Inland Paving is Riverside's best choice for creating custom paver walkways, sidewalks, driveways, BBQ areas, and patios. We are a family-owned and -operated, local paving company with more than 40 years of concrete, brick, and stone paver installation experience. Our pavers are installed by highly experienced, dependable crews throughout Murrieta, Menifee, Temecula, and Riverside who know how to apply the industry's best practices to achieve attractive, long-lasting walkways, sidewalks, driveways, BBQ areas, and patios. All work is completed in a timely manner, backed by a five-year warranty, and available at competitive rates.
We have both natural stone and locally manufactured pavers in a wide array of modern, rustic, and Old World styles. Options include square, rectangle, hexagon, and clipped corner shapes; natural, khaki, sage, caramel, beige, terracotta, green, and off-white colors; and smooth and natural textures. You can also choose from 20 visually-pleasing patterns, such as 90-degree or 45-degree herringbone. Our pavers range in price from $1 to $10 per square foot and are always laid by hand in a professionally packed and leveled sand base.
If you are interested in installing pavers on your Riverside property, call us today to schedule a free, on-site consultation. We'll review design options and help you choose the best pavers for your budget, aesthetic preferences, and goals. We're an authorized dealer for many local concrete, brick, and stone paver manufacturers, and can also order a specific brand of paver upon request.
"May I take this moment to give a rare recommendation not normally earned in today's work place. It was our pleasure to have hired you and your asphalt crew to do our commercial parking lot. This as you know was not a simple job due to the large down sloping ramp into our below ground parking lot. I am please to say that tis challenge was optimally met by crew and equipment. I am additional please that the project was completed in a timely manner and using full estimated material and thickness" . . .