Top 10 Best Earthwork Cost Estimating Software of 2026

STACK Construction Management Software focuses on tying estimating outputs to construction execution through job setup, bid tracking, and field coordination workflows. For earthwork cost estimating, it supports cost breakdowns that can be organized by bid items, quantities, and material or equipment line items so totals remain auditable. The tool’s strength is converting estimate structure into repeatable job templates that teams can reuse across projects. Reporting and document handoffs align estimating assumptions with the job records used later for cost review and scope changes.

eTakeoff stands out by focusing on earthwork quantities and cost takeoffs with a workhorse workflow that ties measurements to estimating output. It supports takeoff from plan data and converts quantities into cost items with customizable estimating structures. The tool emphasizes producing repeatable estimates using templates and item libraries that match earthwork estimating conventions. Reporting centers on getting earthwork quantities and costs into a format that can be reviewed and shared for estimating decisions.

PlanSwift stands out with fast quantity takeoff workflows built around plan-to-estimate accuracy for earthwork projects. It supports cut and fill volume calculations, mass-haul summaries, and cross-section workflows that help translate survey surfaces into bid-ready quantities. The tool also emphasizes report generation and traceable takeoff markup so estimates can be reviewed and updated against drawings. It is well suited for teams that need repeatable earthwork estimating from CAD and PDF plan sets.

Bluebeam Revu stands out for turning PDF markup into a controlled, reviewable workflow with measurement and quantity takeoff functions. Earthwork cost estimating is supported through tools that perform surface measurements, count quantities, and generate report-ready outputs tied to marked plans. Collaboration features like real-time markup, document compare, and hosted review sessions help teams align quantities and scope across iterations. Revu also integrates with common construction estimating workflows by exporting data and collaborating through shared plan sets.

CostX distinguishes itself with tight integration of takeoff and estimating workflows for construction quantities, including earthworks-focused quantity computations. The software supports measurement and cost models that can link quantities to rates, then generate itemized outputs for estimating and reconciliation. Revisions update quantities and costs consistently, which helps maintain auditability across changes. Strong template-driven workflows support repeatable production of bills of quantities and estimates for land development and earthmoving scopes.

Trimble Connect centers on collaborative 3D project data, linking design models to field observations for earthwork workflows. It supports model-based coordination so teams can attach quantities, progress, and documentation to shared drawings and models. Cost estimation is enabled through project measurement context and work package alignment rather than through a dedicated earthwork takeoff calculator. This makes it strongest for cost workflows that depend on shared BIM context and audit trails across disciplines.

StackPlan centers takeoff and estimating workflows around layered, stack-based project calculations tied to unit costs and quantities. The tool supports importing or organizing scope inputs, building assemblies, and generating estimates with change tracking across revisions. It is well suited to earthwork tasks that depend on quantity takeoffs, bid item structure, and repeatable line-item logic for labor, equipment, and materials. Collaboration features focus on review cycles and sharing estimate outputs with stakeholders.

PlanHub helps earthwork estimators turn takeoff quantities into cost-ready scopes with structured budget templates and project organization. The workflow emphasizes plan-based measurement inputs and traceable line items so estimating outputs stay aligned with the drawings used. It supports collaboration around budgets by keeping updates tied to the estimating model rather than scattered spreadsheets.

On-Screen Takeoff focuses on visual measurement workflows for estimating, using on-screen takeoff and markup to build quantity takeoffs from plans. It supports converting measurements into costable quantities that can feed earthwork estimating outputs and project cost summaries. The tool is geared toward plan-centric quantity work, with emphasis on reviewable takeoff marks rather than spreadsheet-only estimating. It is best evaluated for repeated takeoff sessions where consistent measurement methods and clear visual evidence matter.

Procore distinguishes itself with construction operations coverage that connects cost data to field execution and document workflows. Cost management supports project-level budgets and tracking, while bid and procurement workflows help control scope-to-cost changes. For earthwork specifically, the platform can structure cost codes and link them to drawings, RFIs, and submittals to support estimating-to-delivery traceability. It lacks purpose-built earthwork quantity takeoff algorithms in the core cost module, so earthwork estimation still depends heavily on external takeoff and spreadsheet inputs.