Before & After Photos

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Leland, MI Crawl Space with Sagging Floor

We received a call from a homeowner in Leland, MI that had some sagging floors. We drove to their property so that we could help. After looking at their home we found the root of the issue, their crawlspace. They had no support for the floor above it, so it began to sag. We then installed our SmartJack system. 

The SmartJack is a support system used to stabilize and level the floor joists in a crawl space. This system can support up to 60,000 pounds. The SmartJack system is placed on strong concrete fillings that have replaced the soil in that small location underneath the SmartJack. Now, this homeowner will never have to worry about unsafe saggy floors ever again.

Stabilized Leland, MI Crawl Space

Our friends Tom and his daughter Julie from Leland, MI found themselves facing a foundation support issue and they knew that they would eventually need to seek help from trusted experts. That’s why they called us when they realized the sagging beams in their crawlspace needed more support than their homemade braces could give. Upon diagnosing their needs, we installed four Smart Jacks and a new support beam to stabilize their home. The Smart Jack is a supplemental support system for crawl space applications. The Smart Jack effectively supports sagging beams and floor joists caused by, a length of span greater than spanning capability, floor load increased after construction, exceeding design values, and weakening over time due to high moisture and rot. With this innovative stability solution in place, Julie can rest assured that her dad’s home will forever be supported.

SmartJacks Address Failing Support Structures in Hersey, MI Crawl Space

Jeff was looking to get better support structure posts in his crawl space to help support his home better, so he called up Ayers. After we conducted a free inspection at his home to pinpoint the best solution, it was decided he could use SmartJacks. This is a supplemental support system built for crawl space applications and made of steel columns that will support her failing support structures. This will lift the home back to its original position and ensure the home's weight is supported and stabilized. This also consists of a sturdy base installed in the ground and attached are these strong, steel columns that extend to maximize support. Jeff was glad he got a professional fix that will keep his home and family safe!

SmartJacks Support Lake Odessa, MI Crawl Space

When our customer called wishing to install a sump pump in her crawl space to escape the endless cycle of the water softener draining into the space and causing problems, we didn't know that we would come across much worse problems.

Supports such as the ones shown in the "before" picture are unreliable and can be dangerous. When coupled with a moisture problem, the crawl space can wreak havoc on the floor of the home above the crawl space.

We replaced the unstable supports with the SmartJack assembly, which provides support and reinforcement to beams and the home's floor.

PowerBrace Beams Save a Tustin, MI Collapsing Wall

These Tustin, MI customers noticed several different cracks running along on their basement walls, like the large horizontal one in the before picture. After examining it closer, they came to the conclusion that the wall was actually caving in. Our system design specialist went out for a visit and came to the same conclusion. The inward movement of walls like this is called bowing. It’s caused by expanding soil putting added pressure on the foundation and can mean disaster for the structure of homes.

The after photo shows our solution to the problem, the PowerBrace System. PowerBrace beams halt the inward motion by transferring the support of the above floor joists above from the foundation walls to the beams. The beams span the height of the wall, so the wall can no longer bend inwards. As you can see, the beams are placed into portions of excavated foundation floor and attached to the floor joists above with a special tightening bolt for stabilization (Note: before the job was completed, concrete was poured back into the excavated parts of the floor). Not only will this wall stop bowing inwards, given enough time, it may even return to its original position.