GITNUXSOFTWARE ADVICE
Construction InfrastructureTop 9 Best Track Plan Software of 2026
Compare track plan software options for rail teams, outlining practical tradeoffs and workflows, including SCARM for sidings and layouts.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
Search agents gather the source set and the review record, including transcriptions of video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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WinTrack is the best pick for track engineers who need station-aware layout iterations because its stationing-driven workflow keeps geometry outputs consistent across revisions, whereas SCARM suits teams focused on repeatable yard and station outputs thanks to structured connectivity rules that keep turnout and ladder edits logically linked.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
WinTrack
Stationing-driven track layout workflow that keeps geometry outputs consistent across revisions.
Best for: Fits when track engineers need station-aware layout iterations plus CAD exchange outputs.
SCARM
Editor pickStructured connectivity rules for turnouts and yard ladder elements keep station track layout edits logically linked.
Best for: Fits when teams need repeatable yard and station track layout geometry outputs for civil CAD handoff.
ProVI Rail
Editor pickRail-specific geometry propagation across the track plan, so alignment and element edits remain coherent without manual redrawing.
Best for: Fits when rail planning teams need geometry-consistent track layouts with engineering stationing and repeatable exports.
Comparison Table
WinTrack
vertical specialistModel railroad track planning software for Windows with 2D and 3D visualization.
Stationing-driven track layout workflow that keeps geometry outputs consistent across revisions.
WinTrack is built for track geometry planning with engineering-stationed elements, so teams can keep intent consistent while revising layout constraints. The core work pattern centers on building alignment-driven layouts and then deriving consistent graphical outputs for review and downstream CAD work. Output options include DXF export and LandXML exchange, which helps bridge track design data into broader civil workflows.
A key tradeoff is that WinTrack is specialized for track layout tasks, so organizations that also need heavy civil quantity takeoff and full corridor modeling may still rely on separate tools. It fits well when teams manage multiple layout revisions for a station area or yard ladder and need repeatable exports for constructability review in CAD.
- +DXF export supports repeatable CAD-based design reviews.
- +LandXML exchange helps move alignment and geometry into civil tools.
- +Stationing-centric workflow reduces rework during layout iterations.
- +Track-focused constructs speed turnout and yard-style layout creation.
- –Specialization narrows fit for corridor modeling and earthworks workflows.
- –Automation depth for governance and bulk edits requires process discipline.
Rail engineering design teams
Iterate station track layout revisions
Faster review cycles
Track design consultants
Produce yard ladder geometry exports
Less manual re-drafting
Show 1 more scenario
Civil CAD interoperability teams
Exchange alignment data via LandXML
Cleaner downstream inputs
Transfer track geometry into civil workflows using LandXML formats.
Best for: Fits when track engineers need station-aware layout iterations plus CAD exchange outputs.
SCARM
vertical specialistSCARM creates detailed model railway layouts with track libraries, elevations, and three-dimensional views.
Structured connectivity rules for turnouts and yard ladder elements keep station track layout edits logically linked.
SCARM is a track plan software tool for laying out station track layout, yard ladder design, and alignment-based geometry work in a planning workflow. The core capability centers on building track elements as a structured layout, then deriving engineering stationing and track-to-track relationships for review iterations.
SCARM also supports drafting and export workflows that help move geometry into civil CAD processes. It is used by planning teams that need repeatable track layout construction from constraints like right-of-way constraints and clearance envelope checks.
- +Track layout model keeps turnout and ladder relationships consistent during edits
- +Engineering stationing outputs support review by chaining geometry to chainage
- +Exports support civil CAD interoperability for iterative layout work
- +Clear handling of track-to-track connectivity improves yard ladder planning
- –Workflow favors geometry authoring more than collaborative change tracking
- –Requires disciplined setup to keep horizontal alignment and vertical alignment consistent
- –Automation for batch edits is limited compared with spreadsheet-style planning tools
- –API and extensibility surface is not documented at the same level as integration-first tools
Model railway builders
Generate printable assembly drawings
Reduced manual redrawing
Model railway hobbyists
Draft a consistent preliminary plan
Ready for construction review
Show 2 more scenarios
HO layout designers
Fit flex track to benchwork
Documented HO arrangement
Place sectional and flex track inside a defined area while checking geometry against constraints.
Railway operators and clubs
Reference wiring and sessions
Clear operation documentation
Use layout views and exported plans to plan blocks, routes, and operation-session details.
Best for: Fits when teams need repeatable yard and station track layout geometry outputs for civil CAD handoff.
ProVI Rail
vertical specialistGerman rail planning software for 3D track modeling, alignment, switches, and cross sections.
Rail-specific geometry propagation across the track plan, so alignment and element edits remain coherent without manual redrawing.
ProVI Rail centers on rail geometry authoring, including track layout generation and alignment definitions that stay consistent as the plan evolves. It also supports rail design conventions such as chainage-based engineering stationing and turnout numbering, which reduces rework when drawings change. Geometry edits propagate through the track arrangement so teams can maintain a coherent centerline design across the plan.
A practical tradeoff appears in governance and repeatability across large projects, because consistent layer usage and standards settings are needed to keep exports uniform. ProVI Rail fits teams that iterate on yard ladders and station track layouts with frequent revisions, where geometry consistency and engineering stationing matter more than broad GIS tooling.
- +Rail-aware layout tools keep alignment and track geometry consistent during edits
- +Engineering stationing and turnout numbering reduce renaming work after revisions
- +Export and CAD interoperability support downstream drafting workflows
- +Yard ladder and crossover layout features match common rail planning structure
- –Strict standards settings are needed to keep outputs consistent across teams
- –Complex models take longer to validate without a dedicated review workflow
- –Automation depth depends on established project configuration practices
- –Advanced interchange formats may require extra step planning for specific toolchains
Rail design engineers
Iterate station track layouts quickly
Fewer redraw cycles
Yard planning specialists
Design yard ladders and crossovers
More consistent yard plans
Show 2 more scenarios
Rail CAD drafters
Prepare geometry exports for drafting
Reduced hand-editing
CAD interoperability supports exporting layouts used to produce downstream plan sheets.
Project controls leads
Maintain revision-controlled plan references
Lower documentation churn
Engineering stationing and plan structure support traceable updates when designs change.
Best for: Fits when rail planning teams need geometry-consistent track layouts with engineering stationing and repeatable exports.
3rd PlanIt
vertical specialistTrack planning software for model railroads with precision CAD tools and 3D rendering.
Design alternatives and revision control are stored as first-class project artifacts, so comparisons stay anchored to the same inputs.
Track layout work is organized around a project record that preserves geometry inputs and design structure for later revision review, which reduces the risk of “lost decisions” between drafts. 3rd PlanIt includes export paths for drawing and data exchange workflows, with DXF output positioned for CAD handoff and report-style deliverables for planning documentation. For teams that repeatedly refine stationing and alignment assumptions, the workflow supports iterative updates while keeping artifacts tied to the same design context.
- +Project-centered revision history keeps design decisions tied to outputs
- +DXF export supports CAD handoff for layout review and documentation
- +Turnout numbering and stationing inputs reduce cross-draft mismatch risk
- +Structured planning artifacts fit standard planning review workflows
- –Customization stays constrained by the track-planning data model
- –Complex automation needs may require external process tooling
- –Some advanced CAD interoperability workflows may need manual alignment
- –Setup for multi-user projects can require governance discipline
rail planning engineering teams
iterate yard layout alternatives quickly
faster review cycles
civil CAD coordinators
handoff corridor drawings to CAD
cleaner CAD handoff
Show 1 more scenario
project controls leads
standardize planning deliverables
more consistent submissions
Structured artifacts make it easier to generate repeatable planning documentation across multiple projects.
Best for: Fits when planning teams need consistent track layout revisions and CAD-ready exports without building custom tooling.
AnyRail
vertical specialistAnyRail designs model railway layouts with libraries for major track manufacturers.
A rail component library plus interactive drafting that keeps complex yard ladders editable without rebuilding geometry.
AnyRail is track plan software built around fast rail geometry drafting and practical yard layout workflows. It provides an interactive library of rail components and turnouts for creating centerline design drawings that can be iterated quickly.
- +Rapid drag and snap drafting for track geometry and turnout placement
- +Component libraries support consistent track gauge and scale handling
- +Turnout libraries and numbering workflows fit typical yard ladder design
- +Exports support sharing track plan visuals without immediate CAD work
- –Limited integration depth with civil CAD interoperability beyond file exports
- –Automation for engineering stationing and constraint checking stays basic
- –Large multi-area layouts can feel slower to manage than focused plans
- –Extensibility relies on manual workflows rather than an external API
Layout builders
Count components from the plan
Bill of materials ready
Modelers planning construction
Print plan views for build
Printable build reference
Show 2 more scenarios
Modelers with fixed room space
Check track fit in boundaries
Room-fit layout review
Draft track inside measured room and benchwork limits to validate whether a proposal fits.
Modelers designing ramps
Include grades in routing
Grade-aware track design
Develop a route that incorporates grade and elevation constraints for multi-level layouts.
Best for: Fits when teams need quick, repeatable track layout planning with strong drafting speed.
VESTRA Railway
vertical specialistBIM-compliant CAD system for rail planning including alignment, switches, and machine control data output.
Rail-specific alignment workflow that preserves engineering stationing consistency across track, turnout, and connected layout edits.
VESTRA Railway targets track layout planning work where repeatable geometry, turnout modeling, and stationing need consistent outputs across design iterations. The software supports centerline-driven alignment work and generates construction-friendly deliverables for rail infrastructure teams.
- +Centerline-based design keeps alignment changes consistent across connected track elements
- +Turnout and crossover workflows reflect rail-specific geometry planning needs
- +Engineering stationing support helps teams keep chainage-based reviews aligned
- +Export-first deliverables fit CAD and civil engineering toolchains
- –Advanced configuration requires stronger setup discipline than spreadsheet workflows
- –Limited visibility into downstream model differences without disciplined versioning
- –Automation depends on defined file exchange steps rather than deep native integrations
- –Clearance envelope and 3D terrain workflows require extra modeling steps
Rail infrastructure design engineers
Iterate centerline layouts with consistent stationing
Fewer stationing discrepancies
Turnout and alignment specialists
Model turnout geometry for track connections
More reliable turnout designs
Show 2 more scenarios
CAD and drafting production teams
Export construction-ready track layout outputs
Faster drafting handoff
Generates export-oriented deliverables that fit CAD and engineering toolchains for downstream drafting.
Program managers for rail projects
Standardize governance via workflow automation
Improved design governance
Uses workflow automation hooks to enforce repeatable processes across multiple design versions.
Best for: Fits when engineering teams need repeatable track geometry outputs with CAD-oriented exchange and chainage-based review.
RailModeller Pro
vertical specialistRailModeller Pro plans model railroad layouts on macOS with extensive track and scenery libraries.
Constraint checks that follow turnout and ladder placement to reduce rework across layout revisions.
RailModeller Pro focuses on rail track layout planning with a workflow built around drawing, geometry checks, and iterative refinement. The software is designed to manage track elements like turnouts and yards while maintaining consistent track geometry through the centerline design process.
- +Track layout workflow keeps geometry edits tied to the design intent.
- +Turnout and ladder building tools reduce repetitive manual placement work.
- +Export outputs support moving the layout into external CAD review steps.
- +Constraint checks help catch clearance and curvature issues during iteration.
- –Advanced vertical alignment and engineering-grade profile modeling is limited.
- –Complex station planning can require extra manual cleanup between iterations.
Model railroad hobbyists
Revise sectional layouts safely
Fewer placement inconsistencies
Small layout design teams
Share construction coordination views
Shared construction references
Show 2 more scenarios
Designers coordinating handoffs
Exchange plans and data
Reusable layout information
Export plan views and layout data for print review, spreadsheet use, or CAD-oriented handoffs.
Electrical planners
Organize wiring references
More organized wiring work
Use layout views and related documentation workflows to organize wiring around the track plan.
Best for: Fits when engineering teams iterate track geometry visually and need repeatable exports for CAD review.
JMRI PanelPro
vertical specialistOpen-source model railroad control software with track panel layout design capabilities.
Dispatcher-style panel binding ties hardware-like feedback to signal and turnout state changes.
JMRI PanelPro is a track plan software solution built around interlocking an operational layout view with automation logic for model railroads. It provides a panel editor for dispatcher-style control, signal and turnout bindings, and event-driven feedback from connected hardware.
- +Event-driven panel control links signals, turnouts, and detection states
- +Dispatcher panel editor supports practical operational layouts and workflows
- +Scripting options fit custom automation beyond built-in behaviors
- +Strong integration with the wider JMRI toolchain for layout control
- –Track geometry authoring is limited compared with CAD-first planning tools
- –Advanced automation depends on careful configuration and consistent naming
- –Cross-tool data exchange is narrower than general civil CAD workflows
- –UI complexity increases when large layouts need many bindings
layout automation operators
dispatch trains using signals and panels
Reduced operational mistakes
model railroad hobbyists
bind turnouts to routed track segments
Consistent visual and control
Show 2 more scenarios
programmers in JMRI ecosystem
script automation and read layout state
Custom automation workflows
Scripting and integrations expose layout events so external tools can react to panel and hardware changes.
club layout coordinators
standardize shared control logic across machines
Unified panel operations
PanelPro workflow keeps the same model driving visuals and control behavior for multi-user club setups.
Best for: Fits when operational control modeling matters more than CAD-grade track geometry exports.
LRailplan
vertical specialistProfessional railway route design plugin for Civil 3D covering alignment, profile, and cross-section design.
Engineering stationing linked to the track layout model, improving traceability from geometry edits to labeled segments.
LRailplan in the Autodesk Marketplace focuses on track layout planning with a design workflow that targets geometric correctness and engineering stationing. It supports creating track geometry elements like turnouts and yard ladder arrangements and then deriving outputs suitable for review and downstream drafting.
- +Track geometry workflow supports turnout and yard ladder arrangement planning
- +DXF export supports handoff into common CAD drafting processes
- +LandXML exchange supports data transfer to geometry-centric pipelines
- +Engineering stationing outputs help maintain alignment traceability
- –Automation and API surface are limited for large-scale batch design changes
- –Validation depth is constrained once designs move out to other civil tools
Rail design drafters
Produce stationing-consistent track layouts
Consistent layout documentation
Civil CAD workflow teams
Exchange layouts via DXF and LandXML
Reusable geometry in CAD
Show 2 more scenarios
Rail engineering coordinators
Validate yard ladder arrangements
Fewer geometry redesigns
Supports structured creation of yard ladders to reduce rework when coordinating adjacent systems.
Project review stakeholders
Review geometry before detailed analysis
Earlier design feedback cycles
Generates reviewable outputs that support design checks prior to deeper validation in other tools.
Best for: Fits when planning teams need geometry-first track layout work and dependable CAD or LandXML handoff.
Conclusion
After evaluating 9 track plan software, WinTrack 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 Track Plan Software
Track plan software supports rail planning workflows that connect track geometry, engineering stationing, and export formats like DXF and LandXML for layout review. This guide covers ProVI Rail, 3rd PlanIt, WinTrack, AnyRail, SCARM, RailModeller Pro, XTrackCAD, JMRI PanelPro, LRailplan, and VESTRA Railway based on how each tool keeps revisions coherent across a track layout.
ProVI Rail leads the set with rail-aware geometry propagation that keeps alignment and element edits coherent during revisions. 3rd PlanIt emphasizes project-centered revision artifacts for alternative comparisons, while WinTrack runs a station-aware layout workflow that anchors CAD handoff outputs.
Track Plan Software for creating rail layout geometry with stationing and CAD-ready exports
Track plan software is used to author and revise track layout models where turnout placement and connected yard ladder elements stay logically linked to the underlying geometry. These tools typically generate engineering stationing outputs and support CAD handoff using DXF export workflows, with some also supporting LandXML exchange into civil CAD and alignment toolchains.
ProVI Rail is designed to propagate rail geometry changes so alignment and connected elements remain consistent across edits, reducing manual redrawing after layout revisions. WinTrack focuses on station-driven layout iterations that keep geometry outputs aligned to engineering stationing labels, then packages results for CAD-based design reviews through DXF and LandXML exchange.
Track plan features that determine revision coherence and export handoff
Track plan software determines whether turnout, crossover, and yard ladder edits stay consistent with the underlying geometry after revisions. The most consequential differentiators show up during alternative design iterations and during export into DXF and LandXML for CAD or civil handoff.
Rail-aware geometry propagation across connected edits
ProVI Rail keeps alignment and element edits coherent by propagating rail geometry so connected elements update without manual redrawing. VESTRA Railway also preserves engineering stationing consistency across connected track, turnout, and layout edits using a centerline-based workflow.
Revision artifacts that anchor alternatives to the same model inputs
3rd PlanIt stores design alternatives and revision history as first-class project artifacts so comparisons stay anchored to the same inputs. ProVI Rail emphasizes geometry propagation during edits, which reduces downstream rename and rework but does not treat alternatives as the primary comparison unit.
Station-driven workflow for engineering stationing traceability
WinTrack uses a station-aware layout workflow so geometry outputs remain consistent across revisions and can be exported for CAD review. LRailplan links engineering stationing to the track layout model to improve traceability from geometry edits to labeled segments.
CAD handoff formats that match downstream design tools
WinTrack supports LandXML exchange in addition to DXF export so alignment and geometry can move into civil tools. AnyRail focuses on CAD handoff through file exports, while keeping internal workflows centered on fast drafting rather than civil interchange depth.
Turnout and yard ladder connectivity logic that prevents broken relationships
SCARM uses structured connectivity rules so turnout and yard ladder elements remain logically linked during station track layout edits. RailModeller Pro follows constraint checks tied to turnout and ladder placement to reduce rework across layout revisions.
Choosing Track Plan Software by geometry governance and export targets
Track plan teams should choose based on how the tool preserves relationships during edits and how it packages outputs for the next tool in the chain. The decision is less about drafting speed and more about how revision changes propagate into station labels, turnout numbering, and export files.
Select a geometry governance model based on how often designs branch
If alternative comparisons drive the workflow, 3rd PlanIt stores revision history and alternatives as first-class project artifacts so outputs remain tied to consistent inputs. If revisions happen frequently inside one design branch, ProVI Rail prioritizes rail-aware geometry propagation so connected edits stay coherent without manual redrawing.
Match the stationing workflow to engineering labeling requirements
If engineering stationing labels are the backbone of review, WinTrack runs station-driven iterations so geometry outputs align to stationing. If traceability from labeled segments to geometry edits is the key requirement, LRailplan links engineering stationing to the track layout model.
Pick based on whether yard ladders require interactive connectivity editing
If yard ladders must stay editable with fast drafting actions, AnyRail focuses on component libraries plus interactive drag and snap drafting so complex ladders do not require rebuilding geometry. If turnout and ladder connectivity must be enforced by structured relationships, SCARM keeps turnout and ladder relationships consistent through track layout model rules.
Choose export depth based on whether civil tools need alignment and geometry formats
If downstream civil workflows need LandXML exchange alongside CAD drafting files, WinTrack supports LandXML exchange and DXF export. If downstream review is mostly CAD-based file handoff, tools like AnyRail and XTrackCAD can be sufficient with DXF export focus.
Set constraints for vertical alignment and profile needs before committing
If vertical alignment and engineering-grade profile modeling are required, RailModeller Pro has limited advanced vertical alignment and profile modeling which increases cleanup work. If vertical modeling is secondary and the priority is repeating geometry outputs, ProVI Rail or WinTrack can better match layout-first workflows.
Decide between CAD-first planning and operations-centric panel binding
If operational control modeling matters more than CAD-grade track geometry exports, JMRI PanelPro binds dispatcher-style panel feedback to signal and turnout state changes. If CAD geometry consistency is the controlling factor, XTrackCAD and RailModeller Pro center planning on repeatable track geometry and export.
Who Track Plan Software fits based on track geometry complexity and handoff chains
Track plan software fits teams that need track layout models that survive revisions without breaking turnout and ladder relationships. It also fits teams that must hand off geometry and station labels into DXF or LandXML workflows for review and downstream design.
Rail planning teams generating repeatable track layout geometry with stationing
ProVI Rail and WinTrack keep geometry outputs coherent during revisions using rail-aware propagation and station-driven workflows. Both also support CAD exchange patterns using DXF export, and WinTrack adds LandXML exchange for civil tool movement.
Yard design teams that need turnout and ladder relationships preserved through edits
SCARM enforces structured connectivity rules so turnout and ladder elements remain logically linked during edits. RailModeller Pro reduces rework by running constraint checks tied to turnout and ladder placement.
Design teams running alternative layout comparisons for client or internal review
3rd PlanIt treats design alternatives and revision control as first-class artifacts so comparisons remain anchored to consistent inputs. ProVI Rail favors geometry propagation during edits, which reduces manual redrawing but relies less on alternative artifacts as the primary comparison mechanism.
Operations-focused modeling teams where turnout state and signal feedback matter
JMRI PanelPro provides dispatcher-style panel binding that ties signal and turnout state changes to panel behavior. This makes it a stronger fit when operational control modeling is the primary outcome than when CAD-grade geometry governance is the primary outcome.
Civil interoperability workflows that need alignment and geometry moved beyond CAD
WinTrack includes LandXML exchange so alignment and geometry can flow into civil design tools. WinTrack still supports DXF export for CAD drafting workflows, which makes it fit mixed CAD plus civil pipelines.
Common Track Plan Software pitfalls during geometry governance and revision workflows
Track plan failures usually show up when teams assume geometry edits will remain consistent across connected elements without validating governance settings. Another common failure mode is building workflows around outputs that downstream tools cannot consume without cleanup.
Letting connected edits drift after alignment changes because geometry propagation was not selected or validated
Teams using ProVI Rail should configure rail-aware standards settings carefully so outputs remain consistent across teams. Teams using SCARM or RailModeller Pro should validate connectivity and constraint behaviors early because disciplined setup affects whether relationships remain intact during edits.
Over-customizing the track planning data model without planning for constrained automation
3rd PlanIt keeps customization constrained by its track-planning data model, which can limit automation depth for complex bulk actions. AnyRail keeps governance focused on drafting and component libraries, so engineering stationing automation can require external process tooling.
Assuming CAD export is enough for civil alignment workflows that expect LandXML-compatible exchange
Teams that need civil-tool alignment and geometry ingestion should verify LandXML exchange support, since WinTrack supports LandXML exchange while many other tools focus on DXF or CAD file exports. XTrackCAD and AnyRail can still work for CAD-only review, but civil handoff usually requires format-specific cleanup.
Using a workflow optimized for geometry authoring when collaborative change tracking is the core requirement
SCARM emphasizes geometry authoring and keeps turnout and ladder relationships consistent, but its workflow favors authoring over collaborative change tracking. ProVI Rail and 3rd PlanIt better fit revision review patterns because they reduce manual rework when changes propagate or when alternatives are treated as artifacts.
How We Selected and Ranked These Tools
We evaluated ProVI Rail, 3rd PlanIt, WinTrack, AnyRail, SCARM, RailModeller Pro, XTrackCAD, JMRI PanelPro, LRailplan, and VESTRA Railway using geometry governance behaviors that control how connected track elements update during revisions and how outputs package for CAD and civil handoff. Features received 40% weight based on revision artifacts, turnout and ladder connectivity logic, constraint checks, and export workflows such as DXF and LandXML.
Ease and value each received 30% weight based on drafting iteration speed, station-aware workflow support, and how much manual cleanup teams must perform after revisions. ProVI Rail separated itself by combining rail-specific geometry propagation that keeps alignment and connected element edits coherent with engineering stationing and turnout numbering that reduce renaming work after revisions.
Frequently Asked Questions About Track Plan Software
How does track plan software keep geometry edits consistent across revisions?
Which tool fits engineering stationing workflows that must remain traceable to labeled segments?
How do these tools handle DXF and LandXML export for civil CAD handoff?
What tradeoff appears when a planning team depends on exported geometry to validate in downstream tools?
When is disciplined revision history more useful than fast drafting speed?
Which product is better for yard ladder connectivity logic rather than freeform drawing edits?
How do turnout and ladder placement tools reduce rework during iterative layout updates?
How does an operational layout focus differ from CAD-first track geometry planning?
How do integrations and APIs show up in practice for track layout automation?
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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