How much decorative rock do i need

How do I calculate how much landscape rock I need? Divide the desired depth for your landscape rock in inches by 12 to convert it to feet.

For instance, if you want the rock to be 2 inches deep, divide 2 by 12, which equals 0. Multiply the length by the width by the desired depth in feet for your landscape rock to find the number of cubic feet you will need. How many square feet will 20 tons of gravel cover? How much does a ton of stones cost? It takes 1. How much will a ton of rock cover? One 1 ton of river rock covers approximately a sq.

How much crushed rock do I need calculator? In the construction world, most materials are measured in cubic yards. Multiply the length L , in feet, by the width W , in feet, by the height H , in feet, and divide by This will tell you how many cubic yards of crushed stone you need. When using this equation, make sure all of your measurements are in feet. How many wheelbarrows are in a ton of rock? No project is too big or too small. We also deliver. MDI maintains a fleet of dump trucks and can deliver anywhere from across the street to across the country.

How wide is it in feet? Once you have those numbers, multiply them using the formula you learned in elementary school:. You may need some advice to determine how deep your stone coverage should be. Once you know the depth of decorative stone you want, in inches, use this other formula:. Once you have multiplied all three numbers, all you have to do is divide your result by to get the number of cubic yards of decorative stone you need for your project.

Take out your tape measure, and get the length and width of the fire pit, path or focal point you want to fill with decorative stone. Make sure your measurements are in feet, and then multiply them to get the area. Remember there are 12 inches in one foot. Multiply the previous result by the depth in inches you want to reach. Of course, different sizes serve different purposes.

Normally, we would like our gravel path to consist of 2 or 3 different layers of gravel. First, we can lay machine-crushed gravel of a larger size that will serve as a solid foundation for more aesthetic higher layers.

We can add sand or dirt to this basal layer of gravel. At higher levels we would like to have gravel of a smaller size that will fit into the holes between the stones of the foundation layer.

Shape — we will talk about shape in terms of the topmost layer of our gravel path. We can go for pea gravel that consists of smooth, round, naturally-weathered stones. It will not only be pleasant for the feet of your children because of its smoothness but also attractive to the eyes of you and your neighbors. However, pea gravel also has its downsides. It can shift under pressure, creating footprints or trails behind your car.

The owner of a pea gravel path has to get used to raking and refilling gravel from time to time. The other option is to choose an angular type of gravel. Although not as comfortable to walk on if someone falls they might even get hurt! This is thanks to particular rocks locking into one another. Examples of angular types of gravel are decomposed granite, lava rock, and quartzite. Color — this is an important attribute of landscape gravel, as it needs to fit your personal taste and the environment — the style in which your house and yard are designed.

Darker colors will retain more heat and raise the temperature of gravel so it will dry more easily. But watch out! It also might burn your feet on a sunny day! If you want your path to look natural, you should go for gray or light brown gravel. An interesting choice might be Jersey Shore gravel with its yellowish, golden-like color.

And, if you want to stun your neighborhood — marble chips will do the trick. They will sparkle in the sunlight, making sure that your yard will stand out from its surroundings!

Gravel estimator - how to calculate landscape gravel quantity? First, we need to divide the pea gravel path into four rectangles: 1, 2, 3, and 4.

Now, we have to measure the width and width of each sector: Sector 1 has the length of 10 yd and the width of 0. Sector 2: the area is equal to 4 yd multiplied by 0. Sector 3: the area is equal to 4 yd multiplied by 2.