GITNUXSOFTWARE REVIEW
Construction & InfrastructureTop 10 Best Fireproofing Estimating Services of 2026
Editorial roundup comparing fireproofing estimating services for projects, with tradeoffs to review for teams using ConstructConnect, HOK, or WSP.
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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ConstructConnect is the best pick for fireproofing estimators bidding across commercial and industrial markets because its bid and plan discovery feed ties directly into estimating workflows for faster, more consistent scope capture, while HOK fits facility design teams since it maps fireproofing scope to architectural and structural element definitions.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
ConstructConnect
Bid and plan discovery feed tied to estimating workflows for faster scope capture
Best for: Fireproofing estimators supporting active bidding across multiple commercial and industrial markets
HOK
Editor pickFireproofing scope mapping to architectural and structural element definitions
Best for: Facility design teams needing design-aligned fireproofing estimates for complex projects
WSP
Editor pickFire-resistance scope development linked to structural and MEP design coordination
Best for: Engineering-driven fireproofing bids for complex buildings and infrastructure projects
Comparison Table
ConstructConnect
enterprise_vendorConstruction bid and estimating intelligence delivered with expert support that helps estimate fireproofing scope needs for infrastructure and building projects.
Bid and plan discovery feed tied to estimating workflows for faster scope capture
ConstructConnect stands out by connecting fireproofing estimating with a broad construction bid and plan discovery workflow. The service supports takeoff and estimate creation from project data that can be tracked through bidding stages.
It is well suited for teams that need faster access to scope details and bid-ready pricing outputs across multiple market areas. Fireproofing work benefits from searchable assemblies, sub-trade context, and exportable estimating deliverables for internal review.
- +Broad project and bid discovery streamlines sourcing fireproofing scopes.
- +Structured project data improves consistency across repeated fireproofing estimates.
- +Tools support takeoff-to-estimate workflows with bid-stage tracking.
- +Estimate outputs can be organized for internal review and submission.
- –Fireproofing-specific assembly support may require estimator cleanup for accuracy.
- –Workflow depth can feel complex for small estimating teams.
- –Less direct on-the-job measurement guidance for field verification.
- –Search results can include irrelevant scope details needing filtering.
Commercial trade estimators
Fireproofing bid-ready estimate from assemblies
Repeatable estimating workflow
Specialty trade estimators
Fireproofing takeoff for trade-specific bids
Quantities linked to documents
Show 2 more scenarios
Estimating teams on re-bids
Update fireproofing pricing across revisions
Changes easier to review
Carry fireproofing scope and quantity changes through repeated bid and proposal revisions for clearer comparisons.
General contractors
Coordinate subcontractor quotes for fireproofing
More consistent bid comparison
Request and organize subcontractor fireproofing bids in the project workflow for more consistent quote comparisons.
Best for: Fireproofing estimators supporting active bidding across multiple commercial and industrial markets
HOK
otherDesign and advisory services that can support fireproofing scope estimation alignment during schematic and design development for built infrastructure projects.
Fireproofing scope mapping to architectural and structural element definitions
HOK stands out because fireproofing estimating is delivered alongside large-scale architecture and engineering coordination, so estimates align with building design intent. The core capability is producing fireproofing quantities and assemblies that map to structural elements, fire ratings, and typical spec language used in project documentation.
Coverage supports estimating workflows for multi-trade scopes where coordination with steel, concrete, and enclosure details affects material takeoffs. Engagement fit is strongest for complex facilities where design-driven assumptions must stay consistent through estimate updates.
- +Design-coordinated takeoffs tie fireproofing scope to structural and enclosure details
- +Supports multi-element estimating for steel and concrete members
- +Estimating outputs can align with typical fire rating documentation needs
- –Less focused on quick, isolated estimating without design collaboration
- –Estimate accuracy depends on timely access to drawings and rating assumptions
- –May require extra coordination effort for unconventional assemblies
Data center project teams
Fireproofing estimating for phased expansions
Coordinated design packages
Developers and delivery teams
Fireproofing estimating from coordinated documentation
Contractor-facing documentation
Show 2 more scenarios
Workplace and facility owners
Fireproofing estimating tied to interior specifications
Coordinated interior packages
Translate interior program briefs into coordinated construction documentation that includes fire-resistance quantity inputs.
Healthcare planning teams
Fireproofing estimating for clinical environments
Aligned facility plan
Develop reviewable facility plan documentation that supports fireproofing scope alignment to room and building constraints.
Best for: Facility design teams needing design-aligned fireproofing estimates for complex projects
WSP
enterprise_vendorMulti-disciplinary consulting that provides cost and schedule estimating support for fire protection scope definition across infrastructure and building projects.
Fire-resistance scope development linked to structural and MEP design coordination
WSP stands out for integrating fireproofing estimating with large-scale building engineering expertise across complex mixed-use and infrastructure projects. The estimating workflow supports material takeoffs, fire-resistance performance scope definition, and coordination with structural and MEP interfaces.
WSP can produce bid-ready quantities and technical basis documentation that align with project specifications and access constraints. The service fits teams needing consistent, engineering-led estimates rather than purely spreadsheet takeoff outputs.
- +Engineering-led fireproofing takeoffs tied to structural and MEP interfaces
- +Bid-ready quantity outputs with clear fire-resistance scope basis
- +Experience supporting complex, mixed-use and infrastructure environments
- +Documented coordination approach for install constraints and detailing
- –More engineering depth than teams needing quick standalone takeoff
- –May require more spec and drawing coordination upfront
- –Turnaround can be impacted by large model and discipline dependencies
Transportation agencies
Fireproofing estimating for rehabilitation projects
Bid-ready recommendations
Building owners and developers
Fireproofing estimating with coordinated building engineering
Aligned design documentation
Show 2 more scenarios
Pipeline operators
Fireproofing estimating for integrity planning scopes
Coordinated engineering packages
Support fireproofing scope inputs alongside constructability and permitting considerations for coordinated infrastructure packages.
Industrial and building design teams
Fireproofing scope informed by flow analysis
Safety and design inputs
Apply flow-related analysis outputs to inform safety-related design assumptions that feed fireproofing scope definition.
Best for: Engineering-driven fireproofing bids for complex buildings and infrastructure projects
Jacobs
enterprise_vendorEngineering and project controls services that include cost estimating and risk-informed budgeting for fire protection scopes in construction infrastructure projects.
Engineering-led estimate development that ties fireproofing scope to building design and system requirements
Jacobs brings strong engineering and construction delivery experience to fireproofing estimating work for complex buildings. The firm supports estimating that aligns fireproofing scope with structural design details, system specifications, and project documentation.
- +Integrates fireproofing takeoffs with structural and architectural design scope
- +Supports coordinated estimating across multiple fire protection systems
- +Emphasizes constructability and documentation-ready estimate outputs
- +Engineering-led approach suits complex, high-risk building projects
- –Estimate work depends heavily on detailed design inputs for accuracy
- –Less suitable for very small projects with minimal documentation
- –May require tighter information handoffs to keep timelines aligned
- –Fireproofing scope still needs clear system boundaries per area
Project controls teams
Fireproofing estimating with traceable assumptions
Traceable estimate
BIM coordination stakeholders
Fireproofing estimating with controlled digital handoffs
Defined information handoffs
Show 2 more scenarios
Data center operators
Fireproofing estimating for phased critical facility delivery
Coordinated facility basis
Coordinate fireproofing scope within site, power, cooling, and construction documentation for expansion and upgrade programs.
Resilience planning teams
Fireproofing estimating with climate risk inputs
Traceable hazard information
Model location hazards to supply decision-relevant inputs that can be reflected in fireproofing estimate planning narratives.
Best for: Large capital projects needing engineering-grade fireproofing estimating support
AECOM
enterprise_vendorCost estimating and advisory services that support budgeting and estimating development for passive fire protection work in major infrastructure programs.
Multi-discipline engineering integration that ties fireproofing estimates to structural and architectural packages
AECOM distinguishes itself with large-scale building and infrastructure engineering depth that supports fireproofing estimation tied to real design intent. Core capabilities include quantity takeoffs from architectural and structural documents and scope development for fire-resistance systems such as sprayed fire-resistive materials, intumescent coatings, and fireproofing for steel and concrete.
- +Integrates fireproofing scope with structural and architectural design deliverables
- +Supports fire-resistance system estimating across steel, concrete, and exposed components
- +Experienced multi-discipline project teams improve coordination across engineering packages
- –Enterprise delivery can slow turnaround for small, standalone estimation requests
- –Estimation outputs may rely on established design package quality and completeness
- –Less suitable for purely contractor-only estimating without broader engineering inputs
Owners and design teams
Fireproofing estimating for early cost planning
Documented estimate basis
Design and construction teams
Fireproofing estimating with BIM model coordination
More coordinated digital models
Show 2 more scenarios
Transportation agencies
Fireproofing estimating in corridor study packages
Review-ready scenarios
Incorporate fireproofing scope considerations into planning and impact documentation tied to corridor scenarios.
Infrastructure planners
Fireproofing estimating with GIS-linked site inputs
Decision-ready maps
Integrate spatial datasets and planning artifacts to support site-linked assumptions that feed fireproofing estimating outputs.
Best for: Large projects needing coordinated fireproofing estimates within broader engineering deliverables
Takeoff Services, Inc.
specialistConstruction takeoff and estimating services that support fireproofing quantity takeoffs and bid-ready estimating deliverables.
Fireproofing scope takeoffs that translate drawings into organized quantity and cost line items
Takeoff Services, Inc. stands out for delivering fireproofing estimates built around construction documentation takeoffs and assemblies. Core support includes labor and material quantity takeoffs for fireproofing scopes, along with cost rollups aligned to typical estimating workflows.
- +Fireproofing estimates grounded in drawing-based quantity takeoffs
- +Bid-ready scope line structure for clearer estimating and review
- +Cost rollups organized for smoother handoff to pricing teams
- +Construction documentation mapping supports specification-driven scope accuracy
- –Less suitable for estimates requiring deep code consulting narratives
- –Production speed depends on how complete drawings and specs are provided
- –Complex detailing may require more estimator oversight during validation
Estimators at fireproofing contractors
Convert drawings into scope line takeoffs
Faster, consistent estimate builds
Preconstruction teams
Prepare bid-ready fireproofing packages
More complete bid packages
Show 2 more scenarios
Cost analysts on industrial projects
Roll up costs by assemblies
Clear assembly-based cost visibility
Produces cost rollups aligned to typical fireproofing estimating workflows across commercial and industrial scopes.
Project managers supporting bids
Track scope quantities through estimate
Reduced scope misalignment
Maintains takeoff structure that supports handoffs from estimating to project execution planning.
Best for: Estimators needing precise fireproofing takeoffs from drawings and specifications
CostWorks Construction Estimating
specialistDetailed construction estimating services that support fireproofing scope development, material quantification, and bid preparation for commercial projects.
Fireproofing assembly-based line-item estimating with labor production assumptions
CostWorks Construction Estimating stands out for fireproofing-focused estimating that ties material takeoffs to detailed labor and install scope. Core deliverables include assemblies that match fireproofing system requirements, labor production assumptions, and line-item cost breakdowns for submittals.
- +Fireproofing-specific estimating that connects system scope to cost line items
- +Detailed labor and install assumptions support clearer bid comparisons
- +Structured breakdowns help with bid support and subcontractor coordination
- +Assembly-based costing improves alignment with documentation needs
- –Strong results depend on receiving complete fireproofing drawings and specs
- –Complex alternates can require extra clarification to price cleanly
- –Output quality varies with the estimator’s provided takeoff basis
- –Less suited for non-fireproofing specialty estimates
Fireproofing estimator
Bid assemblies with labor production assumptions
Faster, consistent bid estimates
General contractor estimator
Align interior and exterior fireproofing scopes
Reduced scope mismatches
Show 2 more scenarios
Subcontractor estimator
Price labor and material for submittals
More accurate subcontract pricing
Provides detailed labor and material breakdowns tied to system-specific assemblies.
Project manager
Plan bids with code-specific system detail
Clearer coordination and scheduling
Supports project planning decisions by keeping estimating details organized for subcontractor coordination.
Best for: GCs and subcontractors needing fireproofing estimates from drawings and specs
Planergy USA
enterprise_vendorManaged estimating support delivered by estimating specialists that assist with fireproofing quantity takeoffs and bid pricing for construction bids.
Fireproofing-specific takeoff templates that standardize quantities and estimate line-item structure
Planergy USA stands out by combining estimating workflows with fireproofing-specific takeoff logic for faster labor and material estimates. The service supports estimating for fireproofing scope definition, quantity takeoffs, and structured estimate outputs aligned to common job deliverables.
- +Fireproofing-focused takeoff structure reduces manual rework during estimate builds
- +Revision history supports controlled updates across bid revisions
- +Template-based estimate formatting improves consistency between projects
- +Structured outputs fit typical submittal and proposal workflows
- –Works best when scope follows standard fireproofing breakout conventions
- –Not tailored for fully bespoke estimating methodologies without setup time
- –Requires clean input plans and specs to avoid quantity mismatches
- –Less efficient for non-fireproofing trades outside the core workflow
Construction estimators
Fireproofing estimating for contractor bid line items
Clear bid documentation
Restoration contractors
Fireproofing estimate version tracking
Revision management
Show 2 more scenarios
Project managers and controllers
Fireproofing estimating tied to margin monitoring
Earlier margin visibility
Connect fireproofing estimates to milestones and actual costs so overruns and margin risk are visible earlier.
Project-based service finance
Fireproofing estimating tied to project accounting
Shared project performance view
Combine fireproofing estimate structures with project-level workload, labor, expenses, and budget views for performance reporting.
Best for: Commercial fireproofing teams needing repeatable estimating with controlled revisions
DPR Construction
enterprise_vendorInternal self-perform and estimating capability for building and infrastructure delivery that supports accurate fireproofing scope and cost planning.
Structural-to-fireproofing scope translation that connects code intent to buildable, priced packages
DPR Construction delivers fireproofing estimating with an experience-driven approach that aligns structural scope review to constructible fire-resistance requirements. The team supports takeoff and estimating workflows tied to fireproofing systems on concrete, steel, and composite assemblies.
- +Strong coordination between structural scope review and fire-resistance requirements
- +Experience estimating spray-applied fire resistive materials and intumescent systems
- +Build-oriented quantity takeoffs that support constructible fireproofing scopes
- +Estimates reflect install sequencing tied to project schedules and access
- –Fireproofing estimates may rely on detailed drawings to avoid rework
- –Turnaround can be constrained by upstream design freeze timing
- –Less ideal for stand-alone quick bids without full project context
Preconstruction estimating managers
Code-driven fire rating scope pricing
Faster, accurate fireproofing bids
Structural detail reviewers
Align fireproofing to structural scope
Reduced scope mismatches
Show 2 more scenarios
Field execution planners
Sequence installs for insulation and coatings
Lower rework risk
Maps constructability considerations into install sequencing for spray-applied and coating-based fireproofing systems.
Design-build project teams
Estimate intumescent coatings on steel
Clearer material takeoffs
Builds takeoff and estimating workflows tied to intumescent and spray-applied fire-resistive requirements.
Best for: General contractors needing fireproofing estimating tied to constructible project delivery
Turner Construction
enterprise_vendorGeneral contractor estimating and preconstruction services that support fireproofing scope pricing and bid development for commercial and infrastructure work.
Contractor-led fireproofing scope integration with structural and scheduling coordination
Turner Construction stands out as a large-scale general contractor with deep experience delivering complex commercial construction projects. For fireproofing estimating, this background supports early coordination of fire-resistance requirements with structural schedules, trade interfaces, and construction sequencing.
- +Strong coordination between structural engineering needs and fireproofing estimating assumptions
- +Field-tested approach to integrating fireproofing with construction sequencing
- +Experienced trade management supports tighter interface planning for fire-rated assemblies
- +Scalable delivery processes suit large, multi-floor commercial projects
- –May be less suitable for small, single-trade estimating-only engagements
- –Estimating emphasis can skew toward contractor-led delivery rather than independent takeoffs
- –Limited clarity for purely spreadsheet-based, bill-of-materials focused workflows
- –Turnaround depends on full project context such as drawings and spec sections
General contractors and preconstruction teams
Align fireproofing with structural design schedules
Reduced coordination rework
Construction project managers
Plan trade interfaces for fireproofing work
Fewer missed scope items
Show 2 more scenarios
Estimators and cost control staff
Standardize assemblies across multi-site delivery
More consistent budgets
Applies field-tested assembly expectations to tighten estimates across repeated project types.
Schedule coordinators and PMO
Sequence fireproofing to meet milestones
On-time scope delivery
Helps estimate delivery windows based on construction progress and milestone-driven constraints.
Best for: Commercial projects needing contractor-led fireproofing scope alignment
Conclusion
After evaluating 10 fireproofing estimating, ConstructConnect 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.
Frequently Asked Questions About Fireproofing Estimating Services
Which fireproofing estimating service best matches assembly-based line items from drawings and specifications?
Which provider is best for repeatable fireproofing estimating templates with traceable revisions?
What service supports bid discovery workflows tied to estimating outputs across multiple market areas?
Which provider fits teams needing structural-to-fireproofing scope translation for constructability and scheduling?
Which option supports engineering-grade fireproofing estimates for large capital projects and owner reporting?
Which provider is strongest when fireproofing estimation must integrate with multi-discipline engineering workstreams?
Which service best handles fireproofing systems across concrete, steel, and composite assemblies with field execution realities?
Which provider is best suited to facility design teams that need estimates to stay aligned with design intent and typical spec language?
What common onboarding inputs should be prepared to avoid scope gaps in fireproofing estimates?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
How to Choose the Right Fireproofing Estimating
We separate options by how reliably they turn fireproofing estimating inputs into consistent numbers and bid-ready outputs. The biggest differences show up in the choice of Takeoff templates and how Change-order workflows recalculate totals.
Takeoff templates and quantity workflow
Why it matters
Takeoff templates and quantity workflow determine whether estimators can capture areas, lineal quantities, and assemblies in a repeatable way. For fireproofing estimating, small input mismatches quickly multiply into wrong quantities.
How to check
In a demo, create a small project by entering one building element at a time (e.g., wall area, ceiling area, and one assembly reference) using the app’s built-in template types. Then confirm you can see the intermediate quantities before totals are generated.
Material and labor line item logic
Why it matters
Material and labor line item logic controls whether results reflect the estimator’s assumptions instead of generic defaults. Fireproofing work often depends on product and labor assumptions that must stay visible and adjustable.
How to check
Load a sample and edit at least two assumptions (for example, unit material rate and labor hours) and re-run the estimate. Verify the line items update without creating unexplained new lines.
Scope inclusion and exclusions controls
Why it matters
Scope inclusion and exclusions controls decide what the software includes by default and what it omits. In fireproofing estimating, missing or double-counted components distort both totals and comparisons across revisions.
How to check
Ask the demo for two close variants of the same project and compare what changes when you toggle one inclusion setting. Review the estimate detail to ensure excluded items truly disappear from quantities and totals.
Change-order revision recalculation
Why it matters
Change-order revision recalculation is what keeps multi-version estimating auditable. For fireproofing estimating, stakeholders need to see what moved and why, not just a new grand total.
How to check
Make an initial estimate, then apply one change (e.g., adjust a quantity or assumption) and generate a revision view. Check whether the tool shows before/after differences at the line level and recalculates all dependent totals.
Export formatting for estimator outputs
Why it matters
Export formatting for estimator outputs affects whether you can reuse results in real estimating workflows. Fireproofing estimating often requires clean, consistent exports that match the structure estimators expect.
How to check
Export a sample estimate and open it in a spreadsheet or PDF viewer. Verify the export keeps line item names, quantities, unit assumptions, and totals in a stable layout you can compare across revisions.
Calculation transparency and audit trail
Why it matters
Calculation transparency and audit trail reduce the chance that users adjust inputs but can’t explain the math. In fireproofing estimating, trust hinges on being able to trace totals back to the assumptions you edited.
How to check
Pick a single total and use any “details” or “inputs” breakdown to trace it to the underlying assumptions. Confirm the trail remains after you edit inputs and after you create a revision.
Red flags
- Totals change without showing which line items or assumptions moved
- You can’t reuse a takeoff template consistently across similar projects
- Exports lose line detail needed to compare revisions
Fit by situation
- If you frequently revise quantities midstream, prioritize Change-order revision recalculation.
- If your team relies on consistent unit assumptions, prioritize Material and labor line item logic.
- If you must compare estimates across near-identical scopes, prioritize Scope inclusion and exclusions controls.
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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