Hot-tire pickup happens when a hot tire (from summer driving on DFW asphalt) softens standard epoxy just enough for the tire to lift and tear the coating as the car is parked or turned. It’s a known weak point of standard epoxy, not a sign of bad installation. Polyaspartic and polyurea topcoats resist it far better because of their higher heat tolerance.
Asphalt and concrete surfaces routinely exceed 140°F in DFW summer heat, and tires absorb that heat during a drive. Rolling that hot tire onto a standard epoxy coating and then turning the wheel while parking creates a shearing force strong enough to lift the coating’s surface layer — especially in high-turn spots like where you swing into a parking position.
Upgrade to a heat-resistant coating system.
| System | Hot-Tire Resistance |
|---|---|
| Standard Epoxy | Moderate — can show marks |
| Chip-Flake Epoxy | Better — texture distributes stress |
| Polyaspartic Topcoat | Excellent |
An Arlington homeowner noticed faint tire-shaped marks near where they always parked their truck after summer drives. We recommended a polyaspartic topcoat over their existing epoxy specifically to resist this — no full floor replacement needed.

Faint hot-tire marks usually don’t mean the whole floor failed — they’re a surface-level cosmetic issue on standard epoxy. A polyaspartic topcoat can often be applied over the existing floor to both fix the look and prevent it going forward, which is more affordable than a full tear-out.
See real results from DFW garages upgraded with a topcoat.
FAQ — Hot-Tire Pickup
Answer a few questions and see your price for a polyaspartic topcoat or full system — plus 10% off when you submit.
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