Asphalt Repair in Traverse City, MI for Driveways, Parking Lots & Private Roads

👉 Asphalt Parking Lot & Driveway Pothole Repair

Potholes are one of the most common signs of asphalt failure in Northern Michigan. They often begin when water enters cracks, weakens the base below the asphalt, and the surface collapses under traffic. We repair potholes by removing unstable material, rebuilding the base if needed, and installing properly compacted new asphalt.

👉 Asphalt Alligator Cracking and Spider Cracking Repair

Alligator cracking, sometimes called spider cracking, is a pattern of interconnected cracks that usually points to deeper pavement stress or a failing base. These areas often need more than a surface fix. We evaluate the extent of the damage and recommend either full-depth repair or infrared asphalt repair, depending on the condition of the surrounding pavement.

👉 Sunken Spots and Depressions in Asphalt

Low areas and sunken spots can hold water, accelerate wear, and create ongoing drainage problems. If the base has shifted, washed out, or weakened over time, the surface may need to be cut out, rebuilt, and replaced so the area drains and performs correctly.

👉 Asphalt Edge Crumbing and Surface Breakdown

When asphalt edges begin to break down, the pavement becomes more vulnerable to water intrusion and continued unraveling. Edge deterioration is common on driveways and lanes where the sides are exposed to weather, runoff, and traffic pressure. Repairing it early helps preserve the rest of the surface.

👉 Failed Asphalt Patches

Not all asphalt repairs are created equal. If a previous patch was not properly cut, rebuilt, compacted, or sealed, it may fail prematurely. We remove weak repairs and install a better long-term solution using sound repair methods and proper compaction.

The 45th Parellel's Freeze and Thaw Cycles

Northern Michigan weather is hard on asphalt. Water enters cracks, freezes, expands, and places pressure on the pavement. As this cycle repeats, small defects become larger cracks, potholes, and surface failures.

Water Intrusion

Water is one of the biggest enemies of asphalt. Once it gets through the surface, it can saturate and weaken the sub-base. When the support below the asphalt fails, the pavement above it eventually sinks, cracks, or breaks apart.

UV Exposure and Oxidation

Sunlight slowly dries out asphalt over time. As the surface oxidizes, it becomes more brittle and more likely to crack. Those cracks then allow moisture to get in and continue the damage.

Traffic Wear and Load Stress

Vehicle traffic, turning movements, parked weight, and repeated use all contribute to asphalt wear. Commercial lots, dumpster pads, entrances, and tight turning areas often break down faster than the rest of the pavement.

Age, Thin Pavement, and Poor Drainage

Older asphalt, thin pavement sections, and drainage issues can all speed up deterioration. If water is not moving away from the surface, or if the asphalt is already near the end of its life, repairs need to be carefully matched to the condition of the pavement.

Why Timely Asphalt Repair Saves Money

Small asphalt problems tend to grow. A crack becomes a pothole. A pothole turns into a larger failed section. Water reaches the base, traffic makes the damage worse, and repair costs rise.

Timely Asphalt Repair Helps:
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👉 Reduce safety hazards for vehicles and pedestrians
👉 Improve the appearance of your property
👉 Limit water infiltration and ongoing deterioration
👉 Avoid more expensive repairs or premature replacement
👉 Keep driveways and parking lots usable and accessible

For both residential and commercial properties, early action is one of the smartest ways to protect pavement value.

Quick Answer: Infrared Repair vs. Removal and Replacement

Infrared asphalt repair is best for:

✅ Newer asphalt, usually 1 to 3 years old
✅ Minor surface corrections
✅ Areas without deep cracking or base failure
✅ Thick commercial pavement where only the top surface needs repair
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Cut and patch repair is best for:

✅ Asphalt more than 3 years old
✅ Cracked, brittle, or oxidized pavement
✅ Residential driveways with thin asphalt
✅ Soft spots, failed sub-base, sinkage, or drainage-related damage
✅ Catch basin and drain repairs
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If the asphalt is older, thinner, or structurally failing, removal and replacement is usually the better long-term investment.

What Is Infrared Asphalt Repair?

Infrared asphalt repair is a process that uses heat to soften existing asphalt so it can be reworked, blended, and restored. The goal is to create a repair that looks more seamless than a traditional saw-cut patch.

This method can be effective in the right conditions because it allows contractors to heat the surface, loosen the material, add new hot mix if needed, and compact the area back into place. It is often used when speed, minimal disruption, and surface-level correction are the priorities.

However, infrared repair is only as good as the material being reheated. If the existing asphalt is too old, too dry, or sitting on a failed base, heating the surface will not solve the real problem.

The 3-Year Rule for Infrared Asphalt Repair

As a general rule, infrared repair works best on asphalt that is 1 to 3 years old.

Newer asphalt still contains more of the original oils and binders that help the material soften, remix, and bond properly during the heating process. When asphalt is still relatively fresh, infrared repair can create a cleaner, faster repair for minor problem areas.

Once asphalt gets older, oxidation begins to take over. The pavement loses flexibility, becomes more brittle, and does not respond as well to reheating. That is why infrared is often overused on surfaces where it should not be.

For asphalt older than 3 years, especially in harsh climates like Northern Michigan, cut and patch repair is often the more reliable choice.

Why Infrared Repair Often Fails on Older Asphalt

Older asphalt loses the oils and binding properties that make thermal repair effective. Reheating worn-out pavement does not truly restore the structure of the material.

A simple way to think about it is this:
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‍trying to revive old, oxidized asphalt with heat is like trying to revive a dead battery. The material may soften temporarily, but that does not mean it regains the strength and flexibility it once had.

Even when rejuvenators are added, the old and new material often do not blend deeply enough to create a durable, lasting bond. That can lead to:

❌ Premature cracking
❌ Progressive deterioration
❌ Sinking Edge separation
❌ Failure within months instead of years

For asphalt that is cracked, brittle, or deteriorated, removing the failed section and installing new hot-mix asphalt is the better repair strategy.

Why Residential Driveways Usually Need Cut and Patch Repair

Most residential driveways in Northern Michigan are only 2 to 3 inches thick. That limited depth is a major reason infrared repair is often the wrong choice for residential asphalt.

During an infrared repair, the heated asphalt must be raked and mixed. On a thin driveway, that process can easily disturb the gravel base underneath. Once stone and sub-base material get pulled into the asphalt patch, the integrity of the repair drops fast.

That usually leads to problems like:

❌ Loose material
❌ Uneven compaction
❌ Sinking patches
❌ Surface deterioration
❌ Short repair life

For residential asphalt repairs, removal and replacement is usually the safest and most dependable method because it allows the damaged asphalt to be fully removed, the base to be checked, and new material to be installed correctly.

Why Cut and Patch Repair Is the Better Long-Term Fix

Cut and patch asphalt repair, also called removal and replacement, is the process of saw-cutting the failed pavement, removing the damaged asphalt, repairing the base if needed, and installing fresh hot-mix asphalt.

This method is often the better choice because it addresses more than just the surface. It allows contractors to fix the actual failed section rather than reheating material that is already worn out.

Benefits of cut and patch repair include:

✅ Stronger long-term performance
✅ Better repair of structural failures
✅ New asphalt material instead of reheated, oxidized pavement
✅ Ability to inspect and correct the base below
✅ Better results around drains, edges, and high-stress areas

When durability matters, cut and patch repair is usually the repair that stands the test of time.

When Infrared Asphalt Repair Makes Sense

Infrared does have a place in asphalt repair when the conditions are right.

The best use cases for infrared repair include:
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✅ Minor surface corrections on newer asphalt
✅ Surface imperfections on recently paved areas
✅ Thick commercial lots with adequate asphalt depth
✅ Repairs where faster return to traffic is important
✅ Non-structural issues that do not involve base failure

In commercial settings, especially on parking lots with 5 to 8 inches of asphalt depth, infrared can be a practical option. In these situations, the repair can focus on the upper layer without disturbing the deeper structural layers below.

For the right commercial application, infrared can provide:

👉 Less disruption
👉 Faster turnaround
👉 Minimal saw-cutting
👉 A more blended surface appearance