Law Enforcement Body Armor and Duty Gear
Police officers depend on body armor, holsters, restraints, and less lethal tools to protect themselves and the public. Body armor is rated to stop particular types of rounds at specified velocities. When armor fails to stop a bullet that falls within those parameters, the injury may be the result of a manufacturing defect, a materials failure, or a problem in the design that allows the force to concentrate in unprotected areas. Holsters and retention systems that fail prematurely can allow weapons to be taken or lost during struggles. Less lethal devices that deploy unexpectedly or fail to deploy when needed can escalate already dangerous situations.
In many law enforcement equipment cases, the malfunction itself is the primary evidence. A vest that clearly did not perform to its rating, a holster that broke during a routine physical encounter, or a baton that snapped under ordinary defensive use are all examples of products that appear not to have performed their intended function. When careful examination rules out obvious misuse or extraordinary stresses, those facts can support a claim that the product was defective under the malfunction theory approach.
EMS Equipment, Stretchers, and Patient Handling Devices
Paramedics and EMTs use a range of mechanical and electronic devices to move patients safely and provide care in the field. Power assisted stretchers, stair chairs, lift systems, and restraint devices are all designed to protect both the patient and the provider. When these devices fail, the harm can be dual. Patients can suffer falls, fractures, or head injuries. First responders can experience back injuries, crushed extremities, or other trauma as they try to control heavy, shifting loads.
A stretcher that collapses under a load it is rated to carry, a locking mechanism that fails during transport, or a lift assist that loses power without warning may each indicate a defect in design, materials, or manufacturing. Because these devices are often placed into service repeatedly over many years and may be maintained by multiple agencies, the analysis can be complex. However, if the failure occurs during normal use within the device’s specifications and other causes can be ruled out, malfunction theory may again provide a path to establish defect without needing to identify a single microscopic crack or misaligned component.
Fireground Radios and Communications Systems
Modern public safety communications systems are not just handheld radios. They are complex, software driven networks that include portable units, mobile units in vehicles, repeaters, base stations, towers, consoles, backhaul connections, and system management software. The large vendors in this space, including companies such as Motorola Solutions, BK Technologies, and Harris, sell not only hardware but integrated systems that must be programmed, configured, and maintained in a way that allows critical messages to get through under stress.
Radio communication is essential on the fireground and in many law enforcement and EMS operations. Mayday calls, evacuation orders, changes in strategy, and updates on fire behavior or suspect locations all depend on reliable transmission and reception. When a firefighter cannot get tone on a channel, when an officer calls for help and no one hears it, or when interference and dropped transmissions become routine, lives may be at risk. Radios are often programmed with firmware and code plugs provided or approved by the manufacturer. New firmware releases and feature updates can introduce software bugs or interact unpredictably with other system components.
In the event of a tragedy on a system like this, the physical radios may be damaged or destroyed. Even when the hardware survives, the configurations can be complex, and documentation of changes may be incomplete. Proving exactly why a particular call failed can be extremely difficult. Did the radio fail to affiliate with a tower? Did a software bug prevent a tone from sounding? Were there coverage gaps that had not been disclosed or corrected. These questions sit at the intersection of engineering, software design, and system integration.
The malfunction theory helps bridge that gap by allowing courts and juries to consider circumstantial evidence about patterns of failure and the context in which the system is used. If multiple departments report similar problems with a particular model of radio or software release, if the manufacturer knew that certain code plug changes could disrupt emergency features, or if complaint history shows repeated issues that were never meaningfully addressed, those facts can support an inference of defect. In such cases, the issue is not a single dropped call, but a system that does not reliably perform its life safety function under expected field conditions.
Guidance for Injured First Responders and Families
If you are a firefighter, officer, or EMT who believes that defective equipment or communications contributed to your injury, or if you have lost a loved one in the line of duty under suspicious circumstances, it can be difficult to know where to start. You may be dealing with grief, medical treatment, internal investigations, and workers’ compensation claims. You should fully participate in any ongoing investigation of the incident being conducted by the department or outside agency. You also need to begin to preserve memories and evidence.
There are several practical steps you can take. As soon as possible, write down your recollection of what happened in your own words. Include details about the equipment you were using, what you expected it to do, and what it actually did. If you remember model names, serial numbers, or software versions, note those. Identify coworkers and supervisors who were present or who experienced similar problems with the same equipment. If you can safely do so, preserve any personal gear or devices you control that may be relevant.
You should also consider asking your department or agency, in writing and through appropriate channels, to preserve the equipment involved in the incident and all related records and logs. This request can be respectful and professional while still making clear that you have concerns about potential equipment failure. In some cases, the agency will cooperate fully in seeking answers. In other cases, there may be tension between the agency’s desire to avoid liability and the pursuit of a third-party claim against a manufacturer. Having an attorney involved early can help navigate those issues.
Damages and Compensation in First Responder Equipment Cases
When a defective product contributes to a first responder’s injury or death, the harm is not limited to the immediate event. Physical injuries may include burns, smoke inhalation damage, orthopedic injuries, brain injuries, cardiac damage, or long-term respiratory problems. Psychological injuries such as post-traumatic stress disorder are common. Families face loss of income, medical bills, and the disruption of life plans. In a wrongful death case, survivors may also experience profound emotional and financial loss.
A successful products liability claim can seek compensation for medical expenses, lost wages and benefits, diminished earning capacity, pain and suffering, loss of consortium or companionship, and in some cases punitive damages where the manufacturer’s conduct was particularly egregious. In the first responder context, these cases often interact with workers compensation, disability pensions, and line of duty benefits. Coordinating those systems requires careful planning so that a products liability recovery supports the responder and family without unintentionally jeopardizing other benefits.
How I Approach Representing First Responders and Their Families
Working with first responders and their families is different from many other types of personal injury work. These are clients who took on risk for the benefit of their communities, often without complaint. Many are reluctant to be seen as blaming their departments or their coworkers. Some feel guilt for surviving when others did not, even where a defective product clearly played a role. My role is not to second guess sound tactical decisions made under pressure, but to examine whether the tools provided to these professionals met the standards they were supposed to meet.
I take time to learn about the culture and operational realities of the department or agency involved. I speak openly with clients about their goals, whether that is financial security for a family, recognition of what went wrong, or systemic change to prevent similar tragedies. I also keep in mind that pursuing a claim against a manufacturer can sometimes create stress within a department, and I work to minimize unnecessary friction while still advocating vigorously for my clients.
If you suspect that a malfunction in safety equipment or a failure in a communications system contributed to a serious injury or death in the line of duty, you do not have to carry that concern alone. Whether the issue involves a breathing apparatus, a PASS alarm, turnout gear, body armor, patient handling equipment, or a radio system, there may be legal options for holding the manufacturer accountable and securing the resources you and your family need.