Over-the-Tire Tracks vs Rubber Tracks: Which Setup Fits Your Skid Steer?

1. First identify the machine and track system

The phrase “rubber tracks” can describe two different products. An over-the-tire track is a removable assembly fitted around the tires of a wheeled skid-steer loader. Some OTT systems use a continuous rubber footprint; others use steel crossbars or linked pads. The tires, wheels, axles, and wheelbase remain part of the operating system.

A compact track loader, or CTL, is different. Its rubber belt runs on a dedicated undercarriage with sprockets, rollers, idlers, tensioning components, and a track frame. You do not remove that belt to return the machine to tires. Bobcat’s compact-loader buyer guide identifies the undercarriage—tires on a skid steer and tracks on a CTL—as the fundamental machine difference.

That distinction controls the purchase path. If you are improving an existing wheeled skid steer, start with the Over-the-Tire Tracks category. If you are identifying a replacement belt for a CTL, start with the Rubber Tracks category. Neither category result alone confirms fitment or inventory.

2. Choose by the work pattern, not a universal winner

OTT tracks make the strongest case when the wheeled skid steer already fits most of the operation and tracks solve a recurring but removable need. You may need tires for firm yards, paved travel, tighter transport limits, or jobs where a track system is unnecessary, then add tracks for a period of soft or loose ground.

A dedicated CTL makes the stronger comparison when soft, wet, sandy, uneven, or surface-sensitive ground is the normal operating environment and the machine is expected to work as a tracked system most of the time. It eliminates repeated OTT installation and removal, but it also commits the machine to a complete tracked undercarriage.

This is a decision framework, not a performance guarantee. Compare the actual machine specifications, track design, operating manual, dealer guidance, jobsite, load, and transport plan before deciding.

3. Compare ground conditions and surface limits

Tracks increase the contact footprint compared with the same machine operating only on tires, which can improve flotation and traction on soft or loose ground. OEM comparisons from Bobcat and Caterpillar generally place wheeled skid steers on firm or paved surfaces and CTLs on softer, wetter, sandy, or uneven conditions. The exact result still changes with the machine, tire or track pattern, width, load, turning method, moisture, slope, and soil.

Do not read “low ground pressure” as “no ground damage.” Bobcat specifically cautions that sharp turns with a CTL can still damage turf. OTT tracks also change how the machine contacts and turns on the surface. Plan gradual turns where the machine manual and site permit, and evaluate the finished surface after a controlled trial rather than promising that either track system will leave it untouched.

Hard surfaces require the opposite question: how much paved or abrasive travel will the track see? Caterpillar’s guidance notes that wheeled machines generally favor firm ground, higher travel speed, lower operating cost, and easier transport, while tracked machines favor traction and lower ground disturbance. Those are category-level tendencies, not a substitute for the actual model, track compound, and surface instructions.

Transport belongs in the same review. A track system can change the machine’s weight, overall width, loading method, tie-down plan, and trailer capacity. Use the machine and track documentation for the installed configuration; do not reuse the tire-only transport record after adding OTT tracks.

4. Compare changeover and undercarriage obligations

OTT tracks add a second operating configuration. That flexibility has value only if the crew can manage the change safely and consistently. The tracks need an approved storage and handling plan, pre-use inspection, correct installation and adjustment from the track manufacturer, and enough time to remove them when tires are the better configuration. The tires remain load-carrying and fitment-critical components underneath the track.

A dedicated CTL removes that changeover decision, but it adds a full undercarriage to the ownership plan. The rubber belt works with the sprockets, rollers, idlers, tensioning system, guards, and track frame. Wear, leakage, alignment, packed debris, and operating technique can affect the system together. If you are evaluating a used or existing CTL, inspect the complete undercarriage rather than pricing only a replacement belt.

There is no defensible universal winner for hourly cost or service life. Purchase price, tire and track design, surface, labor, downtime, replacement parts, turning habits, cleaning, and machine utilization all change the result. Build the comparison from your own machine records and supplier quotes instead of copying a seller’s percentage or payback claim.

5. Confirm OTT fitment before requesting a quote

An OTT system must fit the actual installed tire-and-machine combination. A make and model or a tire-size label is useful discovery evidence, but neither proves the track has enough length, width, internal space, or machine-body clearance.

Camso’s steel OTT installation guide is one manufacturer example: it separates track kits by tire size and wheelbase, requires a pre-fit clearance check around guards, lift arms, fenders, the chassis, and other structures, and describes wheel or spacer changes only within its product instructions. Bobcat’s wheel-spacer page likewise ties spacer use to listed loader models and warns that parts can vary by serial number. These sources show why the measurement categories matter; their numeric values are not universal specifications for other products.

Do not add a spacer, reverse a rim, downsize a tire, or change a wheel configuration from a generic article. Those actions change the installed configuration and can affect clearance, overall width, guarding, and approved compatibility. Use the exact machine and track manufacturer instructions or qualified dealer support.

• Machine manufacturer, exact model, serial number, and a clear identification-plate photo.
• Every marking on all four installed tires, including the full size and construction description.
• Tire brand, tread, inflation or solid/foam-filled construction, condition, and any mismatch between positions.
• Wheelbase measured by the method required by the track supplier.
• Clearance photos and requested measurements around the tire, chassis, fenders, boom stops, lift arms, guards, and attachment interference points.
• Wheel and rim details, including any current offset, spacer, or nonstandard tire/wheel change.
• OTT manufacturer, material, model, link or section count, and full markings when a track is already installed.
• Surface, slope, debris, travel distance, duty cycle, and the reason the track system is needed.

6. Rubber or steel OTT is a second decision

After OTT is confirmed as the correct system path, choose the track material for the application. Camso’s manufacturer catalog frames rubber OTT around flotation and reduced surface disturbance, while its steel OTT is positioned for severe off-road use and penetrating traction. Other manufacturers use different constructions, pad designs, guide systems, and service rules.

Steel-versus-rubber OTT does not change the first gate: the complete system still has to fit the machine, tires, wheelbase, and available clearance.

• List every surface the track will contact, including paved crossings and finished areas.
• Rank flotation, penetrating traction, surface protection, cleanout, and resistance to the actual hazard.
• Read the manufacturer’s turning, slope, debris, and travel limits.
• Confirm the approved track works with the installed pneumatic, foam-filled, or solid tire construction.
• Identify replaceable components and required inspection or adjustment.