Top 10 Best Earthwork Quantity Software of 2026

Microsoft Project stands out with tightly integrated Gantt scheduling, critical path logic, and resource leveling built into a single planning view. For earthwork quantity workflows, it can structure tasks by earthwork packages, link dependencies to excavation and fill phases, and associate costs to activities for budget rollups. The solution supports importing and exporting schedules with MS Excel and can track progress through baseline variance reporting. It provides strong project control features, but it does not directly generate earthwork quantities from geometry, cross-sections, or surfaces.

Procore stands out with its construction data hub that connects field execution to estimating, scheduling, and cost tracking. For earthwork quantity workflows, it supports takeoff inputs, daily reporting structures, and plan-based progress tracking that can tie quantities to accountable work packages. The platform also manages RFIs, submittals, and issues so earthwork measurement context stays linked to the documents and approvals that drive scope changes. Collaboration is strong across project roles, but dedicated earthwork-specific measurement automation is limited compared with niche quantity-focused tools.

Autodesk Build stands out by combining project controls with coordinated document and model workflows that support earthwork quantity production. It centers on bidirectional linkages between design data and field progress so quantities can stay aligned with the latest model context. The platform supports construction-centric data organization, review cycles, and traceability that help teams manage revisions affecting excavation and fill. Earthwork quantity work benefits most when quantities originate from shared design models and are updated through structured project workflows.

PlanSwift stands out with a takeoff workflow that combines CAD or PDF plan digitizing with earthwork volume calculations and reporting. It supports cut and fill quantity computation from surfaces, alignments, and cross-sections so contractors can produce typical earthwork deliverables. Output generation focuses on plan-based measurements with labeling, templates, and exportable takeoff reports for estimating and estimating reviews. The tool’s value is strongest when projects follow standard plan sets that map cleanly to grids, surfaces, and sections.

On-Screen Takeoff stands out by turning digital plans into interactive on-screen measurements for earthwork quantities and estimating workflows. The system supports takeoff-driven quantity extraction that connects plan markups to computable outputs used in estimates. Core strengths include plan-based measurement, organized takeoff output, and collaboration-ready documentation of what was measured. Earthwork projects benefit most when consistent plan scales and clear plan layers make earthwork volumes measurable from the drawings.

Bluebeam Revu stands out for turning PDF-based plans into measurement-ready workflows that fit construction and civil teams. It supports quantity takeoff using scalable markup, measurement tools, and project templates for repeatable earthwork takeoffs from plan sheets. Collaboration features like shared markups, revisions, and status tracking help teams align quantities with drawing changes across disciplines. The tool is strongest when the project documentation is available as PDFs and when measurement accuracy depends on consistent, well-prepared plan sources.

Trimble Earthworks focuses on earthwork quantity workflows that connect field and office outputs into organized cut and fill reporting. Core capabilities include generating earthwork quantities from surfaces and alignments, managing design versus actual comparisons, and producing deliverable reports for construction teams. Strong automation supports iterative updates as models and survey data change across a project timeline. The main constraint is that the value is strongest when teams already use Trimble ecosystems and work from consistent survey and surface inputs.

Estimating Software stands out for using standardized estimating templates and reusable assemblies to speed earthwork quantity takeoffs. Core workflows support quantity takeoff inputs, rate-based costing, and proposal-ready estimate generation. The solution targets construction estimating teams that need consistent calculations across projects with fewer manual spreadsheet rebuilds. Earthwork-specific value comes from organizing inputs by work items and producing estimates that connect measured quantities to costs.

Sage Estimating stands out with quantity takeoff focused on estimating workflows used by construction teams. It supports earthwork-oriented measurement using configurable templates and estimator-friendly calculations to produce consistent BOQ outputs. The software integrates with other Sage construction and estimating tools to help reduce rekeying between takeoff, estimating, and project documents. Depth is strongest for disciplined estimating processes rather than for highly specialized earthmoving modeling.

HeavyBid focuses on earthwork quantity takeoff with measurement workflows tied to construction estimating tasks. It provides tools for computing earthwork volumes from digital terrain data, including cut and fill quantities by surface comparison. The core value comes from generating measurement outputs that estimate teams can use in bid packages. Practical day-to-day use emphasizes repeatable takeoff creation rather than deep engineering analysis.