Hi! :wave: I just wanted to update you on my hurricane recovery efforts. As you may recall from a previous post, I have replaced my roof and my privacy fence. As part of the repairs, I am attempting to make my house stronger to resist high hurricane force winds. For example, when I replaced the privacy fence, I used 10 foot 4x4 posts rather than the standard 8 foot 4x4's. That gives me 2 more feet of post in the ground plus I used a double "deadman" system with ample concrete to secure the posts. In short, these posts will survive! On the roof I decided to manually seal all the shingles. I'm still working on that project and expect it to take several more weeks (or months) before I'm finished. However, once sealed, the shingles will be able to withstand 140 mph wind loads.
My most recent recovery effort has been my garage door. The old door was flexed and battered way out of shape by Ivan. It did not give way (as did many others in my neighborhood) but it needed to be replaced. In the interest of safety, I decided to buy a high end door certified to withstand a 140 mph wind load and have the tracks replaced as well. Hurricane force winds exert tremendous positive and negative forces on a garage door, causing it to flex inward and outward. If either the garage door or its tracks give way, the exterior envelope of your home will be compromised, allowing the full fury of the hurricane to attack your roof and walls.
The crew came out and installed the door. It took them about three hours since I had requested extra track braces to be installed. The crew left and I test the door. It worked flawlessly! However, being the curious type, I decided to remove one of the lag bolts holding the track to the wall. It was a 5/16" lag bolt, but it was only 1 5/8" long (way too short)! In a hurricane these lag bolts would have blown right out because they only penetrated the door trim and the drywall. I would have had a major failure and hurricane force winds in my home. This is the kind of thing that hides unnoted yet seems to work well. The lag bolts were just fine for holding the braces under normal conditions and would have lasted the life of the system, but would have failed during a storm.
So, today I went down to the hardware store and bought a dozen 3" (5/16") lag bolts and washers and installed them in place of the 1 5/8" lag bolts. The new 3 inch lag bolts now penetrate beyond the trim and drywall and 1 1/2 " into the jack studs! Now I can say with confidence that this garage door will not fail during the next hurricane.
What is really bad is that the Florida Building Code allows the use 1 5/8" long lag bolts for securing garage door tracks to walls! For those of you that live in hurricane prone areas, check your garage door track lag bolt mounts!