Landscape Rock Calculator
Whether you're planning a small backyard renovation or a large-scale landscaping endeavor, it can be challenging to know the rock volume needed for your project. Our calculator provides the convenience and precision you need to ensure you order the right amount of material, saving you time, money, and effort. Simply input your project details and let our calculator do the rest, giving you confidence in your material estimation process and helping you save time and money.
If you have more questions, contact our expert team at Stone Center for personalized help.
Calculating the amount of landscaping rock needed for your project area is made simple with our Landscape Rock Calculator. Follow these steps to accurately determine how much material is required:
Here's the formula to calculate the total amount of landscaping rock needed:
Total Landscaping Rock Needed (in cubic yards) = (Length (in feet) x Width (in feet) x Depth (in feet)) / 27
This formula takes the length, width, and depth measurements in feet and calculates the volume of rock needed in cubic yards. Dividing by 27 converts the volume from cubic feet to cubic yards, as there are 27 cubic feet in one cubic yard.
Let's say you have a rectangular patio area in your backyard that measures 20 feet in length and 15 feet in width. You want to create a rock layer with a depth of 2 inches. How much rock will you need? Here's a rectangular calculations length.
Note: Remember to convert the depth from inches to feet (divide by 12) before using the formula.
Total Landscaping Rock Needed = (300 square feet x (2 inches / 12 feet)) / 27 Total Landscaping Rock Needed ≈ 2.78 cubic yards
Based on this calculation, you would require approximately 2.78 cubic yards of landscaping rock to cover the rectangular patio area with a depth of 2 inches.
You have a triangular garden bed in your front yard with a base width of 12 feet and a height of 8 feet. You want to create a rock layer with a depth of 3 inches.
Note: Remember to convert the depth from inches to feet (divide by 12) before using the formula.
Total Landscaping Rock Needed = (48 square feet x (3 inches / 12 feet)) / 27 Total Landscaping Rock Needed ≈ 0.33 cubic yards
Based on this calculation, you'd require approximately 0.33 cubic yards of landscaping rock to cover the triangular garden bed with a depth of 3 inches.
You have a circular flower bed in your backyard with a diameter of 10 feet. You want to create a rock layer with a depth of 4 inches.
Note: Remember to convert the depth from inches to feet (divide by 12) before using the formula.
Total Landscaping Rock Needed = (78.5 square feet x (4 inches / 12 feet)) / 27 Total Landscaping Rock Needed ≈ 0.77 cubic yards.
Based on this calculation, the project requires approximately 0.77 cubic yards of landscaping rock to cover the circular flower bed with a depth of 4 inches.
To determine how much landscaping rock you'll need, it's important to consider the weight of the material per cubic yard. Here are some common landscaping rock materials and their approximate* weight range:
*Please note that the weights provided are approximate and can vary depending on factors such as moisture content and compaction. It's always recommended to consult with your supplier or refer to a reliable material weight reference for accurate estimations specific to the material and source you're using.
Use this formula to calculate how much gravel and landscaping rocks you need:
Tons = Cubic Yards * Weight per Cubic Yard
Example:
For example, let's say you have calculated that you need 3 cubic yards of a specific material, and you know that the weight per cubic yard of that material is 1.5 tons. The calculation would be:
Tons = 3 cubic yards * 1.5 tons per cubic yard tons = 4.5 tons
Following these recommended depths will help ensure the stability, functionality, and visual appeal of your landscaping projects. Of course, adjustments may be needed based on specific project requirements or local guidelines, so you'll want to consult with professionals or local resources to help you figure out precise recommendations.