# Why Are My Front Steps Pulling Away From the House? > Front steps that sink and pull away from the house are often a soil problem. Learn why it happens and when Epp can lift them with polyurethane foam. _Dave Epp · 2026-10-21_ --- A gap between the front steps and the house often develops slowly. The joint near the door may look wider than it used to, the top step may sit lower than the threshold, or the steps may begin to lean slightly toward the yard. In many cases, the concrete itself is still sound. The problem is the soil beneath it. When that soil settles or washes away, the steps lose support and begin to drop. ## What Causes Front Steps to Pull Away From the House? Concrete front steps rest on soil, and that soil has to stay stable enough to support their weight. In many homes, soil adjacent to the foundation was disturbed or used as fill during construction. When not compacted thoroughly, this backfill naturally continues to settle over time. Water can make the problem worse. Rain, downspout runoff, and melting snow can saturate the soil around the steps or wash some of it away. In winter, repeated freezing and thawing can shift the ground. Clay soil can also expand when wet and shrink during dry periods. Trees and shrubs planted close to the steps may contribute as well. During dry weather, roots can pull moisture from the surrounding soil, which may cause part of the ground to shrink and settle. ## Why Do Front Steps Tilt Away From the House? Steps do not always settle evenly. The outer edge usually receives more rain and runoff than the side closest to the house. If the soil beneath that edge settles faster, the steps can begin to tilt toward the yard. As the steps move, the joint between the concrete and the house can open. Water may then run into the gap, softening or washing away more soil beneath the steps. Over time, that can worsen the movement. ## Is a Gap Between the Steps and the House a Foundation Problem? Not necessarily. Front steps are often separate from the home’s foundation, so the soil beneath the steps can settle while the house itself remains stable. However, movement at the steps should not automatically be assumed to be isolated. If the porch is separating from the house, the foundation is moving, or you see other warning signs inside the home, the cause may be more complicated. New interior cracks, uneven floors, or other [[sign:foundation-repair/sinking-foundation|signs of a sinking foundation]] can help indicate whether the problem extends beyond the steps. An inspection is the best way to determine what is moving and why. ## Can Sinking Front Steps Be Lifted Back Into Place? Often, yes. If the concrete is still intact and the problem is settled soil beneath the steps, the steps may be able to be lifted without being torn out and replaced. One common method is polyurethane foam injection. Small holes are drilled through the concrete, and liquid polyurethane is injected into the empty spaces beneath it. The material expands into foam, fills the voids, and can gently raise the concrete as it expands. Once the lift is complete, the injection holes are patched. For front steps, the goal is usually to bring the top step back closer to the door threshold while maintaining enough slope for water to drain away from the house. The amount of lift that can be achieved depends on the condition of the concrete and the soil beneath it. More information about the process is available on the [[service:concrete-leveling/stair-steps-leveling|leveling settled concrete steps]] page. ## Is Mudjacking the Same as Foam Injection? No. Both methods lift settled concrete, but they use different materials. Mudjacking pumps a mixture of cement, sand, and water beneath the concrete. Polyurethane foam injection uses a much lighter expanding material. Because polyurethane foam is lightweight, it adds relatively little additional load to soil that has already settled. It is also injected through smaller holes and cures quickly. The [[solution:concrete-leveling/mudjacking|mudjacking and foam comparison]] page explains the differences in more detail, while the [[solution:concrete-leveling/polyurethane-foam-injection|polyurethane foam injection page]] explains how lifting with foam works. ## When Are Front Steps Too Damaged to Lift? Concrete lifting works best when the steps are still structurally sound. Lifting may not be the right repair when: - A step or riser is cracked all the way through. - A step's edge has severe deterioration or material loss. - The porch or steps are failing where they connect to the home. - The movement is related to a larger foundation problem. Minor surface flaking or hairline cracks do not always prevent lifting, but more serious damage may require replacement instead. An inspection can determine whether the steps are sound enough to lift or whether replacement would be the better option. ## What Else Should You Know Before Steps Are Lifted? Concrete lifting corrects the loss of support beneath the steps, but it does not necessarily address every nearby issue. Handrails, surface coatings, and other attached features may require separate work. If a sidewalk or driveway next to the steps has also settled, those areas may sometimes be lifted during the same project. It is also worth checking where roof runoff and downspouts discharge. If water repeatedly collects beside the steps, improving drainage may reduce the chance of future settlement. Warranty coverage for concrete lifting varies by contractor and repair method, so review the terms before work begins. ## When Should You Have Your Front Steps Inspected? An inspection is worth considering when: - the top step has dropped noticeably below the threshold, - the steps are tilting toward the yard, - a gap between the steps and the house is getting wider, - or uneven step heights have created a [[sign:concrete-leveling/tripping-hazards|tripping hazard at the entry]]. At Epp Foundation Repair, we inspect the concrete, look at the surrounding conditions, and determine whether lifting or replacement makes more sense. If lifting is appropriate, we use polyurethane foam injection to raise and stabilize settled concrete. Our inspections are free, and you can [[page:contact|request a free inspection]] online or by phone.