With our gravel calculator, you can do it by multiplying the volume of purchased gravel or its weight by the price of one cubic yard or the price of one ton (other units of weight or volume are also available). Can you afford such an expense? Maybe you could save some money by reducing the thickness? To know that, you need to calculate the total cost. You just need to multiply it by the volume of your gravel layer.Īnd last but not least – money. Change of density is available in Advanced mode. As we have already mentioned, we have set a default density of gravel for you but feel free to change it according to your needs. It would be nice to know that your truck or trailer will endure the burden of your purchase. Knowledge about the weight of the cargo may come in handy when it comes to transportation. The last things to assess are the estimated weight of the required gravel and its cost. We have to sum up these four different areas to get the area of the whole yard. Sector 1 has the length of 10 y d 10\ \mathrm 6 y d 2. Now, we have to measure the length and width of each sector: They will sparkle in the sunlight, making sure that your yard will stand out from its surroundings!įirst, we need to divide the pea gravel path into four rectangles: 1, 2, 3, and 4. And, if you want to stun your neighborhood – marble chips will do the trick. An interesting choice might be Jersey Shore gravel with its yellowish, golden-like color. 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. Darker colors will retain more heat and raise the temperature of gravel, so it will dry more easily. Examples of angular types of gravel are decomposed granite, lava rock, and quartzite.Ĭolor – 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. This is thanks to particular rocks locking into one another. Although not as comfortable to walk on (if someone falls, they might even get hurt!), it holds together more effectively. The other option is to choose an angular type of gravel. The owner of a pea gravel path has to get used to raking and refilling gravel from time to time. It can shift under pressure, creating footprints or trails behind your car. However, pea gravel also has its downsides. It will be not only pleasant for the feet of your children (because of its smoothness) but also attractive to the eyes of you and your neighbors. We can go for pea gravel that consists of smooth, round, naturally-weathered stones. Shape – we will talk about shape in terms of the topmost layer of our gravel path. 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. We can add sand or dirt to this basal layer 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. Normally, we would like our gravel path to consist of 2 or 3 different layers of gravel. Of course, different sizes serve different purposes. We can find some with rock fragments 4 inches (about 10 cm) in diameter and others with a particle the size of your fingernail. We can differentiate various types of gravel on the basis of the following: If you are going to use sand instead of gravel, try our paver sand calculator.Ĭrushed stone is another alternative that you can use. Our gravel calculator will display this value for you. The volume of gravel required is equal to the volume of excavation. Multiply the area and depth of the excavation to obtain its volume in cubic yards: 18 × 2 = 36 yd³. We've got calculators to help you find the areas of many geometric figures like triangles or pentagons: search for the shape plus "area".ĭetermine the depth of the excavation. You can also type the area of the excavation directly into the gravel estimator if you choose to excavate a more sophisticated shape. In our example, the excavation length is l = 6 yd, and the width is b = 3 yd.Ĭalculate the area of the excavation, multiplying the length and width together. It is equal to the volume of an excavation, and you can do it in the following way:ĭetermine the length and width of a cuboidal excavation. Step one is establishing the volume of gravel needed.
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