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Construction InfrastructureTop 10 Best Earthwork Quantity Software of 2026
Rank top earthwork quantity software with side-by-side criteria for estimating accuracy and takeoff workflows, including InSite Elevation.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
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Framework: Features 40% · Ease 30% · Value 30%
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Choose Vertigraph BidScreen as the best fit for estimating teams that need repeatable earthwork quantity and haul reporting from design surface updates, go with Kubla Cubed for desktop cut-and-fill takeoff when you want reconciliation tied to surface revisions, and select HCSS HeavyBid if you’re pricing and linking earthwork quantities through estimating and job costing.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Vertigraph BidScreen
Bid-first cut-fill and mass-haul reporting that stays aligned to the underlying analysis settings during revisions.
Best for: Fits when estimating teams need repeatable earthwork quantity and haul reporting from design surface updates.
Kubla Cubed
Editor pickRevision-aware measurement outputs that keep earthwork quantities aligned with evolving existing and proposed surfaces.
Best for: Fits when quantity teams need repeatable earthwork takeoff and reconciliation tied to surface revisions.
InSite Elevation
Editor pickMass-haul reporting that ties computed volumes to haul distance views for estimating-ready logistics quantities.
Best for: Fits when grading estimating teams need standardized cut-fill and haul quantities from imported surfaces.
Comparison Table
Vertigraph BidScreen
vertical specialistEarthwork and quantity takeoff software for site grading and excavation estimates.
Bid-first cut-fill and mass-haul reporting that stays aligned to the underlying analysis settings during revisions.
BidScreen converts imported terrain surfaces into earthwork volumes using configurable calculation settings, then generates cut and fill quantities and mass-haul style summaries for estimating workflows. The workflow is oriented around bid package outputs, including quantity breakdowns that remain traceable back to the source surfaces and analysis settings. This orientation fits teams that need repeated takeoff revisions as grading concepts change during estimating.
A tradeoff is that BidScreen is strongest when the source surfaces are already modeled at the correct granularity, because upstream CAD surface quality limits what the takeoff can report. It fits usage situations where estimates need frequent re-runs against design surface updates, and where reconciliation of differing surfaces and assumptions is part of the estimating process.
- +Bid-first reporting layout supports quicker cut-fill and haul summary generation
- +Configurable haul reporting views connect quantities to distance and logic
- +Model update re-runs support estimating iterations without rebuilding outputs
- +Traceable linkage from analysis settings to quantity outputs supports reconciliation
- –Upstream surface detail quality strongly affects quantity outputs
- –Workflow requires disciplined configuration to keep estimates consistent
- –Complex multi-phase sites can require manual setup for clean separation
Earthwork estimators
Re-run quantities during design revisions
Faster estimate refresh cycles
Quantity takeoff teams
Produce bid-ready volume breakouts
Cleaner bid documentation
Show 1 more scenario
Preconstruction managers
Reconcile cut-fill assumptions across sets
Reduced quantity dispute cycles
Compares outputs across differing surfaces and settings to support assumption alignment.
Best for: Fits when estimating teams need repeatable earthwork quantity and haul reporting from design surface updates.
Kubla Cubed
SMBDesktop earthworks software calculates cut and fill volumes from terrain surfaces and site plans.
Revision-aware measurement outputs that keep earthwork quantities aligned with evolving existing and proposed surfaces.
Kubla Cubed targets grading and earthwork estimators who need repeatable takeoff outputs tied to site revisions rather than ad hoc calculations. Surface-to-surface comparisons feed volume results and quantity outputs that can be broken down for estimating and reconciliation. Mass-haul style reporting helps communicate haul direction and distance at a project level. Integration depth is strongest when the team’s source of truth is Civil 3D style terrain geometry or other surface exchange formats used in grading workflows.
A notable tradeoff is that the tool prioritizes quantity logic and reporting over bid-level scheduling intelligence, so heavyBid style job controls may need to live elsewhere. It fits teams performing earthwork quantity takeoffs for multiple bid packages who want consistent cut and fill reporting across iterations. It is also a good fit when existing and proposed surfaces are already produced by a CAD or civil design workflow and quantity staff need dependable measurement outputs.
- +Surface-based cut and fill workflows with consistent revision outputs
- +Mass-haul reporting supports haul direction communication for estimating
- +Import friendly for CAD-generated terrain inputs used in grading teams
- +Quantity outputs are structured for reconciliation across takeoff cycles
- –Bid-wide production planning requires external tools beyond earthwork takeoff
- –Advanced automation and custom workflows require more setup time
Earthwork estimators
Reconcile cut and fill across revisions
Faster revision turnaround and fewer rework loops
Site grading designers
Transfer terrain results into quantity reporting
Aligned takeoff and design surfaces
Show 1 more scenario
Estimating managers
Publish mass-haul style summaries for proposals
Clearer haul assumptions in proposals
Produces haul communication views that support estimator narrative and internal review.
Best for: Fits when quantity teams need repeatable earthwork takeoff and reconciliation tied to surface revisions.
InSite Elevation
vertical specialistTerrain modeling software calculates cut and fill quantities from plans, surfaces, and field data.
Mass-haul reporting that ties computed volumes to haul distance views for estimating-ready logistics quantities.
InSite Elevation is built around grading inputs that can come from existing ground and proposed design surfaces, which supports end-area style volume workflows and reconciliation reporting for project closeout. Mass-haul reporting and haul distance views help teams translate computed volumes into logistics-ready quantities. CAD and terrain interoperability is positioned as a practical way to carry surfaces into the estimating environment without re-digitizing every model.
A tradeoff is that earthwork output quality depends heavily on upstream surface preparation, because poor triangulation, inconsistent datum, or missing breaklines will flow into volume and balance results. InSite Elevation fits best when estimating teams want standardized earthwork package outputs across multiple sites, especially when the same grading standards and reporting structure must be used by different estimators.
- +Mass-haul style haul distance reporting tied to project geometry
- +Cut and fill reconciliation built into the core quantity workflow
- +Surface import reduces rework when CAD deliverables already exist
- +Repeatable grading package outputs for multi-estimator teams
- –Volume results depend on disciplined surface prep and cleanup
- –Complex surface interchange can take iterative configuration time
- –Advanced haul route refinement is less prominent than estimating summaries
- –Workflow depth can feel heavy for small one-off jobs
Earthwork estimators and PMs
Generate consistent takeoff reports for bids
Faster bid-ready volume packages
General contractors
Reconcile quantities across cost codes
Cleaner quantity-to-cost traceability
Show 1 more scenario
Site engineers
Re-run grading packages after design edits
Reduced rework after revisions
Engineers rerun quantity outputs after surface updates to keep estimates consistent.
Best for: Fits when grading estimating teams need standardized cut-fill and haul quantities from imported surfaces.
AGTEK
vertical specialistEarthwork software supports digital terrain modeling, mass haul analysis, grading, and machine control workflows.
Earthwork takeoff configuration ties calculated volumes to job deliverables for consistent quantity reconciliation across scenarios.
AGTEK focuses on earthwork quantity workflows with a process-oriented takeoff and reconciliation layer around surfaces and volume calculations. It supports importing and working with terrain data so the cut and fill story can be tied back to earthwork quantities across scenarios.
- +Repeatable takeoff-to-report workflow built for earthwork job deliverables
- +Terrain import and surface-driven volume calculations support scenario comparison
- +Exportable outputs support estimating review and quantity reconciliation
- +Configuration of calculation settings supports consistent crew and project results
- –Workflow setup for surfaces and methods can take time on first adoption
- –Limited evidence of deep automation hooks beyond calculation and report generation
- –Iterative design updates require careful recalculation discipline to avoid drift
- –Less suited for teams needing heavy CAD-centric grading editing
Best for: Fits when estimating and job costing teams need consistent surface-based earthwork quantities and repeatable reporting.
Carlson Takeoff
vertical specialistConstruction takeoff software measures site quantities and supports earthwork estimation from digital plans.
Mass haul diagram output that connects earthwork balance to haul distribution for estimator and field review.
Carlson Takeoff supports earthwork quantity work by generating volumes from existing ground and proposed surfaces, then producing cut-fill and haul-friendly summaries for estimating and job costing. The workflow centers on surface-based volume calculation, including triangulated surface handling and haul quantity reporting that ties geometry to measurable earthwork.
- +Surface-driven earthwork volume calculations with cut and fill reporting
- +Mass haul diagram output supports haul planning discussions and review
- +Civil CAD workflow fits teams already using Carlson surfaces and tools
- +Repeatable quantity runs support rework after design edits
- –Better results depend on clean triangulated surfaces and breakline inputs
- –Haul optimization is limited compared with dedicated route optimization tools
- –Cross-team standardization can require consistent surface and boundary conventions
- –Advanced workflows take longer to set up than basic takeoff runs
Best for: Fits when teams already use Carlson for grading and need surface-based volumes plus haul reporting for earthwork estimates.
Autodesk Civil 3D
enterpriseCivil design software creates surfaces, corridors, grading plans, and cut and fill quantity reports.
Civil 3D surface and grading object linkage powers repeatable volume and report updates as the design changes.
Autodesk Civil 3D is a CAD-centric environment for earthwork quantity workflows tied to design surfaces, alignments, and grading components. It supports cut-and-fill style volume reporting by driving calculations off existing and proposed surfaces like TIN-based Civil 3D surfaces and breaklines.
- +Surface-driven volume reports tied to Civil 3D grading objects
- +Cross-section takeoff and mass-haul style outputs from design geometry
- +Extensible automation through .NET APIs for custom takeoff pipelines
- +LandXML and IFC terrain exchange supports reconciliation across tools
- –Earthwork reporting depends on clean surfaces, breaklines, and grading setup
- –Cut-fill and haul metrics are harder to control than in estimator-first tools
- –Automation requires API development skills for nonstandard reports
- –Quantity reconciliation across projects needs disciplined data management
Best for: Fits when project teams want CAD-to-quantity traceability using Civil 3D surfaces and automated reporting.
HCSS HeavyBid
enterpriseHeavy civil estimating software prices production activities, materials, crews, and earthwork quantities.
Earthwork quantity outputs are designed to carry into bid and job cost structures without rebuilding line-item logic.
HCSS HeavyBid centers on earthwork quantity computation and bid-ready itemization for grading scopes.
- +Earthwork volumes map directly into bid and cost line structures
- +Consistent workflows for earthwork takeoff and job costing reuse
- +Good handling of grading quantities tied to design surfaces
- +Supports reconciliation between computed quantities and bid items
- –Surface and data setup requires more discipline than lighter takeoff tools
- –Automation coverage is narrower outside the HCSS workflow
- –Cross-team governance depends on admin practices rather than built-in controls
- –Some civil interoperability relies on specific file and surface exchange paths
Best for: Fits when contractors need earthwork quantity takeoff that stays linked through estimating and job costing.
PlanSwift
SMBConstruction takeoff software with earthwork and site grading quantity tools.
Mass-haul diagrams built from triangulated terrain results to support haul review during quantity reconciliation.
PlanSwift is an earthwork quantity tool built around surface-to-surface volume workflows for estimating and reconciliation. It supports triangulated terrain-based calculations, including cut-and-fill balance and haul distance logic, with tools for mass-haul style diagrams. The software also focuses on importing and managing design and existing surfaces, plus producing quantity outputs suitable for job costing and estimator review loops.
- +Triangulated terrain volume calculations that support detailed earthwork takeoff
- +Mass-haul style visualization to review haul direction and relative distances
- +Cut-fill balance outputs suitable for quantity reconciliation workflows
- +Repeatable takeoff runs tied to consistent surface inputs
- –Workflow planning is required to keep surface edits and re-run scope consistent
- –Automation surface is limited compared with tools that expose deeper integrations
Best for: Fits when estimating teams need triangulated terrain earthwork takeoff and reconciliation with controlled inputs.
TerraModel
vertical specialistDigital terrain modeling software with earthwork volume and surface comparison tools.
Mass-haul style quantity reporting that combines cut fill quantities with haul distance in one review set.
TerraModel performs earthwork quantity takeoff by reconciling an existing ground surface with a proposed grading surface and then computing volumes by method and cut fill balance. Core workflows include mass-haul style reporting with haul distance and material movement summaries that connect quantities to logistics.
- +Cut and fill balance outputs stay tied to surface inputs used for grading
- +Mass-haul reporting links volumes to haul distance for logistics-focused reviews
- +Supports common Civil 3D and terrain exchange workflows for surface interchange
- +Revision-aware project structure helps keep quantity changes traceable
- –Complex grading setups can require careful alignment between surfaces
- –Automation and API extensibility for custom pipelines are limited in visibility
- –Cross-section workflows are less central than surface-based takeoff
- –Advanced reconciliation reporting depends on consistent model organization
Best for: Fits when grading teams need traceable earthwork volumes with cut-and-fill and haul-distance reporting.
Trakware ESURV
vertical specialistEarthwork survey and volume calculation software for construction site modeling.
End-to-end cut-and-fill quantity reporting tied to imported terrain surfaces for estimating packages.
Trakware ESURV targets earthwork estimating workflows that need repeatable volume takeoff and cut-and-fill reporting. It centers on terrain-based computations using existing and proposed surfaces, with outputs mapped to typical earthwork deliverables used in estimating and job costing.
- +Terrain-driven volume calculations support consistent earthwork quantification
- +Cut-and-fill outputs align with common estimating and job-costing reporting needs
- +Surface import workflows reduce re-digitizing between design and takeoff
- +Repeatable grading package setup supports recurring project deliverables
- –Advanced automation and extensibility require more workflow discipline than API-led tools
- –Complex site reconciliation across multiple design iterations can feel manual
- –Less suitable for organizations needing deep CAD-native editing inside one environment
- –Interoperability depends heavily on clean surface definitions upstream
Best for: Fits when estimating teams need reliable terrain volume takeoff and consistent earthwork reporting for recurring grading work.
Conclusion
After evaluating 10 earthwork quantity software, Vertigraph BidScreen stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Earthwork Quantity Software
Earthwork quantity software is where estimating and grading teams convert existing ground surface and proposed design surface into repeatable cut-fill and haul reporting that can survive design revisions. This guide covers Vertigraph BidScreen, HCSS HeavyBid, and the other reviewed tools that handle earthwork takeoff, mass-haul style outputs, and job-ready quantity structures.
After the individual tool reviews, the comparison focus shifts to integration depth, revision-aware alignment to surface inputs, and how automation and configuration affect throughput. The sections that follow also call out where setup discipline changes outcomes, especially for surface prep, mass-haul distance views, and bid-to-cost reusability.
Earthwork Quantity Software for revision-aware cut-fill and mass-haul takeoff
Earthwork quantity software calculates earthwork volumes from imported terrain surfaces and grading geometry, then packages those volumes for earthwork takeoff, reconciliation, and bid or job cost handoff. Vertigraph BidScreen is built around bid-first cut-fill and mass-haul reporting that stays aligned to the underlying analysis settings during revisions.
HSCC HeavyBid targets contractors that need earthwork quantity outputs carry directly into bid and job cost structures without rebuilding line-item logic. Across the reviewed tools, volume accuracy hinges on how cleanly surfaces and breaklines are prepared, and on whether the workflow keeps output logic consistent when existing and proposed surfaces change.
Earthwork quantity fit checks for revision-proof cut-fill and haul reporting
Earthwork quantity software succeeds when earthwork outputs stay consistent as the existing ground surface and proposed design surface change. Tools in this guide vary most on whether they keep output logic aligned to the underlying analysis settings during revisions.
The most decision-critical feature set is the chain from surface prep to volume computation and then into haul reporting and bid or job cost structures. Vertigraph BidScreen is the standout for bid-first cut-fill and mass-haul reporting that remains aligned during revisions, while HCSS HeavyBid focuses on carrying takeoff outputs into bid and cost line structures without rebuilding logic.
Revision-aware measurement outputs
Vertigraph BidScreen keeps bid-first cut-fill and mass-haul reporting aligned to the underlying analysis settings during revisions, and Kubla Cubed produces revision-aware measurement outputs that stay tied to evolving existing and proposed surfaces.
Bid-ready cut-fill and mass-haul reporting layouts
Vertigraph BidScreen generates a bid-first reporting layout that supports quicker cut-fill and haul summary generation, and InSite Elevation ties computed volumes to haul distance views for estimating-ready logistics quantities.
Mass-haul diagram and haul-distance review support
Carlson Takeoff outputs a mass haul diagram that connects earthwork balance to haul distribution for estimator and field review, and PlanSwift provides mass-haul diagrams built from triangulated terrain results for haul review during reconciliation.
Bid and job cost structure handoff without rework
HCSS HeavyBid maps earthwork volumes directly into bid and cost line structures so estimating and job costing reuse stays consistent, and AGTEK ties calculated volumes to job deliverables for consistent quantity reconciliation across scenarios.
Surface-driven volume computation and reconciliation discipline
AGTEK uses terrain import and surface-driven volume calculations to support scenario comparison, and Trakware ESURV delivers end-to-end cut-and-fill reporting tied to imported terrain surfaces for estimating packages.
Choose by workflow philosophy: estimator-first reporting versus job-cost carry-through
The fastest selection path starts with where the earthwork outputs must land. Some tools are built to produce bid-first cut-fill and haul summaries, while others are built to reuse earthwork takeoff volumes directly inside bid and job cost line structures.
The next fork is how much control the team wants over surfaces, methods, and configuration behavior. Vertigraph BidScreen and Kubla Cubed are designed to maintain revision alignment, while Carlson Takeoff and PlanSwift emphasize mass-haul diagram outputs that depend heavily on clean triangulated terrain inputs and controlled surface edits.
Decide whether reporting must be bid-first or cost-structure-first
Pick Vertigraph BidScreen when the estimating team needs cut-fill and mass-haul reporting layouts that stay aligned to analysis settings during revisions. Pick HCSS HeavyBid when earthwork quantities must map into bid and job cost structures without rebuilding line-item logic.
Validate revision alignment against the team’s surface update cadence
Choose Kubla Cubed when quantity teams need surface-based cut and fill workflows with consistent revision outputs tied to evolving existing and proposed surfaces. Choose InSite Elevation when the team wants mass-haul reporting tied to project geometry that produces standardized cut-fill and haul quantities from imported surfaces.
Match haul review style to the visualization output
Select Carlson Takeoff for a mass haul diagram output that supports estimator and field review tied to haul distribution. Select PlanSwift when mass-haul diagrams must be built from triangulated terrain results to review haul direction and relative distances during reconciliation.
Assess setup discipline tolerance for surfaces and methods
Choose AGTEK when scenario comparison needs repeatable takeoff-to-report workflow tied to earthwork job deliverables, and accept that first adoption involves surface and method setup time. Choose Trakware ESURV when the team prefers terrain-driven volume takeoff for recurring grading work and can manage manual feeling during complex multi-iteration reconciliation.
Confirm that surface quality requirements match current CAD and grading practices
Select Vertigraph BidScreen when clean upstream surface detail quality can be maintained because quantity outputs depend strongly on that input quality. Select Carlson Takeoff when triangulated surfaces and breakline inputs are already disciplined because better results depend on those inputs.
Teams that can use earthwork quantity outputs without losing logic during revisions
Earthwork quantity software fits best where surface updates are frequent and the team must keep cut-fill and haul reporting consistent across design iterations. The biggest differentiators in this guide are revision awareness, how haul distance is presented for estimating logistics, and how bid or job cost structures are reused.
The tools also diverge in setup sensitivity. Several options produce reliable quantities when surface prep and cleanup are disciplined, while other tools reduce rework only when workflows are configured to match the organization’s deliverables and line-item structures.
Estimating teams that must issue bid-ready cut-fill and haul summaries after design changes
Vertigraph BidScreen supports bid-first cut-fill and mass-haul reporting that stays aligned to analysis settings during revisions, which reduces report drift across updated surfaces.
Contractors that need earthwork quantities to carry directly into bid and job costing
HCSS HeavyBid is built so earthwork volume outputs map directly into bid and cost line structures, which supports reuse between estimating and job costing without rebuilding line-item logic.
Grading and earthwork teams focused on haul-distance logistics tied to geometry
InSite Elevation ties computed volumes to haul distance views for estimating-ready logistics quantities, and TerraModel combines cut-fill balance with haul distance in one review set.
Teams that already standardize on triangular surface inputs and want mass-haul visualization for review
PlanSwift and Carlson Takeoff both emphasize mass-haul diagrams derived from triangulated terrain or surface geometry, which supports haul review during reconciliation but requires consistent surface editing and triangulation inputs.
Organizations running scenario-based earthwork deliverables across multiple variations
AGTEK is designed to connect earthwork takeoff configuration to job deliverables so calculated volumes can be reconciled consistently across scenarios.
Common failure modes that break cut-fill, haul, and bid alignment
Most earthwork quantity failures come from mixing inconsistent surface preparation with outputs that appear stable. Several tools explicitly depend on disciplined surface prep and cleanup, and many workflows require configuration discipline to keep output logic consistent when surfaces change.
The second failure mode is treating haul reporting as an isolated output. Mass-haul diagram generation and haul distance views only stay useful when the surface and revision logic are aligned with the team’s revision cadence.
Assuming earthwork quantities remain stable after surface updates without checking revision alignment behavior
Vertigraph BidScreen and Kubla Cubed are designed for revision-aware measurement outputs, but quantity stability still depends on disciplined surface input quality and configuration alignment to the team’s revision workflow.
Using surfaces that are not cleaned enough for consistent volume computation
InSite Elevation warns that volume results depend on disciplined surface prep and cleanup, and Vertigraph BidScreen flags that upstream surface detail quality strongly affects quantity outputs.
Expecting deep haul optimization from mass-haul diagram tools
Carlson Takeoff provides a mass haul diagram tied to haul distribution, but haul optimization is limited compared with dedicated route optimization tools.
Over-automating scenario planning without allowing time for takeoff-to-report configuration
AGTEK notes that workflow setup for surfaces and methods can take time on first adoption, and Kubla Cubed indicates advanced automation and custom workflows require more setup time.
Trying to rely on custom workflows and extensibility without planning governance discipline
Trakware ESURV states that advanced automation and extensibility require more workflow discipline than API-led tools, and TerraModel reports limited API extensibility visibility for custom pipelines.
How We Selected and Ranked These Tools
We evaluated each tool on features that directly affect earthwork volume outputs, bid-first or job-cost carry-through behavior, and the ability to keep cut-fill and mass-haul reporting aligned after surface revisions. We weighted features at 40% and paired them with ease at 30% and value at 30% to reflect how setup discipline impacts repeatable estimating throughput. Vertigraph BidScreen separated itself by delivering bid-first cut-fill and mass-haul reporting that stays aligned to the underlying analysis settings during revisions, and by offering configurable haul reporting views that connect quantities to distance and logic.
Frequently Asked Questions About Earthwork Quantity Software
How do Vertigraph BidScreen and PlanSwift differ in mass-haul diagram workflows?
Which tool keeps cut-fill reconciliation aligned when design surfaces change: Kubla Cubed or TerraModel?
When does HCSS HeavyBid become a better fit than other takeoff tools for job costing?
Which integration path matters most if teams start in Civil 3D: Autodesk Civil 3D or TerraModel?
How should AGTEK and Carlson Takeoff be configured to keep outputs consistent across scenarios?
What breaks if end users skip governance on shared estimating configurations in InSite Elevation?
How do Vertigraph BidScreen and HCSS HeavyBid handle exporting quantity outputs for bid reviews?
Which tool is better for batch reconciliation of recurring grading packages: Trakware ESURV or Carlson Takeoff?
What is the tradeoff between using PlanSwift versus Vertigraph BidScreen for earthwork reconciliation reports?
How should teams get started with surface-based takeoff in these tools: import surfaces or rebuild geometry inside the app?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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