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We recommend plywood and solid wood. Particleboard and MDF (medium-density fiberboard) are often too weak to hold significant loads, and could sag or deform under pressure. Plywood or solid wood are meant to last, and can handle the weight of several large items. If you want to spend a little more for a moisture-resistant material, you can consider using steel.

The lifespan of garage door springs depends on the type and quality of the springs, the physical environment, and the level of use. In general, properly installed and maintained springs open and close a garage door around 10,000 times . That equates to around seven years if you open and close the door about four times a day. If you use your garage door more frequently, live in a very cold or humid environment that promotes corrosion or rust, or have a very heavy door, your springs may wear out faster and require replacing sooner.

If you open your garage manually, you don’t need sensors. If you have an automatic garage door opener, sensors are required by law. The federal law UL 325 mandates that all residential garage door openers in the U.S. must include sensors. Designed to prevent accidents and reduce the risk of entrapment, the sensors should be able to reverse the motion of the garage door within two seconds of detecting an obstruction. The sensors are there to keep you, your family, and your belongings safe from a door that might otherwise come down too hard or too fast.

Having a garage installed certainly adds to the value of your home. The consideration is not whether it adds value, but for many, they want to know if adding a garage yields a return on their investment or ROI. While garages can add anywhere from 5% to 20% of the total value of your property, that doesn’t mean that they return 5% to 20% of the money invested in building them. Most homeowners build garages for a purpose but know that you can recover your investment when you sell or refinance.