What NIOSH's Skid Steer Fatality Data Actually Says About the Machine You're Financing

The federal government has been tracking skid steer deaths since the 1980s, and the numbers tell a consistent, preventable story. The CDC's National Institute for Occupational Safety and Health, through its Fatality Assessment and Control Evaluation program, documented 22 skid steer loader fatalities across eight states between 1992 and 1995 alone, with earlier national surveillance counting 25 similar deaths between 1980 and 1992. If you are financing a Kubota or John Deere skid steer or compact track loader, this data is worth reading past the headline number, because it says less about the machine itself and more about exactly how operators get hurt, and that distinction is the whole point of understanding it.

The Data: What NIOSH Actually Found

NIOSH's FACE program identified 22 skid steer fatality reports from eight states between 1992 and 1995, with Wisconsin reporting the most at six, followed by Iowa, Minnesota, and Nebraska. All 22 decedents were male, ranging from 21 to 68 years old with a mean age of 40. Most worked in agriculture, 13 of the 22, with construction accounting for four and the remainder in other trades. A separate federal surveillance system, the National Traumatic Occupational Fatalities database, counted 25 work-related skid steer deaths between 1980 and 1992, 60 percent of which occurred in the final five years of that window, suggesting the problem was not improving on its own even as skid steer use grew.

One detail from the underlying report matters for anyone trying to size the real risk: NIOSH could not calculate an actual incidence rate, because reliable exposure data on how many workers were actually operating skid steers was not available. The agency's own estimate put somewhere between 140,000 and 178,000 machines in use nationally as of 1991, but with no solid denominator for hours worked, the raw fatality counts almost certainly understate the true scope, since the FACE program covered only 14 states and death-certificate-based systems are estimated to capture only about 80 percent of actual work-related deaths. It is also worth remembering how much the skid steer and compact track loader population has grown since that 1991 estimate. The equipment category has expanded dramatically across construction, landscaping, and agriculture in the three decades since, which means the exposure base behind any updated version of this data today is almost certainly several times larger, even if the underlying hazard mechanics have not changed at all.

How These Deaths Actually Happened

The pattern in the case data is strikingly consistent. In 10 of the 22 FACE-documented cases, the worker was standing or working underneath a raised bucket when it came down. Five workers were crushed against the machine's frame after leaning into the path of moving lift arms. Four were crushed between the bucket and frame while mounting or dismounting the cab, and three were caught between the bucket and frame in other circumstances. These are not exotic failure modes, they are the same handful of scenarios repeating across different states, different operators, and different machine brands.

Four detailed case narratives from the FACE reports make the mechanism even clearer:

• A worker dismounting the machine accidentally activated the lift control, which lowered the arms onto him.

• A worker leaned out of the cab after removing the side screens and the safety belt.

• A worker was performing maintenance beneath a raised bucket with no lift-arm support installed, and the safety-belt interlock had been bypassed.

• A worker was standing under a raised bucket when a foot-operated lift control was activated, again with the seat-belt interlock deactivated.

The Common Thread: Bypassed Safety Systems

Every one of those four detailed cases shares the same root cause: a safety system that was removed, modified, or deliberately bypassed. NIOSH's own contributing-factor analysis points to removed or modified protective cages and side screens, bypassed or deactivated seat-belt interlocks, improper mounting and dismounting technique that puts a hand or foot where it can strike a control, and maintenance performed under a raised bucket without an approved mechanical support. None of these are design flaws in the machine. They are what happens when an operator-presence safety system gets disabled, intentionally or through neglect, and the machine behaves exactly as it is built to, which is to move the moment a control gets touched.

This same caught-in and crushed-between hazard pattern shows up well beyond skid steers specifically. We covered the broader rollover and pinch-point data across heavy equipment generally in our piece on ROPS, rollover statistics, and pinch points, which draws on OSHA's own rollover review and reaches a similar conclusion from a different angle: the protective system working as designed, with the operator actually using it, is overwhelmingly the deciding factor in whether an incident is survivable.

What Kubota and John Deere's Current Safety Systems Actually Do

The core safety architecture NIOSH's case data points to, an operator-presence seat bar paired with a seat-belt interlock, is standard equipment across every current Kubota SVL and SSV skid steer and compact track loader, and every current John Deere P-Tier skid steer and CTL. Lowering the seat bar into the operating position and buckling the seat belt is what arms the hydraulic lift and tilt controls in the first place. Raise the bar, and the system is designed to lock out the lift and tilt functions so the machine cannot move the bucket or arms while someone is mounting, dismounting, or standing nearby.

Every one of the four detailed NIOSH case studies above involved that exact interlock being bypassed, removed, or ignored, not a machine that failed on its own. A Kubota SVL97-3 or SSV65, or a John Deere 333 P-Tier, financed and operated with its seat bar, seat belt, and side screens left in working order, is built to prevent precisely the accident sequence NIOSH documented. The safety case against this specific category of fatality is not a feature upgrade you have to pay extra for, it is standard equipment that has to actually stay engaged to do its job.

Why This Belongs in a Financing Conversation, Not Just a Safety Training One

This matters for a financing decision in two concrete ways. First, if you are financing a used machine, it is worth having a technician actually test the seat-bar and seat-belt interlock before you buy, not just visually confirm the bar is present. A prior owner who removed side screens or defeated the interlock to speed up repetitive cycle work leaves no obvious mark on a spec sheet, but it leaves exactly the hazard NIOSH's case data describes. Second, a documented operator-training program, covering mount, dismount, and lift-arm support procedures specifically, is cheap insurance against the single most common fatality pattern in this equipment category, and it protects the asset you are financing just as much as it protects the operator running it.

None of this is about one brand being safer than another. Kubota and John Deere both build to the same operator-presence interlock standard that every reputable manufacturer in this category follows. The variable NIOSH's data actually isolates is not the machine, it is whether that standard safety system stays engaged on the jobsite. A lender or an insurer evaluating a financed fleet is, in practice, evaluating that same variable, whether the operation has a real training and maintenance culture around the safety systems the machines already came with, not just whether the spec sheet lists the right features.

Financing a Machine You'll Actually Run Safely

BFC Equipment Loans finances construction equipment for startups and existing businesses nationwide, with good or bad credit, and a skid steer or compact track loader with a confirmed, functioning safety interlock is a better-protected asset for both the operator and the loan. Our Kubota equipment financing page and our John Deere equipment financing page both cover financing for the current SVL, SSV, and P-Tier lineups discussed here.

For more on how to size a Kubota skid steer for your specific jobsite conditions, see our comparison of the Kubota SSV65 and SSV75, and our breakdown of when a wheeled skid steer beats a tracked one on paved and finished surfaces.

The Bottom Line

NIOSH's own fatality data on skid steers points squarely at bypassed or defeated safety interlocks, not equipment failure, as the dominant cause of death in this machine category. Every current Kubota and John Deere skid steer or compact track loader ships with the exact seat-bar and seat-belt interlock system built to prevent the accident sequence that data describes. Confirm it works before you buy used, keep it engaged once you own it, and train every operator on proper mount, dismount, and lift-arm support procedure. That is the single highest-leverage safety decision available on this entire equipment category.

Ready to finance your next skid steer or compact track loader? Visit our home page to learn more about BFC Equipment Loans, start your application today, browse our equipment for sale and financing marketplace, or subscribe to our newsletter for more equipment financing insights.