In this blog post, we’ll lay out typical preventative maintenance measures for skid steers and talk about how you can use self-lubricating plastic components to design machinery with less maintenance requirements.

Designing Skid Steers With a Shorter Preventative Maintenance Checklist
Designing Skid Steers With a Shorter Preventative Maintenance Checklist

Avory Brookins | igus

Preventative maintenance: every skid steer operator’s favorite activity. Not really, some of them don’t even do it, and I don’t blame them. Who wants to go down a checklist and spend time doing things like re-lubricating pivot points each time before using equipment?   

Doing some sort of maintenance either daily, monthly or annually will always be necessary to keep a skid steer running smoothly for as long as possible, but there are ways to cut down your customers’ checklist. In this blog post, we’ll lay out typical preventative maintenance measures for skid steers and talk about how you can use self-lubricating plastic components to design machinery with less maintenance requirements. 


The Checklist: Daily & Regular Maintenance Recommendations    

To avoid problems like overheating, expensive damages and repairs, loss of efficiency, and unplanned downtime, it’s important for skid steer operators to do the following before each use: 

  • Check tires for damage, wear, tread depth and inflation
  • Make sure all wheel nuts are still at the correct torque (refer to user manual)
  • Check for cracks and rust on the exterior
  • Check and top off fluids (fuel, hydraulic oil, engine oil, radiator fluid and windshield wiper fluid)
  • Check all vital filters, including the engine’s air filter system 
  • Drain the water separator
  • Check for any signs of leaks
  • Make sure all bushings, pivot pins and other components are adequately greased (continuously grease throughout the day as needed) 

At the end of the day, it’s important to clean off debris using a pressure washer, air compressor, or vacuum. 

Also, regular maintenance is recommended after using a skid steer for 250, 500 and 1,000 hours. 

  • After 250 hours: Change engine oil, replace oil filter, and change hydraulic filters
  • After 500 hours: Change fuel filter and check and adjust the chain tension
  • After 1,000 hours: Change hydraulic oil, chain case oil, and radiator coolant; change out the final drive gear oil; and drain, flush, and refill the engine cooling system 

On top of that, a technician should examine the engine and exhaust system once a year; and having an oil analysis done to help determine the health of the engine wouldn’t hurt either. 

As you can see, owning a skid steer can be a lot of work. But making life a little easier for your customers is possible by designing self-lubricating, maintenance-free bearings and shafts into your equipment. 


iglide® Bearings & GKF Shafting

iglide® bearing materials consist of base polymers for wear resistance, reinforcing fibers for high loads, and embedded solid lubricants for smooth, dry-running operation. 

We extensively test each material inside our 41,000ft2 test lab in Cologne, Germany to ensure a long, reliable service life. We add those test results to the database of our online service life calculator so you can estimate how many hours a specific material will last inside your application. 

iglide® G300, TX1 and Q2 are ideal for use in agricultural and construction applications. 

G300 (our “general purpose bearing”) offers high wear resistance as well as dirt, dust and corrosion resistance. Typical applications include medium to high loads, medium surface speeds, and medium temperatures. More than 650 sizes are available from stock and ready to ship within 24 hours. For technical data, check out the material sheet here.  

TX1 is our heavy duty bearing material that can withstand up to 200 MPa static and 140 MPa dynamic. It offers high dirt, wear and media resistance as well as the same self-lubricating and maintenance-free advantages of all our other materials. Check out TX1’s material sheet here for technical data. 

Q2 is our other heavy-duty, abrasion-resistant material ideal for pivot applications with high loads. Access the material sheet here for technical data. 

In addition to bearings, igus® offers a carbon alloy shaft with a hardened, corrosion-resistant running surface called GKF. GKF is three times more corrosion resistant than zinc, metal or nickel plating and extends the service life of iglide® bearings by up to 40-60 percent when used together. It is also maintenance-free and self-lubricating.  

Additionally, igus® is a single source for complete assemblies. Contact Agricultural and Construction Industry Sales Manager Nick Van Tol here for more information or to discuss your application today. 


Less Maintenance, More Production 

Designing skid steers with highly engineered self-lubricating polymer components helps to shorten the daily preventative maintenance checklist for your customers. Less time spent on maintenance means more time spent on production – and saving money on lubricants is pretty nice too.  


The content & opinions in this article are the author’s and do not necessarily represent the views of AgriTechTomorrow


In agricultural applications, solutions that can stand up to rough conditions such as dirt, dust, heat, shock and edge loads are essential. Igus makes this possible with its cable carriers and plastic bearings that are characterized by their outstanding resilience and long service life. These products can be used in tractors, disc harrows, fertilizers, field sprayers, and other agricultural equipment. In many applications, metallic bushings or recirculating ball bearing guides can be replaced by self-lubricating polymer plain bearings to not only improve technology, but significantly reduce costs as well.

Other Articles

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Thiessen Tillage of Canada has invented a toolbar for pulling vines or small trees out of vineyards and orchards that mounts to either the front or rear of a tractor.
Farmers Dig Ohio Company’s Efficient Coulter
The device reduces fertilizer loss, helps farmers cover more acreage in less time and offers greater durability due to components that resist corrosion in the harsh agricultural environment.
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