Steel track shoes scar finished concrete and asphalt, and on urban jobs the surface is part of the contract. Street shoes, rubber pads, and surface-care routines protect the ground the machine is paid to maintain, and the right choice depends on the machine's mix of work. For a Quebec municipal contractor, the surface-protection system is as important as the undercarriage parts themselves.
Related reading: for rubber pad systems, see our rubber pad guide, and for shoe types, see our track shoe types guide.
This page is the municipal surface-protection strategy; the pad guide below carries the product-level types and installation detail.
What Paving Work Does to Steel Shoes
Steel shoes turn on fresh concrete and asphalt with the machine's full weight, and the turning action gouges and chips the surface. The damage shows as scars on straight runs and deep marks on turns.
The repair cost of a gouged sidewalk or a marked lot is usually many times the cost of the protection. That asymmetry is why surface protection is a standard line item on urban jobs rather than an option.
The damage is worst at the moment of the pour: fresh concrete has no strength for the first days, and a steel shoe crossing it leaves a permanent mark that re-pouring alone can fix. That window is why the machine's protection has to be fitted before the pour starts, not after the first scar appears.
Choosing the Surface-Protection System for the Machine's Job Mix
The protection choice starts with the machine's job mix, not the pad catalogue: a machine that works mostly on hard surfaces can run street shoes full time, while a machine that switches between paving and off-road work needs a reversible system that returns to steel quickly.
For the pad types, bolt patterns, and installation torque, see our rubber pad guide — this article focuses on the site-level strategy: which machines get protection, when the changeover happens, and how the surface clause drives the decision.
Choosing Between Pads and Street Shoes
Street shoes are steel shoes with a wider, flatter profile designed for hard surfaces, while pads add a rubber layer to a standard shoe. The table below compares the two routes on the factors that matter to an urban operator.
| Factor | Street shoes | Rubber pads |
|---|---|---|
| Surface protection | Moderate | High |
| Off-road capability | Better than pads | Reduced |
| Reversibility | Change the shoe set | Bolt on and off |
| Wear and replacement | Steel wear | Rubber wear, replaceable segments |
The choice usually comes down to the machine's job mix: a machine that works mostly on hard surfaces can run street shoes full time, while a machine that switches between paving and off-road work needs the reversible pad system. The bolt pattern and the approved options for the machine class set the boundary for either route.
The changeover plan is part of the choice: pads bolt on and off at the yard, while a street-shoe change means handling a second shoe set. For a shop with limited space, the reversible pad system is often the practical route even when the street shoe looks cheaper on paper.
Changeover and Maintenance Planning for the Pad System on Site
The changeover is the operational side of surface protection: pads bolt on before surface work and come off before off-road work, and the switch is planned at the yard, not the site. Keep the changeover parts — hardware and clean mounting faces — ready with the machine.
Inspect the pad system for tears, separation, and bolt loosening at every service, and replace worn segments before they affect the shoe. For the torque and re-torque details, follow the pad guide at rubber pad guide; the routine here is what keeps the system economical across the season.
Protecting Surfaces While Keeping Traction
Surface protection and traction trade against each other: pads grip predictably on hard surfaces but slip on soft ground, while steel shoes bite in dirt but mark concrete. The machine's job mix decides the balance.
For a machine that crosses between municipal lots and soft sites, the plan is a reversible system and a switch routine: pads on for surface work, steel back on before off-road. Plan the switch at the yard, not the site.
Cost and Payback of Surface Protection on Urban Jobs
The cost comparison is simple: pads and street shoes cost money and wear, while a re-pour or a re-pave costs many times more. On a job with a surface-damage clause, the protection pays for itself in the first contract.
The payback calculation belongs in the bid: pad cost, replacement cost, and the surface-repair risk for the job. When the numbers are written down, the protection is usually the cheapest line that protects the largest one.
The calculation should also include the schedule risk: a surface repair stops the job while the concrete is re-poured and cured, which costs days on top of the material. For a contractor with a tight municipal schedule, the protection is insurance for the calendar as much as for the surface.
See the Track Shoe collection and the Bolt & Nut collection for your machine.
Conclusion
Concrete and asphalt work pays for surface protection: street shoes or rubber pads matched to the machine, installed with the correct torque, and maintained on a schedule. Price the protection into the bid, and the surface stays part of the contract instead of the repair list.
Questions to Ask Before You Order
- Which pad type or street shoe fits my bolt pattern and machine class?
- What torque and re-torque schedule applies to the pads?
- Is the system reversible for off-road work?
Frequently Asked Questions
Are street shoes better than rubber pads?
It depends on the job mix: street shoes keep more off-road capability, while pads give stronger surface protection. Match the system to the machine's dominant work.
How long do rubber pads last on municipal work?
Life depends on surface and use, and wear shows as tears and separation. Inspect at every service and replace segments as they wear.
Can I run pads and steel shoes on the same machine?
Yes, with a reversible bolt-on system. Plan the switch at the yard so the machine arrives at the site with the right set fitted.