Best Earthwork Calculation Software

Save Time and Resources with Our Advanced Earthwork Calculation Software
Before knowing about earthwork calculation software, it is important to know about earthwork. It is a crucial aspect in the field of Civil Engineering. Understanding and quantifying the volume of earth material is fundamental for projects ranging from construction and landscaping to mining and infrastructure development. Here, we explore into the significance of earthwork estimation and the pivotal role that earthwork calculation software plays in streamlining this intricate process. We elaborate the data requirements, key methods, and benefits associated with best earthwork estimating software, shedding light on how AutoPlotter stands out as an exceptional tool in this domain.

What is earthwork calculation?

Earthworks calculation is utilised in Civil Engineering to quantify the volume of earth material, involving the calculation of earthwork excavation/cut and fill quantities during the planning or construction stages of a project. Cutting and filling for earthwork determine the quantity of earth material needed to be excavated or filled, either to level, to grade, or to elevate the ground to meet specific construction requirements. The cut and fill calculation play a crucial role in various civil and infrastructure projects.

Why use software for earthwork calculation?

Earthwork estimation is a multifaceted process. Depending on the project, the site may need leveling by cutting elevated areas or filling low-lying ones. Excavation might be required to remove loose soil strata or construct foundations. Earthwork calculation software streamlines this entire process by consolidating data in one platform, computing volume using appropriate methods, and providing necessary drawings and reports

Benefits of using earthwork software include:

Precision with earthwork quantity take-off
Accurate calculations for informed decision-making
Time and cost efficiency
Enhanced data consolidation and accessibility

What data is required for volume calculation?

The data required depends on the site condition and project requirements. For instance, if material needs to be stocked on a land surface up to a specific height or elevation, or excavation needs to be carried out up to a specific depth or RL, an initial survey should be conducted using appropriate surveying instruments. The choice of datum elevation determines whether the volume will be in cutting or filling concerning the existing ground surface.
Sometimes, periodic data is collected on a daily, weekly, monthly or yearly basis after a certain amount of cut or fill, contributing to the creation of multiple surfaces.

What are different methods used by earthwork volume calculation software?

Section-based: Cross sections are generated at regular intervals, and areas obtained from these cross sections are used in earthwork quantity takeoff. The Trapezoidal formula is commonly used, while some prefer Simpson’s rule.
DTM-based: A Digital Terrain Model is created based on survey data, and computation occurs between surfaces for earthwork estimation.
Grid-based: Grids of a given size (e.g., 5x5 or 10x10) are generated between the surfaces, and earthwork calculation is done based on the elevation difference at grid nodes.
Elevation-based: Volume is calculated for one surface between elevations specified by the user.

What is the most common method for calculating the volume of earthwork?

While the choice of the best method depends on several factors, the section-based method for earthwork quantity takeoff is widely used. Using this method, cross sections are generated at each chainage interval with areas for each, and supplements them with a detailed area/volume report, ultimately providing flexibility in choosing the calculation formula and with all the required documents for reporting

General Challenges

Collecting accurate and comprehensive data for earthwork calculation can pose several challenges. One significant challenge is choosing the right technology and other resources to ensure the consistency and reliability of data collected from diverse sources and teams. The integration of data obtained through these different technologies, requires meticulous attention to detail. Additionally, determining the optimal frequency of data collection—whether on a daily, weekly, monthly, or yearly basis—poses a logistical challenge that must align with project requirements and resource availability.

The processing of collected data introduces its own set of challenges for earthwork estimating software. Compatibility between collected data and the chosen software for processing must be addressed, considering different file formats. The selection of an appropriate volume calculation method and its validation against industry standards or project-specific criteria requires careful consideration. Usability concerns of the earthwork estimating software, including its learning curve and user proficiency levels, must be addressed to facilitate efficient processing. Finally, meticulous attention to reporting accuracy, including cross sections, area reports, and volume reports, is essential for meeting project documentation requirements.

Why choose AutoPlotter as earthwork calculation software?

AutoPlotter is renowned for being one of the easiest software solutions to work with, suitable for anyone with practical knowledge of the subject. It supports all the aforementioned methods and provides flexibility in choosing the most suitable one. With built-in CAD and a field-to-finish approach, AutoPlotter is a comprehensive solution that simplifies the process of earthwork calculation while ensuring precision.
For an in-depth understanding of the volume calculation process using AutoPlotter, check the demo:

Earthwork calculation software

Our other product, Road Estimator, is ideal for road earthwork calculation, while AutoPlotter CanSE simplifies canal earthwork calculation.

Our other productProducts

Road Estimator, is ideal for road earthwork calculation, while AutoPlotter CanSE simplifies canal earthwork calculation.
AutoPlotter, a flagship product of Infycons, is one of the most popular and powerful software for surveying community. AutoPlotter is being used by leading consulting firms, contracting firms, government & public bodies and surveying professionals around the globe to interface with surveying field equipments, process and produce final deliverables with lot of ease.
Quantity takeoff of varying road construction layers
Road Estimator
Road Estimator is widely used software that eases the process of creating cross-section and quantity calculation of road works. With unlimited road templates and road related feature definition, the software is used for expressways, national highways, ODR & any kind of road construction. Tools for auto-detection and calculation of Profile Corrective Course (PCC), vertical curve design and preparation of as-built drawings make Road Estimator a unique solution for road consultants and contractors.
Surveying Solutions
AutoRoads is a complete design suite catering to the consultants and contractors involved in highway design and construction. AutoRoads features unique integration between geometric design aspects giving the designer complete control during entire design process. To offer flexibility in managing survey data and to make it more suitable to road construction activity, AutoRoads comes bundled with AutoPlotter and Road Estimator.
Canal Section Estimator (CanSE) module is ideal for cross section generation and quantity calculation of canal and other irrigation works. CanSE has features for drop design based on criteria which is particularly useful for design of branch canals. During cross section definition, CanSE is equipped to define drains, dowels, spoil banks, service roads and lining & pitching and various other elements. CanSE can be efficiently used in new canal construction as well as during re-surfacing and strengthening of existing canal.


What is the purpose of earthwork calculation software?

Earthwork calculation software helps the civil engineering team to do proper planning of the entire project by calculating cut and fill volumes required for any construction site. This in turn helps for lower labour and materials cost and get assistance in the bidding process. This is one of the very important software required in the field of civil engineering for all types of projects.

What are the key features of earthwork calculation software?

The ability to generate interim earthwork reports as projects advance is one of the key features of earthwork volume calculation software. Additionally, it produces comprehensive quantity computation (Quantity take off) reports utilising the block approach or the triangulation method. Without engaging in complex surface development, it also builds elevation grids or block levels.

Who can use our earthwork calculation software?

Any surveyor or civil engineer with the knowledge to operate earthwork calculation software, and basic computer handling skills can use Infycons software to make her work easy and accurate.

What is cross section-based earthwork calculation in surveying?

Based on field cross-sections obtained in a specific way both before and after excavation, the amount of earthwork is calculated. Vertical profiles called “cross-sections” are taken perpendicular to the survey centerline. Each section is an area defined by the original ground surface, the finished surface and side slopes.

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