Get matched with top patio pros in Ninnekah, OK

Yes, installing a patio will usually improve home value, as outdoor entertainment areas are usually quite desirable and make your home more visually appealing. A paver patio usually comes with an impressive ROI of around 80%, while concrete patios should fall between 60% and 70%. Paver patios are considered more desirable and valuable because most home buyers prefer how they look, and they won’t raise your property taxes as a permanent concrete patio would.

Most professionals will take two to three weeks to install a patio and return your yard to its previous condition. The timeline for your patio installation will depend on several factors, though, including landscaping features your installer needs to navigate around, the type of patio you’re having installed, and how long any add-ons, like outdoor kitchens, take to complete. The size of your patio will also play a role in how long it takes, so plan to keep pets and children out of your yard for longer if you’re installing an oversized patio.

The average cost of a paver patio is around $3,800 for a standard, 280-square-foot patio, but prices commonly range from $2,400 up to $7,000, depending on the size, the type of paver you choose, and any add-ons you opt for. The design and shape of your patio can also increase labor costs if your patio installer needs to cut curves in pavers or spend time arranging them in a specific pattern. Some additional costs to consider include site preparation and excavation, as well as additional materials, like concrete, crushed gravel, and drainage equipment.

Some types of patios—usually those that require a concrete foundation—will need permits, while others—like paver patios, which aren’t considered permanent additions—generally do not. However, there are exceptions based on the size of your patio and where you live. We recommend having a professional patio installer determine whether you need permits. Your installer will also be able to pull permits for you, saving you time and energy.