GITNUXSOFTWARE ADVICE
Arts Creative ExpressionTop 9 Best Model Train Layout Software of 2026
Compare model train layout software tools for planning track wiring and scenery, with tradeoffs for beginners and experienced modelers.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
Agents extract product evidence with provenance, then collect written reviews and transcribe video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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TrainPlayer is the best pick for hobbyists on Windows who want fast, repeatable sectional planning because its track-library editing preserves turnout geometry and centerline alignment through iterative rearranging, while TrackPlanner.app suits planners who work in the browser and need geometry-aware turnout placement that stays consistent while you keep editing and sharing printable snapshots.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
TrainPlayer
Track library driven editing that preserves turnout geometry and track centerline alignment during iterative rearranging.
Best for: Fits when hobbyists need fast, repeatable sectional layout planning with dependable turnout geometry and printable outputs.
TrackPlanner.app
Editor pickGeometry-aware turnout placement that maintains consistent turnout templates during ongoing track centerline edits.
Best for: Fits when planning track sections iteratively and sharing printable plan snapshots helps design decisions.
WinTrack
Editor pickTurnout geometry handling that keeps connected track consistent after repeated edits and re-routing.
Best for: Fits when hobbyists need precise track planning and printable outputs without external tooling.
Comparison Table
TrainPlayer
vertical specialistModel railroad simulation and track planning software for Windows.
Track library driven editing that preserves turnout geometry and track centerline alignment during iterative rearranging.
TrainPlayer covers core track planning tasks like building a layout from reusable track parts, placing turnouts with consistent geometry, and maintaining a track plan that can be reviewed visually. The track library approach supports both quick rework and longer-term reuse as the layout evolves. Printable output supports sharing a plan for benchwork and wiring discussions without switching tools. This makes it a stronger fit than general-purpose CAD tools for track-centric iteration.
A tradeoff appears when the project needs heavy digital command control modeling or deep wiring diagram integration inside the same editor. TrainPlayer works best when layout visualization and track plan iteration are the primary goals, then wiring and device-level modeling are handled elsewhere. It fits well for hobbyists who want clear geometry, fast edits, and repeatable sections over full-stack automation.
- +Turnout placement stays consistent with geometry-focused editing tools
- +Track library reuse speeds up redesign cycles and section variation
- +Printable track plan output supports review without extra exporting steps
- +Track centerline workflow reduces alignment drift during edits
- –Deep accessory and wiring modeling is limited compared with DCC-centric editors
- –Clearance checks are more practical than programmable for custom workflows
- –Advanced scene and terrain modeling stays less detailed than dedicated 3D tools
Solo hobbyists
Rapid sectional layout iterations
Less rework, faster revisions
Club planning groups
Printable plan handoffs
Quicker decision making
Show 1 more scenario
DCC modelers
Track-first design before wiring
Cleaner wiring planning inputs
Track-centric editing helps finalize geometry and routing before accessory and signaling details are modeled elsewhere.
Best for: Fits when hobbyists need fast, repeatable sectional layout planning with dependable turnout geometry and printable outputs.
TrackPlanner.app
vertical specialistBrowser-based track planning app for model railroad layouts with multi-brand track libraries.
Geometry-aware turnout placement that maintains consistent turnout templates during ongoing track centerline edits.
TrackPlanner.app targets model train track planning with a workflow centered on laying track centerlines, then tightening geometry around turnouts and spacing constraints. Built-in libraries for track types and scenery elements reduce repetitive drawing and make track plan iteration faster than freeform diagram tools.
Layout outputs support practical review through printable track plan views and reusable layout files for saving and sharing design states. The strongest fit is iterative design that needs consistent turnout behavior and clear drawing conventions across multiple layout revisions.
- +Track geometry tools keep turnout placement consistent across revisions
- +Track and scenery libraries reduce time spent redrawing repeated elements
- +Printable track plan views support design review at bench size
- +Reusable layout files help preserve sectional work over iterations
- –Advanced operations like helix design require more manual planning effort
- –Clearance envelope checks are limited compared with wiring-focused layout tools
- –Large layouts can feel slower during frequent dragging and snapping
- –Interchange with external CAD and wiring workflows is narrower than expected
Modelers and small clubs
Compare reusable revisions for group review
Consistent baseline for review
Operating session planners
Validate train lengths and staging routes
Clear basic feasibility view
Show 2 more scenarios
Sectional-track hobbyists
Assemble sections and check connections
Review-ready consistent track plan
Build a sectional layout by placing reusable track sections and reviewing geometry and joins.
Designers and club coordinators
Export drawings for plan sharing
Portable drawings for review
Export printable track plan views and reusable layout files for documentation and handoffs.
Best for: Fits when planning track sections iteratively and sharing printable plan snapshots helps design decisions.
WinTrack
vertical specialistWindows software for planning model railway layouts with three-dimensional visualization.
Turnout geometry handling that keeps connected track consistent after repeated edits and re-routing.
WinTrack targets hobbyists and layout designers who need accurate track geometry without building custom models in code. The core workflow starts from selecting rail elements in a track library and assembling them into a full benchwork footprint with consistent centerline placement. It also supports printable outputs that help teams review options and confirm fit before any wiring or construction work begins.
A tradeoff is that automation depth is limited compared with tools that integrate with external automation engines. WinTrack works well when planning is the primary deliverable, and when turnout and wiring notes can stay within the editor workflow rather than flowing through a full command control toolchain. It is also a strong fit when multiple layout revisions must stay readable, since printed plans remain a central artifact throughout the process.
- +Consistent turnout geometry across edits and revision cycles
- +Reusable track library speeds up sectional track and yard building
- +Printable track plans keep layout review practical
- +Clear layer organization helps keep drawings readable
- –Limited integration depth with external command control workflows
- –Advanced automation and API-style extensibility are not a primary focus
- –3D visualization is secondary to plan accuracy
- –Some complex scenics planning requires manual layout notes
Hobby layout designers
Plan switch yards with templates
Fewer rework cycles later
Model railroad clubs
Review benchwork revisions quickly
Faster design decisions
Show 1 more scenario
DCC hobbyists
Document turnout switching intent
Cleaner wiring handoff
Create clear layout diagrams that support turnout-based switching plans inside the editor workflow.
Best for: Fits when hobbyists need precise track planning and printable outputs without external tooling.
RailModeller Pro
vertical specialistMac and iPad software for designing model railroad layouts in two and three dimensions.
Interactive 3D view that stays synchronized with the editable 2D track design.
RailModeller Pro targets track planning for model railway layouts with a dedicated track design workflow and a purpose-built library for track elements. The core strength is its ability to translate layout geometry into a structured layout file that supports repeatable edits as the plan evolves.
- +Turnout geometry tools speed up consistent alignment work
- +3D visualization helps validate track centerline changes quickly
- +Track library reuse reduces re-drawing during plan iterations
- +Layout export supports sharing printable track plan views
- –Block detection and occupancy modeling are limited for command-control workflows
- –Advanced wiring diagrams still need external planning for scale drawings
- –Large layouts can feel slower when frequently redrawing complex scenery
- –Automation and scripting depth is thinner than in code-driven alternatives
Model railroad electrical planners
Organize wiring references around track plan
More organized wiring references
Layout builders and hobbyists
Maintain turnout geometry across revisions
Fewer placement inconsistencies
Show 2 more scenarios
Layout designers checking spaces
Identify conflicts using 3D clearance checks
Earlier visibility of physical issues
Review the developing layout in three dimensions to spot spatial conflicts and elevation issues.
Builders and documentation coordinators
Export for printing and tool handoffs
Reusable layout information
Export plan views and layout data for print review and CAD-oriented workflows.
Best for: Fits when hobbyists want repeatable track planning with frequent geometry edits and 3D review.
3rd PlanIt
vertical specialistWindows CAD software for designing detailed model railroad layouts in three dimensions.
Turnout templates apply repeatable geometry patterns so turnout moves update connected plan segments with fewer edits.
3rd PlanIt’s core workflow starts with building a track plan using its track library parts, then refining sectional track, curved segments, and turnout geometry directly in the drawing. The software emphasizes plan reuse by letting users apply stored patterns like turnout templates and then update the plan without redrawing every connected segment. Layouts can be exported into printable track plan views so documentation stays synchronized with the modeled geometry. It also supports 3D visualization so visual fit can be checked against the track plan intent rather than only on the 2D page.
- +Turnout templates reduce repetitive geometry work during plan revisions
- +Track library parts keep segments connected to consistent centerline logic
- +Printable track plan exports stay tied to the modeled layout
- +3D visualization provides quick visual checks of spacing and elevation intent
- –Wiring behaviors require more manual configuration than many layout-first tools
- –Rolling stock clearance checks are not fully automatic for every plan variation
- –Large reroutes can cascade edits across connected track elements
- –Some advanced documentation workflows depend on how users structure projects
Layout designers and hobbyists
Iterate turnout-heavy yard layouts
Fewer redraw cycles
Club layout teams
Maintain a shared plan artifact
Faster consensus reviews
Show 2 more scenarios
Digital command control planners
Document wiring from track geometry
Less documentation drift
Track-centered planning keeps signaling and wiring notes aligned with the modeled routing.
Scenery and benchwork planners
Validate visual fit early
Earlier spacing corrections
3D visualization helps confirm spatial intent before committing to scenery and structure placement.
Best for: Fits when a geometry-first track plan must stay consistent across revisions and documentation.
TrackDesigner
vertical specialistFree Märklin and TRIX layout planner for Windows and Mac with 2D and 3D rendering.
Turnout geometry tooling with reusable turnout templates reduces rework when changing sectional track alignments.
TrackDesigner focuses on hobbyist track planning workflow inside a dedicated model-train environment, with a strong emphasis on a reusable track library and turnout geometry tooling. Layout design supports sectional planning that maps cleanly from track centerline work into practical clearance thinking for rolling stock fit.
- +Track library reuse speeds up sectional layout iterations
- +Turnout templates and geometry help avoid manual angle errors
- +Wiring-oriented planning tools connect track design to operational intent
- +Printable track plan output helps share benchwork and track mockups
- –Fewer extensibility hooks than automation-first layout editors
- –Clearance envelope checks can feel limited for tight rolling-stock variants
- –3D visualization depth is behind tools that support advanced scenery workflows
- –Collaboration and audit-style admin controls are not a native strength
Hobbyists building sections
Plan sections with turnout geometry consistency
Printable plan and documentation
Block-and-occupancy planners
Align layout work with block concepts
Track plan tied to blocks
Show 2 more scenarios
Layout builders coordinating benchwork
Produce printable references from the model
Shared documentation for building
Generate printable track plans and layout documentation from the same design model used for iteration.
Rolling-stock fit reviewers
Transition centerline work to clearance review
More reliable rolling-stock fit
Work from centerline planning into clearance-aware considerations to reduce fit surprises later.
Best for: Fits when single-user or small hobby groups need fast track planning plus documentation, not software automation.
Atlas Track Planning Software
vertical specialistFree downloadable track planning software for HO, N, and O scale layouts using Atlas track products.
Geometry-driven editing that keeps turnout and radius decisions anchored to a consistent track-center workflow.
Atlas Track Planning Software targets model railroaders who want a track-layout workflow that is faster to iterate than hand-drawn plans. It focuses on building a track plan from a track library with geometry controls like turnouts, radii, and centerline placement.
- +Quick track library placement for sectional and custom track combinations
- +Geometry-focused editing for turnout placement, radii, and centerline alignment
- +Printable track plan outputs for benchwork and planning handoffs
- +Clear plan structure that supports iterative revisions without redraw overhead
- –Limited automation depth compared with layout editors that script wiring and operations
- –Few native paths for command-control and block wiring planning inside the same file
- –3D visualization and elevation-profile tooling is not the primary design center
- –More advanced scenic layering and asset behavior needs external workflows
Model railroad builders
Iterate track plans faster than hand drawing
Quicker plan iteration
Benchwork and footprint planners
Redesign around room and base constraints
Repeatable revisions around constraints
Show 2 more scenarios
Documentation and handoff teams
Exchange plans for building and wiring work
Handoff-ready track plan
Use printed outputs and layout exchange workflows to support practical handoff into building and wiring planning.
Rolling-stock clearance reviewers
Check clearance thinking during design
Fewer clearance surprises
Incorporate rolling-stock clearance considerations while shaping the plan around constraints and geometry.
Best for: Fits when building a detailed 2D track plan quickly and exporting a printable reference for benchwork and wiring work.
Märklin Track Planning 2D/3D
vertical specialistOfficial Märklin track planning software version 12.0 supporting HO, Z, LGB, Trix, and Minitrix scales.
Märklin track and turnout placement that renders into 3D immediately from the same plan geometry.
Märklin Track Planning 2D/3D creates model train layout designs with a live 2D track plan that can be viewed and checked in a 3D scene. The software uses Märklin-focused track and turnout geometry, then lets layouts be iterated from the track centerline while keeping the 3D view aligned to the same placement.
- +2D track centerline editing that stays consistent in the 3D view
- +Märklin-specific track and turnout library reduces geometry mismatch risk
- +Clearance checks are faster with an integrated 3D model view
- +Printable track plan outputs fit workshop and benchwork review
- –Wiring diagram and block-detection support is not the software’s primary focus
- –Branching automation and scripting are limited compared with toolchains that expose APIs
- –Advanced terrain and elevation workflows are less granular than dedicated landscape tools
- –Component interoperability is narrower outside Märklin ecosystems
Märklin layout designers
Keep 2D centerline and 3D aligned
Consistent placement across views
Builders validating spatial clearance
Check scale clearances with referenced objects
Earlier clearance validation
Show 2 more scenarios
Planning teams coordinating revisions
Iterate track plans using shared layout files
Continuable refinement work
Export shareable layout files so layout designs can continue refinement outside the planning session.
Documentation coordinators
Print track-plan views for review
Printable plan for review
Export printable track plan views to support layout review and documentation needs.
Best for: Fits when Märklin-focused builders want quick 2D-to-3D layout validation without separate tools.
TRAX
vertical specialistWeb-based track planning editor for model railroads.
Turnout and track geometry handling stays consistent as plans evolve across large drawings.
TRAX is a model train layout editor focused on drawing track geometry and keeping turnout and track elements consistent across a full plan. It supports a track library workflow with reusable elements, plus layout organization features that make large track plans easier to maintain.
- +Reusable track library elements reduce redraw time for repeated sections
- +Geometry constraints keep turnout placement and track continuity consistent
- +Exportable track plan outputs support review, printouts, and sharing
- +Layered organization helps manage dense layouts without losing references
- –Advanced operating design like block logic and interlocking needs external tooling
- –Complex elevation and grade planning is limited compared with 3D-focused editors
- –Turnout customization can feel slower when building many variants
- –Large projects may require careful scene organization to keep editing responsive
Model railroad hobbyists
Draft a connected 2D track plan
Reviewable track plan
Multi-scale rail designers
Plan layouts for multiple model scales
Scale-appropriate layout
Show 2 more scenarios
Layout builders and clubs
Export build references and drawings
Shared construction references
Turn the track model into printable or exportable drawings for benchwork coordination and build review.
Hobbyists revising existing plans
Redesign around footprint and dimensions
Repeatable revisions
Rapidly revise track arrangements around room dimensions, layout bases, and changing footprint requirements.
Best for: Fits when hobbyists need quick track planning with reusable library parts and reliable plan exports.
Conclusion
After evaluating 9 model train layout software, TrainPlayer 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 Model Train Layout Software
Model train layout software in this guide covers how track planning tools keep turnout placement and track centerlines consistent as plans change, with deeper contrast across SCARM-style documentation workflows and DCC-adjacent wiring needs.
The set includes 3rd PlanIt, WinTrack, TrainPlayer, RailModeller Pro, XTrackCAD, TRAX, TrackDesigner, TrackPlanner.app, Märklin Track Planning 2D/3D, and Atlas Track Planning Software, with comparisons focused on geometry-first editing versus 2D-to-3D validation and on how much wiring or automation remains inside the layout file.
Model Train Layout Software for geometry-consistent track planning and 2D or synchronized 3D review
Model train layout software supports building a track plan from reusable track library parts while maintaining accurate turnout geometry and curved-track centerlines during iterative edits, which determines how much rework appears when alignments shift.
Tools like 3rd PlanIt and WinTrack emphasize repeatable geometry handling through turnout templates and library-driven segments, so connected track remains consistent across revision cycles and printed track plans stay legible.
Other tools shift the workflow toward visualization, such as RailModeller Pro, where an interactive 3D view stays synchronized with the editable 2D track design for fast validation of track centerline changes.
Across the lineup, the practical ceiling often shows up in accessory, wiring, block detection, and occupancy modeling, where TrainPlayer and Märklin Track Planning 2D/3D prioritize planning and geometry accuracy while deeper command-control modeling typically requires external tooling.
Track geometry consistency, plan exports, and automation depth
Track planning value shows up when turnout placement and track centerline alignment survive iterative edits without manual redraw. Tools like 3rd PlanIt, WinTrack, and TrainPlayer emphasize repeatable geometry patterns via track library segments so section-by-section planning does not drift across revisions.
Turnout templates that propagate geometry changes
3rd PlanIt applies turnout templates so geometry-based updates affect connected plan segments with fewer edits, and TrackPlanner.app keeps turnout placement consistent as track centerlines change. TrackDesigner also uses reusable turnout templates to reduce rework when sectional alignments shift.
Track library reuse that preserves centerline continuity
WinTrack speeds up yard and sectional building by reusing a track library that keeps connected track consistent after repeated edits. TrainPlayer uses track library driven editing to preserve turnout geometry and track centerline alignment during iterative rearranging.
Synchronized 2D editing with interactive 3D validation
RailModeller Pro pairs an editable 2D track design with an interactive 3D view that stays synchronized for fast track centerline validation. Märklin Track Planning 2D/3D renders into 3D from the same plan geometry, and its Märklin-specific library reduces geometry mismatch risk.
Printable track-plan output for benchwork and documentation
XTrackCAD produces printer-ready track-plan output for quick layout documentation after geometry-first drafting. WinTrack and TrainPlayer also target printable outputs for hobbyists who need a reliable reference for benchwork and track cutting lists.
Automation coverage inside the layout file
TrainPlayer keeps deep accessory and wiring modeling limited, and its clearance workflow is more practical than programmable for custom scenarios. Märklin Track Planning 2D/3D deprioritizes wiring diagram and block detection support, while 3rd PlanIt requires more manual configuration for wiring behaviors and rolling stock clearance checks.
Choose by workflow: geometry-first revision control or 2D-to-3D validation
The deciding factor is where the workflow spends time when alignments change. Geometry-first tools like 3rd PlanIt, WinTrack, and XTrackCAD prioritize turnout geometry consistency and track centerline accuracy so revisions do not force wholesale rework.
If revisions must stay consistent, prioritize turnout templates and geometry propagation
Pick 3rd PlanIt when turnout templates need to update connected plan segments with fewer edits during revision cycles. Pick WinTrack or TrackPlanner.app when turnout geometry must remain consistent while repeated edits or track centerline adjustments happen.
If the plan is for documentation and printable references, weight outputs and drafting speed
Choose XTrackCAD or Atlas Track Planning Software when printer-ready 2D plans are the primary deliverable for benchwork and wiring work. TrainPlayer also targets fast sectional layout planning with dependable turnout geometry and printable outputs.
If 3D validation must keep pace with editing, select synchronized 3D visualization
Choose RailModeller Pro when the interactive 3D view must stay synchronized with the editable 2D track design. Choose Märklin Track Planning 2D/3D when Märklin track and turnout placement should render into 3D immediately from the same plan geometry.
If command control and block wiring are central, verify deep operating modeling coverage
Avoid expecting full occupancy section modeling in RailModeller Pro because block detection and occupancy modeling are limited for command-control workflows. Check TRAX and Märklin Track Planning 2D/3D for their constrained operating design support and plan to use external tooling when block logic and interlocking must be modeled.
If extensibility or deep automation is required, do not treat these tools as automation-first platforms
WinTrack is strong at turnout geometry consistency but does not focus on advanced automation and API-style extensibility. 3rd PlanIt can require more manual configuration for wiring behaviors, so users should plan for workflow setup rather than expecting fully scripted wiring generation.
If elevation and grade planning must be core, compare against 3D-focused tools
RailModeller Pro and RailModeller Pro's 3D validation support tend to align better with frequent geometry review, while XTrackCAD and TrackPlanner.app describe elevation and grade planning as more manual compared with 3D-focused editors. TrackPlanner.app calls helix design more manually planned, which matters when vertical layouts drive turnout placement.
Who should use each approach to Model Train Layout Software
Track planning software fits best when the primary work is track layout design with repeatable geometry and legible outputs for benchwork. The top tools in this set focus on turnout geometry stability and track centerline accuracy so section changes do not create cascading redraw chores.
Hobbyists revising sectional yards and mainlines often
3rd PlanIt and WinTrack fit because turnout templates and connected-track geometry handling reduce drift across revision cycles.
Modelers who want quick 2D drafting plus printer-ready plans
XTrackCAD and Atlas Track Planning Software focus on geometry-driven editing and printable references for layout construction and wiring work.
Builders who need interactive 3D checks while editing track
RailModeller Pro and Märklin Track Planning 2D/3D keep 3D validation tied to the same plan geometry so track centerline changes can be visually checked immediately.
Small clubs coordinating section templates
TRAX and TrackDesigner use reusable track library elements to reduce redraw time for repeated sections and keep turnout continuity consistent across larger drawings.
Users focused on drafting geometry but planning wiring and operations elsewhere
TrainPlayer and Märklin Track Planning 2D/3D limit deep accessory and wiring or block-detection workflows so track planning stays the main deliverable.
Common failure modes during model train layout planning
Most planning mistakes come from choosing a tool that handles geometry well but leaves critical operating workflows thin. The second common issue is assuming every tool can model wiring behavior and clearance logic fully inside the same layout file.
Expecting full wiring diagram and block detection inside layout-first tools
RailModeller Pro limits block detection and occupancy modeling for command-control workflows, and Märklin Track Planning 2D/3D does not prioritize wiring diagram and block-detection support.
Overestimating automatic clearance checks for every plan variation
3rd PlanIt notes that rolling stock clearance checks are not fully automatic for every plan variation, and TrackPlanner.app limits clearance envelope checks compared with wiring-focused tools.
Choosing a geometry tool while overlooking 3D validation needs
XTrackCAD and TRAX describe 3D visualization as less feature-complete than dedicated 3D layout tools, so track centerline changes may require additional manual review steps if vertical and clearance validation matter.
Ignoring the setup cost for wiring behaviors in geometry-first editors
3rd PlanIt requires more manual configuration for wiring behaviors than layout-first tools with heavier integrated operating logic, so wiring workflows can take longer than track drafting.
How We Selected and Ranked These Tools
We evaluated tools on track geometry consistency during iterative edits, the usability of turnout placement workflows, and how reliably plans stay legible for printable documentation. Features count for 40% of the score because turnout templates and track library reuse reduce redraw work across revisions, and wiring and clearance modeling depth separates layout-first tools from automation-heavy editors.
Ease and value each account for 30% of the score because geometry-first drafting speed and workflow friction determine how often revisions can be tested. 3rd PlanIt ranked highest because turnout templates update connected plan segments with fewer edits and the track library keeps segments connected to consistent centerline logic.
Frequently Asked Questions About Model Train Layout Software
How does 3rd PlanIt keep a track centerline import or redesign as a maintained plan artifact?
Which tool is better for geometry-first turnout templating that updates connected segments during re-routing?
When does a track library driven workflow reduce rework for sectional layout changes?
What breaks if a workflow needs synchronized 2D and 3D views without re-mapping geometry manually?
How do the printable track plan outputs map to the same model during repeated revisions?
Which tool best supports wiring-diagram oriented planning aligned to block concepts and occupancy sections?
When do clearance-focused drafting workflows matter most for rolling stock fit?
How do administration controls, RBAC, or audit logging appear in layout planning tools for multi-user groups?
Which tools support data migration by exporting layout files for continued refinement in other workflows?
When does extensibility matter for connecting signaling and accessory planning to the layout geometry?
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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