Gravel Calculator - Calc
Rock, Pea Gravel, Stone,…
About
Easily estimate the materials needed for earthworks projects. Calculate gravel, rock, and stone quantities by volume or weight, with support for diverse units of measurement. Get a clear estimate of total material costs for your project.
What's New in Gravel Calculator
1.2.2
May 25, 2026
Bug fixes and performance improvements
In-App Purchases
$1.99
Remove ads
Remove ads and supporting our development.
Developer apps
FAQ
What is Gravel Calculator used for?
Gravel Calculator helps you estimate the amount of materials like gravel, rock, and pea gravel needed for earthworks. It calculates quantities by volume or weight and provides a total cost estimate for your project.
Does Gravel Calculator support different units?
Yes, Gravel Calculator offers diverse unit support for length (m, cm, yd, ft, in), weight (g, kg, t, oz, lb), and volume (cm3, dm3, m3, cu ft, cu in, cu yd).
Is Gravel Calculator free to use?
Gravel Calculator is free to download and use. It also includes in-app purchases, which may offer additional features or remove advertisements.
Does Gravel Calculator have ads?
Yes, Gravel Calculator contains advertisements to support its development and free availability.
What devices can I use Gravel Calculator on?
Gravel Calculator is available for iPhone, iPad, and iPod devices, making it accessible for a wide range of Apple users.
How often is Gravel Calculator updated?
The latest version, 1.2.2, was released on May 25, 2026. While this indicates a recent update, the frequency of future updates is not specified but suggests ongoing support.
What is the age rating for Gravel Calculator?
Gravel Calculator has an age rating of 4+, making it suitable for users of all ages to download and utilize for their project needs.
How accurate are the calculations in Gravel Calculator?
The app is designed to provide estimates for material requirements based on user-inputted parameters for area and volume. While it aims for accuracy, actual material needs can vary based on site conditions and compaction.
