Cat Skid Steer Tracks vs. Wheels (Field Test)

Tracks usually suit soft, loose ground where traction and reduced surface disturbance matter; wheels usually suit firm ground, frequent turns, and lower undercarriage costs. The fair choice comes from testing comparable Cat machines on the same route, with the same attachment, operator, and safe payload. Record traction, rutting, time, and fuel use rather than relying on impressions.

Would you pick the machine that feels strongest, or the one that finishes the whole job with less ground damage and downtime? A track loader can feel planted while a wheeled skid steer turns more easily on hard ground. Neither advantage settles the decision by itself.

This guide gives you a controlled way to compare them. It does not claim results from a Cat machine test; actual outcomes depend on machine model, setup, surface, and operator. Use each machine’s own Cat documentation for limits and service steps.

Machine Configuration, Site Assessment & Safety Setup

A useful comparison starts by recording exactly what is being compared. Cat skid steer loaders and compact track loaders may differ in model, weight, rated capacity, and undercarriage design, so a result cannot be credited to tracks or wheels alone unless the other test conditions are controlled.

Before testing, identify both machines and the job. If Cat offers the same model and configuration in both undercarriage types, that is the closest comparison. If not, record the model, serial number, rated operating capacity (ROC), operating weight, and attachment part number for each machine. Check the data plates and Cat documentation; do not assume the machines have equal capacity or handling.

ROC is the manufacturer’s rated load limit for a machine under stated conditions. Use the applicable Cat rating and attachment guidance for each machine. Keep the payload within the lower machine’s published limit, and account for attachment weight as Cat directs. Never exceed the machine or attachment limits to make the test “more demanding.”

Set up a route that reflects your work, such as moving material across a firm pad and then over a soft section. Mark the route and rut-measurement points. Record weather, surface condition, and any recent rain or watering. Avoid comparing a dry run on one machine with a wet, softened route on the other.

Before operation, use a trained operator and follow the operator’s manual. Check that the seat belt and restraint bar or door are engaged, and verify ROPS/FOPS, alarms, controls, attachment lock, guarding, tires or tracks, and signs of fluid leaks. Identify utilities, slopes, pedestrians, overhead hazards, soft edges, and traffic. Set an exclusion zone.

• Check cold tire pressure against that machine’s placard or manual. Do not use a generic pressure.
• Check track condition and tension by the exact procedure and limit in the applicable service manual. Tension is specific to the model and undercarriage.
• Use the same attachment, route, payload, operator, and operating technique for both machines.
• Stop if visibility, stability, ground conditions, or traffic become unsafe.

Key takeaway: Match the job and document machine differences before you compare undercarriages.

Controlled Field Test: Traction, Rutting, Turning & Productivity

A field test measures how each machine performs on the same task, not which one feels more powerful. Run repeat passes at controlled speed and with the same load. Log distance, time, fuel used, payload, surface condition, and visible rut depth for each pass; these are your measurements, not universal Cat specifications.

Use both loaded and unloaded passes. A machine may travel well without a load but lose traction while carrying material. Note wheel spin or track slip, steering correction, turning scuff, and how well the operator can place the attachment. Do not change the route or operating style to favor one machine.

Do not call a shorter cycle time a win if it came with deeper ruts, more turning damage, or unsafe operation. Likewise, a track machine’s ability to keep moving on soft ground does not mean the ground can support the machine near an edge. Stop if the surface fails or the machine becomes unstable.

Field-test setups for common jobs

These are reproducible test setups, not claims of measured Cat results. They help you apply the comparison to a real worksite without treating a general rule as a guaranteed outcome.

Soft landscaping route: Use a marked path across the same soft area and a firm return lane. Carry the same safe load on repeated passes. Compare rut depth, traction loss, and turning marks. Tracks may offer an advantage where the surface is soft, but record the actual result; ground moisture and soil type can change it.

Firm yard or paved route: Use a firm, level route with the same turns and short travel cycles. Record turning scuff, time, and operator corrections. Wheels may suit frequent turning on firm ground, but tire condition, pressure, machine geometry, and operator technique still affect the result.

Mixed route: Include both firm and soft sections, and record each section separately. A single average can hide the fact that one undercarriage works better on the firm portion and the other on the soft portion. If your daily work is mixed, weight each section by how often you actually use it.

Near an excavation or on a side slope, traction can create false confidence. An edge can collapse suddenly, or a shifting load can overturn the loader. Keep the load low, avoid turning across slopes, follow the manual’s stand-off guidance, and never approach an unverified edge.

Key takeaway: Choose from repeatable measurements tied to your route, not one dramatic pass.

Undercarriage Inspection, Adjustment & Repair

Undercarriage condition can distort a tracks-versus-wheels test. A worn tire, incorrect pressure, damaged track, or incorrect tension may change traction, ride, and wear. Inspect and document condition before testing, then use the machine-specific Cat manual for any adjustment or repair.

For wheeled machines, check tires for damage and uneven wear. Confirm cold pressure against the machine placard or operator’s manual, and record the reading. Do not raise or lower pressure to improve one machine’s performance unless Cat’s procedure calls for it.

For track machines, look for cuts, embedded debris, damage, and loose or abnormal components. Measure tension only with the exact method and limit in the applicable service manual. Track tension differs by machine and undercarriage, so a generic measurement or adjustment is not a safe substitute.

After the test, lower the attachment, set the parking brake, and idle or shut down as the operator’s manual directs. Remove the key and wait for moving parts to stop. Inspect for debris, leaks, damage, abnormal heat, loose track components, and tire damage. Record anything that could affect the next run.

Track systems can involve higher undercarriage upkeep than a basic wheel setup, while tire replacement and damage also carry costs. Compare actual maintenance records, operating conditions, and parts pricing for the machines you own. Do not assume a universal service interval or repair cost.

Key takeaway: A fair comparison requires serviceable, correctly set undercarriages and documented condition.

Cleaning, Parking & Seasonal Storage

Cleaning and storage protect the comparison as well as the equipment. Soil packed into an undercarriage can hide damage or affect movement, while neglected tires or tracks may be in poorer condition at the next seasonal start. Follow the model-specific Cat procedure for cleaning, parking, and storage.

Remove accumulated debris using the method allowed by the manual. Avoid directing water or pressure at areas where Cat cautions against it. Park on a firm, level surface when possible, lower the attachment, set the parking brake, and shut down in the sequence specified by the operator’s manual.

For seasonal storage, use Cat’s instructions for the exact machine and undercarriage. Record machine hours, condition, repairs needed, and any measurements from the field test. That record helps you separate a genuine tracks-versus-wheels difference from a maintenance problem that developed between seasons.

Key takeaway: Clean, inspect, and document after the test so the next comparison starts from a known condition.

Conclusion: Which Cat Undercarriage Should You Choose?

Tracks are often the better fit when soft ground and traction are central to the job. Wheels are often the better fit on firm surfaces where frequent turns and undercarriage cost matter. Those are starting points, not guarantees: compare the specific machines, attachments, loads, and route you use.

Run repeated loaded and unloaded passes, keep the setup fair, and record rutting, traction, time, and fuel. Confirm all operating limits and service steps in the correct Cat manuals. If conditions become unstable or unsafe, stop; no productivity result is worth risking an overturn or injury.

FAQ: Cat Skid Steer Tracks vs. Wheels

These quick answers summarize the comparison, but the limits for a specific Cat loader come from its own data plate, operator’s manual, and service information.

Are tracks always better on soft ground?
No. Tracks may help on soft ground, but results depend on the machine, soil, moisture, load, and track condition. Measure rutting and traction on your route.

Are wheels better on pavement?
Wheels often suit firm surfaces and frequent turns, but tire type, condition, pressure, and operating technique affect scuffing and control.

Which undercarriage has more traction?
There is no single answer for every surface and machine. Compare traction loss on the same route with the same attachment and safe payload.

Can I compare different Cat models?
You can compare them for your work, but you cannot attribute the result solely to tracks or wheels. Record model, serial number, ROC, weight, and attachment.

Should I use the same payload on both machines?
Use the same payload only if it is within both machines’ applicable limits. Follow Cat’s capacity guidance and account for attachment weight as directed.

What tire pressure should I use for the test?
Use the cold pressure on that machine’s placard or in its manual. Do not substitute a general pressure value.

How do I check track tension?
Use the exact procedure and limit in the service manual for that machine and undercarriage. Do not rely on a generic tension figure.

What should I measure during a field test?
Record route distance, cycle time, fuel used, payload, surface condition, rut depth, traction loss, turning marks, and operator corrections.

Are tracks safer near a slope or excavation?
Not automatically. Traction can give a false sense of security, and ground can fail suddenly. Follow the manual’s stand-off guidance and avoid unstable edges.

When should I stop the comparison?
Stop for instability, poor visibility, ground failure, unsafe traffic, unexpected damage, or any condition that makes operation unsafe.

(This article was written by one of our staff writers, Harrison Croft. Visit our Meet the Team page.)