A skid steer working through demolition debris. A loader keeping material moving at a waste facility. A telehandler supporting multiple crews across a construction site.
All three may be strong candidates for tire flatproofing. But if you’re evaluating an entire fleet, which machines should you flatproof first?
For fleet managers, the answer isn’t necessarily the equipment with the largest tires or the machine that works the longest hours. It starts with understanding where puncture-related downtime creates the greatest operational impact.
TyrFil™ Flatproofing replaces the air inside pneumatic off-the-road tires with a resilient elastomer core, eliminating puncture-related flats. For fleets operating in demanding environments, prioritizing the right equipment can help maximize the operational value of that investment.
Here are five factors to consider.
- Start with Your Flat-Tire History
Your maintenance records can tell you a lot about where flatproofing may provide the most immediate benefit.
Which machines repeatedly require puncture repairs? Which generate the most tire-related service calls? Where are technicians spending time addressing the same problem again and again?
Recurring flats can be an indication that puncture hazards aren’t occasional—they’re simply part of the operating environment. Nails, scrap metal, sharp rock, glass, rebar, and demolition debris can make punctures difficult to avoid with air-filled tires.
But don’t look only at the cost or number of replacement tires. Consider the entire maintenance event:
- Frequency of puncture-related repairs
- Emergency or field service calls
- Equipment downtime while waiting for service
- Technician hours devoted to tire repairs
- Labor redirected from scheduled maintenance
- Disruption to operators or production
A series of relatively inexpensive repairs can represent a much larger operational cost when the downtime and resources required to address them are considered.
If a machine repeatedly experiences puncture-related flats, it’s an obvious place to begin your evaluation.
- Prioritize Equipment That Other Work Depends On
Not every hour of equipment downtime has the same impact.
Consider a loader feeding material into a processing operation. If that loader stops, the effects may extend to the equipment and employees downstream. A telehandler delivering materials across a construction site may support several crews. A rental machine sidelined at a customer’s jobsite can interrupt the customer’s work while also creating an unplanned service demand for the rental company.
That’s why fleet managers should look beyond the individual machine and ask a bigger question:
What else stops when this equipment stops?
Consider whether other operators or processes depend on the machine, whether backup equipment is readily available, and how quickly the operation can adapt if the unit unexpectedly goes out of service.
Equipment that creates a bottleneck when it’s down can be a particularly strong candidate for flatproofing. Eliminating one source of unexpected downtime on a critical machine can help protect productivity across a much larger operation.
- Consider Where a Flat Would Be Most Difficult to Service
The same puncture can have dramatically different consequences depending on where it happens.
A machine operating near a maintenance facility may be relatively easy to service. The situation looks very different when equipment is working at a remote construction site, inside a busy waste or recycling facility, in a quarry, or far from readily available service support.
Access matters.
A field repair may require a service truck, specialized personnel, replacement equipment, or recovery of the disabled machine. In congested or confined operating areas, a disabled piece of equipment can also interfere with traffic patterns and surrounding work.
When evaluating equipment, consider:
- Distance from maintenance or tire service
- Availability of technicians and replacement tires
- Accessibility of the machine’s typical work area
- Difficulty recovering or moving disabled equipment
- Operational disruption created by a field repair
A machine doesn’t necessarily need a long history of flats to become a priority. If one flat in the wrong location would create a significant operational problem, preventing it may carry substantial value.
- Factor in Utilization and Future Assignments
Historical maintenance records tell you what has happened. Your operating schedule can help tell you what may happen next.
High-utilization equipment naturally spends more time exposed to operating conditions and may have fewer convenient opportunities for unexpected maintenance. But the type of work ahead matters just as much.
A skid steer that previously operated on relatively clean jobsites may be headed into months of demolition work. A rental unit may be scheduled for consecutive construction assignments with little time back in the yard. A loader supporting a continuous material-handling operation may have limited opportunities to be removed from service.
That’s why flatproofing doesn’t have to be a response to an existing problem.
If you know a machine is moving into an application where nails, scrap metal, sharp rock, demolition debris, or other puncture hazards will be common, you can address that risk before the first flat occurs.
A proactive approach can be especially valuable when seasonal workloads, new contracts, changing jobsites, or increased equipment utilization are expected to put greater demands on the fleet.
- Match the Flatproofing Solution to the Application
Once you’ve identified a priority machine, the next step isn’t simply to fill the tire.
It’s to understand the application.
Equipment type is only one consideration. Load, operating speed, travel distance, terrain, duty cycle, operating conditions, and ride requirements can all influence the appropriate TyrFil formulation and processing specifications.
A machine carrying heavy loads at relatively low speeds may have different requirements from equipment whose operator spends an entire shift traveling across uneven terrain.
This is where working with an experienced TyrFil dealer becomes important. Your dealer can evaluate the application and help determine the appropriate flatproofing solution for the equipment and operating conditions.
It’s also important to remember that flatproofing does not increase a tire’s rated load capacity. The weight of the fill must be considered as part of the complete tire, wheel, and equipment system.
Proper application assessment and installation help ensure you’re not simply eliminating flats—you’re choosing a solution suited to the work the machine actually performs.
Start with One Machine—and Measure the Results
You don’t have to flatproof an entire fleet at once.
For companies evaluating flatproofing for the first time, starting with a carefully selected machine can provide useful insight into how eliminating puncture-related flats affects their own operation.
Before installation, establish a baseline. Depending on the application, you might track:
- Number of puncture-related service events
- Hours of downtime associated with flats
- Field-service or repair costs
- Technician labor devoted to puncture repairs
- Productive hours lost
- Operator or customer disruptions
Then measure those same factors after flatproofing.
The goal isn’t simply to determine whether the tire didn’t go flat. The more valuable question is what eliminating those flats changed for the operation.
Did technicians spend less time responding to tire problems? Did the machine remain available during critical work periods? Did the fleet avoid field service calls? Did operators experience fewer tire-related interruptions?
Those results can help fleet managers determine where flatproofing may deliver value elsewhere in the fleet.
Routine tire and wheel inspections, of course, remain an important part of the maintenance program. Flatproofing eliminates puncture-related air loss, but tires, wheels, and equipment still require appropriate inspection and maintenance throughout their service life.
Put Flatproofing Where Downtime Matters Most
There’s no single piece of equipment every fleet should flatproof first.
The best candidate is where several factors come together: high puncture exposure, operational importance, significant utilization, and difficult or costly service conditions.
It might be the skid steer that regularly comes back with punctures. The loader that keeps an entire operation supplied with material. The rental unit headed to a demolition site. Or the machine working far enough away from service support that even one flat can become a major interruption.
By evaluating the fleet through that lens, flatproofing becomes more than a tire-maintenance decision. It becomes part of a broader strategy for improving equipment availability and reducing preventable downtime.
Find the machine where a flat creates the biggest problem. Then eliminate the flat.
Your authorized TyrFil dealer can help evaluate the application and determine the right flatproofing solution for the job.
Carlisle TyrFil. We Keep the World Rolling.