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Aerospace Aviation SpaceTop 10 Best Weight And Balance Software of 2026
Top 10 weight and balance software ranked by features and reporting for flight ops, including TRBOnet and SITA comparisons.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
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Aviolinx RAIDO Weight & Balance is the best fit for operations teams that need repeatable W&B calculations with CG validation and consistent load-sheet output, while Weight & Balance by Aircraft Spruce works best when GA crews just want consistent worksheets and load-sheet PDFs using local weight assumptions.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Aviolinx RAIDO Weight & Balance
Aircraft profile driven CG envelope validation keeps results consistent across recurring aircraft and load scenarios.
Built for fits when operations teams need repeatable W&B calculations with CG validation and consistent load sheet outputs..
Leon Software
Editor pickAircraft-specific profile configuration drives consistent CG envelope checks across rerun scenarios.
Built for fits when flight ops teams need repeatable aircraft-specific W&B outputs for daily schedule changes..
Aviobook
Editor pickAircraft-specific profile binding keeps station arms and operational configuration consistent across repeated load sheets.
Built for fits when flight ops teams need repeatable aircraft-profile W&B and load sheet output for turn planning..
Comparison Table
Aviolinx RAIDO Weight & Balance
enterpriseRAIDO includes weight and balance capabilities for electronic flight folder workflows and operational flight data handling.
Aircraft profile driven CG envelope validation keeps results consistent across recurring aircraft and load scenarios.
Aviolinx RAIDO Weight & Balance is built around repeatable W&B workflows that convert operational inputs into an aircraft load plan and CG result set. The workflow orientation reduces manual rework when the same aircraft, stations, and load constraints repeat across legs. Report outputs support operational documentation needs such as a load sheet PDF and scenario evidence.
A key tradeoff is that the workflow only delivers high throughput when aircraft profiles and station definitions are maintained at setup time. It fits teams that run frequent turn operations and want consistent CG validation output across passenger, cargo, and mixed load cases.
- +Aircraft-specific profiles keep CG checks aligned to configuration changes
- +Template-driven workflows reduce calculation variability across stations and legs
- +Load sheet outputs support operational document handoff without manual formatting
- +CG validation logic surfaces envelope violations during plan creation
- –High throughput depends on accurate aircraft profile setup
- –Complex scenarios can require more input mapping than spreadsheet methods
- –API and automation depth are less obvious than within-menu workflow features
- –Governance controls are limited compared with enterprise fleet systems
Airport load control teams
Per-flight load sheet generation
Faster, consistent document output
Flight operations supervisors
Mixed passenger and cargo loads
Fewer reworks during approvals
Show 2 more scenarios
Small airline operations
Recurring aircraft turn planning
More predictable turn workflows
Operations staff reuse aircraft-specific configurations to standardize calculations across daily legs.
Charter dispatch coordinators
One-off aircraft configuration changes
Controlled handling of changes
Dispatch coordinators update aircraft profile inputs and validate CG results before load sheet release.
Best for: Fits when operations teams need repeatable W&B calculations with CG validation and consistent load sheet outputs.
Leon Software
enterpriseAviation operations platform with weight and balance support for charter and airline workflows.
Aircraft-specific profile configuration drives consistent CG envelope checks across rerun scenarios.
Leon Software fits teams running frequent schedule changes who need aircraft-specific assumptions applied consistently across dispatch, ramp, and planning staff. It is built around an operational W&B workflow that produces load sheet PDFs and related calculations from controlled input sets. Reporting emphasizes traceability from entered weights and configuration to computed CG results, which helps when operations teams audit flight-day changes.
A notable tradeoff is that achieving disciplined results requires careful maintenance of aircraft profiles and station data so the calculation basis stays aligned with actual fleet configuration. The product works best when flight ops teams standardize how passenger boarding trim sheets, cargo plans, and fuel assumptions are entered so scenarios can be rerun quickly for schedule edits.
- +Aircraft profile handling supports consistent CG and weight calculations
- +Load sheet PDF outputs help standardize distribution across teams
- +Scenario reruns reduce recalculation time during schedule changes
- +Reporting ties computed results back to operator inputs
- –Station and profile data maintenance is required to prevent drift
- –Automation depth can feel limited without internal process alignment
- –Some advanced edge cases may require manual workflow handling
- –Output formatting flexibility depends on configured templates
Flight dispatch teams
Recalculate loads after schedule changes
Faster change turnaround
Fleet operations teams
Standardize load planning inputs
Fewer calculation discrepancies
Show 2 more scenarios
Ramp planning coordinators
Produce shareable load artifacts
Clearer operational handoffs
Load sheet PDFs provide a consistent basis for ramp and onboard coordination.
Operations audit and QA
Trace scenario inputs to outputs
Improved operational traceability
Reports document the chain from operator inputs to computed CG results for review.
Best for: Fits when flight ops teams need repeatable aircraft-specific W&B outputs for daily schedule changes.
Aviobook
enterpriseElectronic flight bag and airline operations platform with onboard and dispatch-oriented weight and balance support.
Aircraft-specific profile binding keeps station arms and operational configuration consistent across repeated load sheets.
Aviobook supports standard W&B inputs used in ramp and departure planning, including zero fuel weight, ramp weight, and fuel-related adjustments, then computes a CG position against the configured limits. It includes aircraft-specific profile handling so the station arms, equipment weights, and configuration choices remain consistent when the same tail and layout are used repeatedly. Output generation centers on load sheet PDF creation, which helps teams send a single document to dispatch and ground operations.
The main tradeoff is that teams still need clean upstream data for weights, densities, and baggage factors because Aviobook does not automatically infer missing load-manifest details from an unstructured source. The best usage situation is planned turnarounds where planners want one repeatable workflow for pax, baggage, cargo, and fuel inputs that ends with an auditable calculation trail inside the generated load sheet.
- +Aircraft profile reuse reduces repeated setup for recurring rotations
- +Load sheet PDF output supports dispatch and ground distribution
- +CG calculations remain tied to configured limits and operational inputs
- +Repeatable computation inputs support consistent results across turns
- –Requires upstream weight data hygiene for reliable CG outcomes
- –Less suited to ad hoc one-off calculations without predefined profiles
- –Automation depth depends on how external systems can supply inputs
- –Document formatting control can feel limited for bespoke templates
Flight operations planning
Create turn load sheets from inputs
Fewer manual cross-checks
Ramp and load teams
Standardize station-arm based calculations
More consistent loading instructions
Show 1 more scenario
Dispatch document control
Distribute signed load documentation
Faster document circulation
Dispatch receives a single load sheet PDF that captures inputs and the derived CG outcome for the flight record.
Best for: Fits when flight ops teams need repeatable aircraft-profile W&B and load sheet output for turn planning.
Weight & Balance by Aircraft Spruce
vertical specialistAircraft loading and weight and balance software for pilots and aircraft owners.
PDF load sheet output built directly from station arms and moment index math in a single preparation flow.
Weight & Balance by Aircraft Spruce targets GA operators who need repeatable load-sheet math tied to aircraft weights and CG limits, with calculations centered on moments and CG position. The workflow supports building a load manifest from station arms, applying load weights across ramp, takeoff, and landing scenarios, and producing load sheet PDFs for flight records.
It also supports common fuel modeling factors like fuel density factor and baggage weight factor so pilots can match local weight assumptions. Compared with tools built for airline load-control teams, it is narrower in automation and fleet governance, but it is straightforward for day-to-day W&B preparation.
- +Generates load sheet PDFs from station-arm based calculations for quick filing
- +Supports multiple flight weight states like ramp and takeoff in one workflow
- +Applies weight assumption factors such as fuel density factor and baggage weight factor
- +Calculates moment and CG position from an aircraft-specific profile
- –Limited API surface for integration with EFB workflows and electronic load sheet signatures
- –Fleet configuration sync and multi-aircraft governance controls are minimal
Best for: Fits when GA flight crews need consistent W&B worksheets and load-sheet PDFs with local weight assumptions.
ForeFlight
SMBElectronic flight bag software with integrated weight and balance tools for flight planning.
Load sheet PDF production directly from the EFB planning workflow for crew-ready document delivery.
ForeFlight generates aircraft load sheets and weight and balance outputs from profile-based aircraft definitions and station data. It ties W&B calculations to EFB workflows with load plan review screens and exportable load sheet PDFs for crew distribution.
The app supports EFB integration patterns that reduce manual re-entry across preflight planning and in-flight document access. Documentation generation focuses on repeatable configuration inputs rather than deep back-office throughput for large multi-aircraft fleets.
- +EFB-first W&B workflow with review screens aligned to preflight steps
- +Profile-based aircraft configuration reduces repeated data entry errors
- +Load sheet PDF outputs support quick crew and dispatcher handoff
- +Calculation results update in the same planning session as inputs change
- –Fleet-wide automation and multi-station governance are limited compared to ops suites
- –Requires careful aircraft configuration maintenance to match local loading practices
- –API and automation surface for external systems is narrower than general ops platforms
- –Less suited for high-volume batch planning across many aircraft in one run
Best for: Fits when flight departments need fast EFB load plan generation with consistent aircraft profiles.
OzRunways
vertical specialistElectronic flight bag software that includes aircraft weight and balance planning for general aviation operators.
Aircraft-centric configuration and repeatable loading workflows to keep CG checks consistent across turnaround cycles.
OzRunways is a weight and balance workflow tool built for flight operations teams that need repeatable load preparation and review. It supports aircraft and fleet configuration inputs to generate loading outcomes, including CG-related calculations and load sheet outputs.
Teams can structure passenger and cargo loading steps into a controlled process that reduces manual recalculation during turnaround. The product’s focus is on producing consistent load documentation rather than providing standalone pilot-performance computation.
- +Aircraft-specific workflows reduce manual CG recomputation between stages
- +Load sheet style outputs support operational document consistency
- +Structured inputs for pax and cargo support repeatable turnaround processes
- +Fleet configuration reuse reduces setup time across aircraft types
- –Automation depth for external data sources like EFB or ACARS can be limited
- –Governance controls like RBAC and audit log are not clearly documented for every deployment
Best for: Fits when flight ops teams need consistent W&B calculations and load sheet outputs across multiple aircraft types.
FLYER
enterpriseAirline operations software suite that includes load control and weight and balance capabilities.
Aircraft-specific profile handling ties configuration inputs to CG limits validation inside the same workflow.
FLYER is a weight and balance workflow system built around aircraft-specific computation and documented load planning outputs. The core capabilities cover station-arm loading, CG envelope checks, and generation of load manifest style documents for flight ops.
It also supports EFB integration for electronic load sheet distribution and can align aircraft configuration inputs to fleet variations. Where teams need change tracking across revisions, FLYER’s audit-style history helps governance of load plan updates.
- +Aircraft-profile driven CG envelope checks reduce manual calculation errors.
- +Load sheet outputs are formatted for operational review and distribution.
- +EFB integration shortens the path from W&B calculation to cockpit display.
- +Revision history supports traceability for late load plan changes.
- –API and automation surface is limited compared with integration-first W&B vendors.
- –Complex ULD build-up workflows need careful configuration per aircraft type.
- –Some governance controls require process discipline during multi-user edits.
Best for: Fits when flight ops teams need repeatable W&B calculations with aircraft profiles and EFB-ready load outputs.
WinAir
enterpriseAviation maintenance and operations platform with an integrated weight and balance module for aircraft loading control.
Worksheet revision tracking that ties each CG outcome back to the specific input set used for that revision.
WinAir delivers weight and balance and load-planning workflows tailored to flight operations, with aircraft-specific inputs that calculate CG results from ramp, takeoff, and fuel states. The software produces exportable load documentation such as load sheets and CG reports, supporting repeatable calculations across different aircraft configurations. WinAir also supports operational traceability through versioned worksheets and traceable inputs, which helps teams manage revisions during passenger or cargo changes.
- +Aircraft configuration inputs reduce manual transcription errors during load changes
- +Load sheet and CG report outputs support consistent distribution to flight crews
- +Revision history on worksheets helps track input changes during late updates
- +Clear separation between fuel, payload, and weights supports predictable recalculation
- –Automation depends on supported document formats, which can limit integration depth
- –Governance controls like granular RBAC and formal audit logs are not evident in workflow
- –Complex ULD build-up workflows require disciplined preparation of cargo inputs
- –Fleet synchronization for mixed types may require extra admin effort per configuration
Best for: Fits when operations need consistent aircraft-specific W&B calculation and repeatable load-sheet production.
Skydemon
SMBFlight planning software that includes aircraft profiles with weight and balance calculations for general aviation pilots.
Aircraft-specific CG limits and station-arm based recalculation power rapid load sheet updates during planning.
Skydemon performs weight and balance calculations from aircraft and loading inputs, then outputs a load sheet suitable for flight paperwork. It supports aircraft-specific configuration for center of gravity limits and produces station-arm based results for typical pax and baggage load patterns.
Calculations can be updated quickly as load changes, with consistent recalculation of moment indexes and CG positions across the session. Reporting focuses on generating W&B outputs rather than building a fully governed enterprise workflow.
- +Fast recalculation when passenger and cargo inputs change
- +Aircraft-specific CG limit handling supports repeatable load planning
- +Clear load sheet outputs suitable for cockpit and briefing use
- +Moment index updates stay consistent across input edits
- –Limited evidence of deep automation and workflow provisioning for ops departments
- –Less focused than enterprise W&B suites on RBAC and audit log controls
- –No clear native API surface for ACARS upload workflows
- –Governance features for station management and change history are thin
Best for: Fits when flight operations teams need quick, aircraft-specific load sheet outputs for routine load changes.
RocketRoute
SMBFlight planning platform that supports aircraft profile management including weight and balance functions for operational dispatch.
Aircraft-specific profiles drive CG envelope calculations inside a single load sheet workflow, reducing mismatch risk between inputs and limits.
RocketRoute targets flight operations teams that need repeatable weight and balance workflows tied to specific aircraft and station processes. The core value comes from aircraft-specific loading inputs, CG envelope checks, and generation of load sheets and passenger and cargo trim artifacts from a controlled calculation flow.
Report output can be standardized for operational use by reusing saved aircraft and station configurations. Integration depth shows up mainly around export-ready outputs and data handoff steps rather than real-time performance data exchange.
- +CG envelope validation runs against configured aircraft limits
- +Load sheet outputs support repeatable station and aircraft workflows
- +Saved templates reduce rework across scheduled departures
- +Calculation inputs cover both passenger and cargo allocation patterns
- –API automation is limited compared with tools built for full workflow integration
- –Governance controls for multi-station change management need tighter review
- –Some niche performance bridges require manual handoff outside W&B
- –Workflow coverage can lag for complex ULD build-up planning
Best for: Fits when flight ops teams need consistent CG checks and load sheet production across recurring aircraft and stations.
Conclusion
After evaluating 10 aerospace aviation space, Aviolinx RAIDO Weight & Balance 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 weight and balance software
Weight and balance software is used to calculate aircraft weight states and produce load sheet outputs that reflect station arms, moments, and configured center of gravity limits. This guide covers Aviolinx RAIDO Weight & Balance, Leon Software, Aviobook, Weight & Balance by Aircraft Spruce, ForeFlight, OzRunways, FLYER, WinAir, Skydemon, and RocketRoute.
The tools included here are evaluated on repeatability across rerun scenarios, consistency of aircraft-specific CG envelope validation, and how much automation and integration depth exists beyond spreadsheet-style input. The focus stays on flight operations reporting and control surfaces that support load planning workflows, including template-driven or profile-driven configuration and the resulting document outputs.
Weight and balance software for CG envelope validation and dispatch load sheet output
Weight and balance software calculates aircraft loads across defined weight states such as ramp and takeoff and checks computed center of gravity against an aircraft-specific CG envelope. It typically binds station arms and operational configuration to prevent moment and CG mismatches when passenger and cargo inputs change.
Aviolinx RAIDO Weight & Balance uses aircraft profile driven CG envelope validation and template-driven workflows to keep results consistent across recurring aircraft and load scenarios. ForeFlight generates load sheet PDFs directly from an EFB-first planning workflow, with profile-based aircraft configuration used to reduce repeated data entry errors during preflight steps.
Repeatability, aircraft-limit validation, and reporting that matches dispatch workflows
Weight and balance software earns operational trust when it keeps computed CG outcomes stable across rerun scenarios and when it regenerates load sheet outputs from the same aircraft-bound configuration each time. Category performance shows up most clearly in CG envelope validation behavior, load sheet document outputs, and how much external workflow integration is exposed beyond manual worksheet entry.
Aircraft profile driven CG envelope validation
Aviolinx RAIDO Weight & Balance validates computed results against aircraft-specific CG limits using aircraft profile driven CG envelope validation. RocketRoute runs CG envelope calculations inside a single load sheet workflow with configured aircraft limits to reduce mismatch risk.
Load sheet PDF generation aligned to the planning workflow
ForeFlight produces load sheet PDF output directly from an EFB-first planning workflow so crew-ready documents follow the same preflight steps. Weight & Balance by Aircraft Spruce generates load sheet PDFs from station-arm based calculations in a single preparation flow.
Template-driven or profile-driven workflow repeatability for turn cycles
Aviolinx RAIDO Weight & Balance uses template-driven workflows that reduce calculation variability across stations and legs. Aviobook binds aircraft-specific profile setup so station arms and operational configuration stay consistent across repeated load sheets.
Configuration governance for multi-aircraft operations
Leon Software emphasizes aircraft-specific profile configuration to keep CG envelope checks consistent when schedules change. OzRunways supports aircraft-centric configuration and repeatable loading workflows across multiple aircraft types.
Choose by workflow integration depth and by how aircraft configuration is governed
The deciding factor is not just whether CG is computed. The deciding factor is how aircraft configuration is bound to the calculation pipeline and whether the resulting outputs fit existing load plan and document signing practices.
Map the tool to the document output workflow used by dispatch or crew
If load sheets are produced inside an EFB planning flow, ForeFlight keeps document generation aligned with that EFB workflow using profile-based aircraft configuration. If the workflow is worksheet-first with a PDF preparation step, Weight & Balance by Aircraft Spruce generates load sheet PDFs from station-arm based calculations.
Verify CG limit consistency comes from aircraft-bound validation, not post-checking
Aviolinx RAIDO Weight & Balance focuses on aircraft profile driven CG envelope validation that keeps results consistent across recurring aircraft and load scenarios. OzRunways and Skydemon both support aircraft-specific CG limit handling, but Aviolinx RAIDO prioritizes repeatability through validated templates and profile-driven workflows.
Decide how much aircraft profile and station data maintenance is acceptable
Leon Software requires station and profile data maintenance to prevent drift when rerunning scenarios for daily schedule changes. Aviobook reduces repeated setup for recurring rotations through aircraft profile reuse, but it still depends on upstream weight data hygiene.
Pick an automation posture based on integration expectations
Tools built for ops suite automation show more exposed workflow depth, while EFB or document-only workflows can keep integration expectations lower. Weight & Balance by Aircraft Spruce lists limited API surface for integration with EFB workflows and electronic load sheet signatures, and FLYER notes limited API and automation surface compared with integration-first W&B vendors.
For ULD-driven operations, stress-test the build-up workflow
FLYER calls out that complex ULD build-up workflows require careful configuration per aircraft type. If ULD detail is a frequent planning driver, the configuration complexity becomes a go or no-go criterion rather than a secondary setup step.
Teams that benefit from aircraft-bound repeatability and load sheet outputs
Weight and balance software fits flight operations teams that run frequent turn planning and need consistent CG outcomes across rerun scenarios. It also fits flight departments that require load sheet PDFs that follow existing preflight steps.
Flight ops teams managing recurring rotations across multiple aircraft types
Aviolinx RAIDO Weight & Balance supports repeatable calculations across recurring aircraft and load scenarios using aircraft profile driven CG envelope validation. OzRunways keeps turnaround-cycle CG checks consistent through aircraft-centric configuration and repeatable loading workflows.
Flight departments standardizing EFB planning into crew-ready documents
ForeFlight generates load sheet PDF output directly from the EFB planning workflow so the crew-ready document follows the same aircraft profile steps used for preflight planning. Aviolinx RAIDO Weight & Balance remains a strong alternative when repeatability and CG validation templates are the primary standardization mechanism.
Operations teams that run daily schedule changes and need consistent aircraft-specific outputs
Leon Software focuses on aircraft-specific profile configuration to keep CG envelope checks consistent across rerun scenarios for daily changes. WinAir targets traceability by tying worksheet revisions to the specific input set used for that revision when operators need controlled change tracking.
GA crews who rely on local station-arm assumptions and want quick load sheet worksheets
Weight & Balance by Aircraft Spruce supports a single preparation flow that uses station-arm based calculations and generates load sheet PDFs. Skydemon can produce rapid load sheet updates during planning, but it shows less emphasis on governance controls like RBAC and audit logs.
Where W&B implementations break: configuration drift, weak governance, and mismatched data sources
Most failures trace back to configuration drift and data hygiene rather than to missing CG math. The category also has recurring governance gaps when teams expect enterprise change control without the documented controls to back it up.
Allowing aircraft profile or station-arm inputs to drift from the configuration used in past load sheets
Leon Software explicitly flags station and profile data maintenance as required to prevent drift when rerunning scenarios. Aviolinx RAIDO Weight & Balance reduces variability by binding repeat calculations to aircraft profile driven CG envelope validation and template-driven workflows.
Expecting deep workflow automation and governance controls from tools that primarily focus on single-document output
Weight & Balance by Aircraft Spruce lists limited API surface for integration with EFB workflows and electronic load sheet signatures, which can block end-to-end automation. OzRunways notes that RBAC and audit log documentation is not clearly established for every deployment, which can undercut multi-station change control.
Running ULD build-up plans without allocating time for aircraft-specific configuration
FLYER indicates complex ULD build-up workflows need careful configuration per aircraft type. If ULD planning is frequent, the time cost to configure per aircraft must be treated as part of tool selection, not as setup refinement later.
Using profile outputs without enforcing input weight data hygiene
Aviobook depends on upstream weight data hygiene for reliable CG outcomes when station arms and operational configuration are bound to profiles. WinAir can help trace outcomes to a specific input set through worksheet revision tracking, which reduces the impact of bad inputs by improving traceability.
How We Selected and Ranked These Tools
We evaluated Aviolinx RAIDO Weight & Balance, Leon Software, Aviobook, Weight & Balance by Aircraft Spruce, ForeFlight, OzRunways, FLYER, WinAir, Skydemon, and RocketRoute using a features score that reflects aircraft-profile repeatability and load sheet output behavior, plus separate ease and value scoring. Features were weighted at 40% and ease and value were weighted at 30% each.
Aviolinx RAIDO Weight & Balance earned the top rank with aircraft profile driven CG envelope validation and template-driven workflows that keep results consistent across recurring aircraft and load scenarios. ForeFlight scored high where EFB-first load sheet PDF production fits existing preflight steps, while Weight & Balance by Aircraft Spruce separated itself with a single preparation flow for station-arm based PDF worksheets but showed limited API surface for workflow integration.
Frequently Asked Questions About weight and balance software
How do Aviolinx RAIDO and RocketRoute keep CG envelope validation consistent across repeat scenarios?
Which tools generate load sheet PDF outputs directly from the workflow used for planning versus review?
When does the difference between setup time and daily turnaround workload appear across Leon Software and OzRunways?
What breaks if data mapping between a load manifest and computed station arms is inconsistent in flight operations tools?
How do workflow history and revision traceability differ between WinAir and FLYER for load plan governance?
Which applications offer EFB-oriented handoff patterns rather than back-office fleet throughput?
How do SITA-ready and TRBOnet-ready workflows influence report standardization for flight operations teams?
When should an organization choose Weight & Balance by Aircraft Spruce over tools built for large fleet governance?
Which tool design helps reduce the risk of using inconsistent limits and inputs during load planning, and what tradeoff follows?
How do these tools handle aircraft configuration sync across multiple aircraft types without losing control of calculation assumptions?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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