Skid Steer Tire Selection for Canadian Conditions

The Basic Tire Categories

Skid steer tires fall into a few main categories based on tread pattern and construction:

Smooth (industrial / block) tires

Low tread depth, wide flat contact patch. These are the tires you see on skid steers working indoors — warehouses, concrete floors, loading docks. The wide contact patch reduces point loading on hard surfaces. Excellent on pavement. Absolutely terrible in mud, wet grass, or snow. If your skid steer works exclusively in a yard with a concrete apron, smooth tires make sense. In Canada, that's a minority of skid steer applications.

Multi-bar (L-shaped / X-bar tread)

The most common type for general outdoor use in Canada. The multi-bar pattern has pronounced tread lugs arranged in a pattern that provides traction in multiple directions — forward, lateral, and diagonal. This matters on a skid steer because the machine steers by counter-rotating the left and right sides: the lateral traction matters as much as the forward traction.

Within multi-bar tires, there's significant variation. Tread depth is the key spec — deeper tread means more traction in soft conditions but faster wear on hard surfaces and more vibration. Shorter tread wears longer on pavement. Standard multi-bar tires for outdoor use in Canada run 1.5–2 inch tread depth at new. Premium off-road variants go 2.5+ inches.

Mud / turf compromise tires

Some tires are designed with a more open tread pattern specifically for wet soil and clay — the wider gaps between lugs clear mud rather than packing it. These are more common in landscaping and agriculture applications where the ground is consistently soft. The tradeoff is more surface damage on soft turf (the open lug edges dig in) and louder, rougher ride on hard surfaces.

Foam-filled tires

Foam fill is not a tread pattern — it's a construction option. Standard pneumatic tires (air-filled) are vulnerable to puncture in demolition sites, land clearing (stumps, rebar, rocks), and other debris-heavy environments. Foam-filled tires replace the air with polyurethane foam. No air means no puncture. No maintenance on tire pressure.

The downsides: foam-fill adds significant weight (a foam-filled 12×16.5 tire is roughly 80–100 lbs heavier than its pneumatic equivalent). Ride quality is harsher because there's no air cushion. And once foam-filled, the tire can't be reflated — when it's worn, the whole assembly is replaced. Cost is also higher — foam-fill service typically runs $150–300 per tire at a Canadian shop depending on tire size.

For construction cleanup, demolition, and any site with high puncture risk, foam-fill is genuinely worth it. The cost of one emergency sidewall puncture (service call, machine downtime, replacement tire, lost work time) typically exceeds the foam-fill cost for a full set of four.

Over-the-Tire Tracks (OTT)

Over-the-tire rubber or steel tracks install over the existing wheels and tires, converting a wheeled skid steer to a temporary tracked machine. They're the middle ground between a wheeled skid steer and a dedicated compact track loader (CTL).

When OTT tracks make sense

The main use cases in Canada:

• Seasonal ground protection. Spring work on soft ground — landscaping, utility trenching, sod installation — where wheeled machines tear up surfaces. OTT rubber tracks reduce ground pressure from a typical 35–45 psi on pneumatic tires to 5–8 psi spread across the track. That's the difference between leaving tire ruts and leaving minimal marks.
• Snow and ice. A wheeled skid steer on packed snow or icy surfaces handles poorly. OTT tracks dramatically improve traction and stability on winter work sites.
• Soft or muddy terrain. Late fall or early spring land clearing where the ground is saturated. OTT tracks let you stay working while competitors with wheeled machines are stuck waiting for freeze-up or dry-out.
• Rocky terrain. Steel OTT tracks (as opposed to rubber) protect tires from puncture and provide better grip on loose rock.

OTT limitations

They're slow. Installing a set of OTT tracks takes 30–60 minutes (less with practice). They add 1,200–2,400 lbs to machine weight depending on track size and material — this eats ROC and affects your permit weight if transporting. Turning radius increases. You lose the agility that makes a wheeled skid steer fast on hard surfaces. And they accelerate tire wear — the track assembly runs on the tires themselves, so high-hour track use means higher tire wear.

OTT tracks are a legitimate tool for seasonal transitions. The operators who get the most value from them are those who switch seasonally rather than running them year-round. In Canada, a common pattern is installing OTT rubber tracks in April for spring landscaping work, pulling them off in June when the ground firms up, and possibly reinstalling in November for snow-season work.

Rubber vs steel OTT tracks

Rubber OTT tracks protect sensitive surfaces (lawns, finished grades, pavers). They grip well in mud and snow. Steel OTT tracks (C-channel or plate link style) are better for rocky terrain, demolition sites, and any application where the track itself might contact sharp material. Steel tracks are louder, leave marks on pavement, and shouldn't be used on finished concrete or asphalt. In Canada, rubber OTT tracks outsell steel by a wide margin because the dominant use case is ground protection, not rock-site traction.

Tires by Season and Application

Ground Pressure and Surface Damage: The Real Issue on Canadian Job Sites

Canadian operators deal with a surface damage problem that's less common in drier climates: the combination of wet spring ground plus customer expectations for minimal disturbance. A wheeled skid steer with standard multi-bar tires exerts 35–45 psi of ground pressure on a typical footprint. Prairie clay after spring thaw has a bearing capacity of 15–25 psi in wet conditions. The math isn't complicated — you're going to sink, spin, and rut.

This is the single biggest driver of OTT track adoption in Canada. BC, Ontario, and the Atlantic provinces all have significant landscaping markets where post-spring cleanup jobs require machine access on soft residential turf. A contractor who shows up with a wheeled machine and tears up a lawn they just installed will lose the client. One who shows up with OTT tracks will not.

The cost to put rubber OTT tracks on an existing skid steer runs $4,000–8,000 CAD depending on machine size and track manufacturer. A purpose-built compact track loader is $80,000–120,000 new. Many contractors in Canada do the math and buy OTT tracks as an accessory rather than purchasing a second machine. It's not the same as a CTL — the CTL has purpose-designed undercarriage and handles soft ground better overall — but the cost difference is substantial.

Tire Sizing and Compatibility

Skid steer tires are sized in two systems — older machines use imperial sizing (10×16.5, 12×16.5), newer machines often specify metric or series-width. The key compatibility spec is the rim size — most skid steers in Canada run either a 16.5" rim diameter or a 15" rim diameter depending on brand and machine class.

Don't mix tire sizes between axles. Running different tire diameters on the same machine throws off speed differential between the axle pairs and accelerates chain case wear. This shows up in forum discussions regularly — someone buys two used tires that "look the same" and doesn't realize one is a 10×16.5 and one is a 12×16.5. Measure before purchasing used tires.

Used Tires: Worth Buying or Not?

Skid steer tires show up on Kijiji and Facebook Marketplace regularly in Canada. The deal quality varies dramatically. What to look for:

• Tread depth remaining. A new multi-bar tire has about 1.5–2 inches of tread. Below 0.75 inches, traction in soft conditions deteriorates rapidly. Measure with a coin or depth gauge before buying.
• Sidewall condition. Cracks, bulges, or cuts in the sidewall are disqualifying. Sidewall failures in skid steer work happen fast and hard — often with a sudden lean that leaves the machine sitting on the rim.
• Bead seat condition. The bead seat is where the tire seals against the rim. Any deformation or rust on the rim bead seat means you'll fight sealing the tire and may never get a proper seal.
• Foam-fill status. A foam-filled tire is hard as a rock when you press on it. Confirm whether a used tire is foam-filled before buying — it affects weight calculations and you can't reflate it.