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Construction InfrastructureTop 8 Best Lift Plan Software of 2026
Top 10 lift plan software ranked for construction teams with side-by-side comparisons, including BIM 360, Autodesk Construction Cloud, and Procore.
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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Crane Planner 2.0 is the best fit for teams that need engineered, drawing-ready lift-plan outputs using exact LML and LICCON data, whereas Procore is the stronger choice for mid to enterprise construction groups that want controlled lift-plan approvals with document revision history.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Crane Planner 2.0
Lift-plan document generation that couples crane setup configuration results with the authored lift inputs.
Built for fits when lift teams need engineered crane setup documentation with repeatable outputs across similar projects..
A1A Software Crane Planner
Editor pickConfig-driven crane feasibility calculations that keep lift geometry and capacity constraints linked for exports.
Built for fits when lift planners need chart-based crane feasibility and drawing-ready exports for approval cycles..
KranXpert
Editor pickRevision-linked lift-plan approval workflow that keeps exported document packs consistent with the specific approved scenario inputs.
Built for fits when lifting departments need controlled lift-plan revisions and repeatable engineered documentation for recurring crane work..
Related reading
Comparison Table
Crane Planner 2.0
vertical specialistLiebherr 3D lift planning software using exact LML and LICCON machine data for mobile and crawler cranes.
Lift-plan document generation that couples crane setup configuration results with the authored lift inputs.
Crane Planner 2.0 is built around crane capacity calculation logic and lift configuration authoring, so teams can move from load data to a documented lift plan without switching tools midstream. The authoring flow records crane setup choices such as boom length and outriggers, then ties them to the lift scenario so changes propagate into the generated documentation. Lift documentation output is designed for downstream approval workflows, since the package includes the computed setup results and the inputs that drove them.
A key tradeoff is that the tool is tightly scoped to engineered lift plan creation, so broader construction document management still needs a separate system for field access and revision control. Crane Planner 2.0 fits best when the lift team wants consistent crane selection and rigging arrangement outputs across multiple projects that share similar crane models.
- +Engineering-oriented lift plan outputs with crane configuration results captured in one workflow
- +Scenario-based planning supports repeatable authoring for multiple lifts
- +Documentation exports reduce manual transcription of lift inputs
- +Rigging configuration captured alongside crane setup calculations
- –Built for crane planning, not for broad construction document workflows
- –Integration to external BIM or project systems is limited compared with general construction platforms
- –Works best when projects standardize crane models and lift conventions
- –Approval workflow support depends on external process tooling
Lift planning engineers
Create engineered lift plans quickly
Fewer transcription errors
Crane operations supervisors
Standardize routine lift authoring
More consistent lift readiness
Show 2 more scenarios
Site safety managers
Package lift documentation for approval
Cleaner review packets
Export document packages that tie computed setup results to the lift scenario inputs.
Project coordinators
Manage revision cycles for lift artifacts
Lower revision mismatch risk
Generate updated documentation when crane setup parameters change within the same workflow.
Best for: Fits when lift teams need engineered crane setup documentation with repeatable outputs across similar projects.
A1A Software Crane Planner
vertical specialistCrane planning and lift calculation software for mobile and crawler cranes.
Config-driven crane feasibility calculations that keep lift geometry and capacity constraints linked for exports.
A1A Software Crane Planner is most useful when planning depends on accurate capacity checks and rigging geometry, since it ties crane configuration parameters to lift feasibility calculations. Lift planning outputs include engineered load and placement results suitable for method statements and exclusion-zone discussions. Crane setup guidance is driven by chart-based capacity inputs and geometry constraints, which fits teams that already operate with structured crane data.
A tradeoff appears when teams need heavy integration with BIM 360, Autodesk Construction Cloud, or Procore, since Crane Planner’s core value concentrates on the lift plan calculation and export cycle. A good usage situation is a site-ready workflow where a lift-planning lead iterates a rigging arrangement, then circulates an updated drawing package to approvers and subcontractors.
- +Crane geometry and capacity checks stay connected during input changes
- +Exports package load, rigging, and configuration results for lift-plan circulation
- +Handles outrigger configuration decisions as part of lift feasibility
- +Supports repeat lifts by reusing the same input structure across iterations
- –Limited depth for end-to-end lift-plan workflows beyond calculation and export
- –Crane data accuracy depends on consistent input of chart and configuration values
- –API automation coverage is not prominent for syncing with jobsite systems
- –Large multi-project governance and audit logging is not a primary focus
Crane lift planners
Iterate rigging and crane geometry
Faster revision turnaround
Rigging supervisors
Validate lifting points and sling angles
Reduced configuration errors
Show 2 more scenarios
Safety and compliance reviewers
Review engineer-style lift outputs
Clearer approval evidence
Use exported calculations and graphics to support method statement alignment and signoff.
Operations teams
Plan recurring routine lift variations
Lower planning rework
Reuse structured inputs to produce consistent lift documentation for similar operations.
Best for: Fits when lift planners need chart-based crane feasibility and drawing-ready exports for approval cycles.
KranXpert
vertical specialistCrane planning software for lift calculations and 2D site layout.
Revision-linked lift-plan approval workflow that keeps exported document packs consistent with the specific approved scenario inputs.
KranXpert organizes a lift plan around lift scenario inputs such as crane setup geometry, lifting points, and rigging arrangement, then carries those values into the generated document set. The approval workflow records who approved each revision and which document outputs correspond to that revision. It also supports exporting drawing and document packs for review and onsite sharing. The design targets teams that need repeatability for routine lift plan work while still documenting engineered details when conditions change.
A key tradeoff is that KranXpert is most efficient when lift scenario structures match its built-in template patterns. Teams with highly bespoke engineering workflows may need extra setup work to map their rigging hardware catalog and clearance-analysis outputs into the same document structure. The best fit is a contractor or lifting department that manages many similar lifts and needs governance over edits, approvals, and revision control.
- +Approval workflow ties document outputs to tracked revisions
- +Lift plan templates reduce variance for recurring lift scenarios
- +Structured inputs for crane setup geometry and rigging arrangement
- +Exports a coherent document pack for onsite review
- –Template mapping can add setup work for highly custom engineering processes
- –Integration depth with external BIM 360 workflows is limited
- –Clearance-analysis depth is narrower than dedicated engineering suites
- –Automation requires disciplined template use to stay consistent
Lift planning coordinators
Create engineered plans from standard templates
Fewer draft iterations
Site supervisors
Use approved lift packs onsite
Lower document mismatch risk
Show 2 more scenarios
Construction QA leads
Track revision history for lift-plan signoff
Cleaner governance evidence
Centralizes approvals and audit trail of lift-plan document changes.
Small engineering teams
Standardize lift documentation across projects
Faster lift-plan turnaround
Reuses lift-plan templates and scenario structures to reduce paperwork variance.
Best for: Fits when lifting departments need controlled lift-plan revisions and repeatable engineered documentation for recurring crane work.
Procore
enterpriseConstruction management platform with lift plan tracking and safety workflows.
Project-level lift-plan approval workflow with revision-aware document attachments that maintain sign-off context across updates.
Procore is a construction lift plan management system that combines project controls, field documentation, and review workflows in one workspace. It supports drawing and document attachments to method statements, lift-plan approval workflow steps, and revision-aware access for site teams.
Procore also provides integration and automation via APIs so teams can connect lift-plan records with cranes, rigging logs, and scheduling systems. Its governance features focus on role-based permissions and audit trails around approvals, changes, and sign-offs.
- +Lift-plan approval workflow ties method statements to versioned documents.
- +Field-ready mobile capture reduces back-and-forth for rigging and setup notes.
- +API and integrations connect lift planning with scheduling and safety systems.
- +RBAC and audit trails support controlled sign-off and change visibility.
- –Lift-plan structure may require template configuration to match site conventions.
- –Crane capacity chart and load chart calculations are not native to Procore.
- –Overhead obstruction checks need external inputs and links to attachments.
Best for: Fits when mid to enterprise construction teams need controlled lift-plan approvals with document revisions and audit trails.
SAP EAM Crane and Lift Management
enterpriseEnterprise asset management module for crane inspection and lift plan workflows.
Engineered lift-plan execution records that stay connected to SAP EAM asset and work management context, not standalone documents.
SAP EAM Crane and Lift Management generates and manages engineered lift plans and tracks crane and rigging inputs against SAP EAM work execution. It is tightly connected to enterprise asset maintenance processes in SAP so lift planning can link to equipment hierarchies and maintenance-relevant operational context.
The solution supports lift planning with defined engineering data such as load properties and rigging configurations, and it records lift-plan status for governance across approvals. Document outputs and operational records are produced to support controlled field execution tied to SAP workflows.
- +Direct linkage from lift plans to SAP EAM assets and work execution context
- +Engineered lift planning inputs support capacity and rigging configuration capture
- +Workflow-driven status tracking aligns lift planning with enterprise governance
- +Centralized operational record keeping supports audit trails tied to SAP processes
- –Crane and rigging data setup requires disciplined configuration of engineering inputs
- –Lift-plan authoring depth can feel heavy for teams doing occasional simple lifts
- –API extensibility depends on the surrounding SAP integration architecture
- –Field-specific revision workflows may require careful mapping to site processes
Best for: Fits when enterprises already run SAP EAM and need engineered lift-plan governance tied to asset execution.
PlanRadar
enterpriseConstruction management platform with lift planning and documentation workflows.
Location-based issue and document evidence with workflow approvals so lift-plan items can be signed off with attached field proof.
PlanRadar digitizes construction site reporting with a web and mobile workflow that ties issues, defects, and photos to projects and locations. It supports lift plan workflows by structuring task checklists and capturing evidence from the field alongside approval steps.
Document handling centers on uploading drawings and attaching them to specific field items for controlled review cycles. Automated status updates and audit trails make it easier to track who closed work and what evidence was used for sign-off.
- +Mobile capture with photo evidence attached to site items
- +Configurable workflows for approvals and status transitions
- +Project structure maps tasks to locations for quick triage
- +Audit trail records edits and closures on lift-related work
- –Lift-plan math like crane radius and clearance analysis is not native
- –Approval workflow depth can require careful setup for complex exclusions
- –Cross-system data exchange depends on external integration work
- –Bulk exports and revision history workflows can feel manual at scale
Best for: Fits when lift-plan checklists and field evidence tracking matter more than in-app engineering calculations.
LiftPlanner
vertical specialist3D lift planning software for crane selection and rigging configuration.
Engineered lift plan data flows from crane setup geometry and rigging selections into a revisioned plan package for release.
LiftPlanner is a lift plan software built around engineered lift plan creation with crane selection inputs and constraint checks. It provides a structured workflow for lift sequencing, exclusions, and approvals, then turns that data into exportable lift plan deliverables for site use.
It also supports ongoing updates tied to revisioned lifting requirements so changes propagate through the plan artifacts. Compared with generic document tools, LiftPlanner’s differentiation is the operational model for lift setup geometry and rigging inputs driving the plan output.
- +Engineered lift plan workflow links crane setup inputs to plan deliverables
- +Lift sequencing and exclusion zones are represented in the plan, not just in text
- +Revision updates keep field-facing lift plan outputs aligned with new constraints
- +Exported drawings and document packages fit common jobsite documentation needs
- –Automation depth for approvals is limited compared with construction management suites
- –Integration options depend heavily on supported file exchange rather than deep system sync
- –Rigging detail capture can require careful setup to match site-specific arrangements
- –Advanced governance controls like granular RBAC and audit log exports are not prominent
Best for: Fits when construction teams need engineered lift plan production with structured crane setup, exclusions, and revision control.
Tutt Bryant Lift Planner
vertical specialistLift planning and crane management software from an Australian heavy haulage provider.
Lift-plan document pack generation tied to crane geometry, exclusion zone, and lift sequencing inputs.
Tutt Bryant Lift Planner is lift plan software from Tutt Bryant that centers engineered lift plan preparation for construction sites. The tool supports structured inputs used to generate a lift-plan document pack that can be reviewed and exported for site use.
It emphasizes workflow discipline around crane setup geometry, exclusion zones, and lift sequencing inputs rather than general-purpose document editing. Where a project needs repeatable forms for critical lifts and controlled revisions, Lift Planner is designed for that operational pattern.
- +Engineered lift plan inputs reduce missing data in critical lift planning
- +Exports lift-plan document packs for drawing and document handover workflows
- +Exclusion zone and clearance checks align with site safety documentation needs
- +Lift sequencing input flow supports repeatable crew execution planning
- –Limited clarity around external system integration and data exchange via API
- –Crane capacity chart usage depends on correct upfront configuration of site inputs
- –Revision control is workflow-driven and can feel restrictive for ad hoc edits
- –Rigging arrangement detail entry can be slower for frequent lift variations
Best for: Fits when construction teams need controlled engineered lift plan documentation with repeatable safety checks.
Conclusion
After evaluating 8 construction infrastructure, Crane Planner 2.0 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 lift plan software
Lift plan software in this guide covers engineered lift plan document generation and crane feasibility workflows using Crane Planner 2.0, A1A Software Crane Planner, KranXpert, and LiftPlanner. The coverage also includes construction-team lift-plan governance and evidence workflows with Procore and PlanRadar, plus enterprise integration into SAP execution context with SAP EAM Crane and Lift Management, and engineered pack generation with Tutt Bryant Lift Planner.
This selection focuses on how lift teams capture lift geometry inputs, bind them to lift-plan outputs, and control the approval and revision chain from lift inputs to circulation-ready document packs.
Lift plan software for engineered crane setup documentation, feasibility checks, and approval workflows
Lift plan software supports lift-team workflows that connect crane setup geometry to authored lift-plan outputs, including clearance and rigging configuration results that travel with the document pack. Crane Planner 2.0 is built around lift-plan document generation that couples crane setup configuration results with the authored lift inputs, so scenario changes produce consistent outputs.
Other tools emphasize different workflow anchors, such as A1A Software Crane Planner config-driven crane feasibility calculations that keep lift geometry and capacity constraints linked for export-ready circulation. KranXpert adds revision-linked lift-plan approval workflow so exported document packs stay consistent with the specific approved scenario inputs, and Procore adds a project-level lift-plan approval workflow with revision-aware document attachments and field-ready mobile capture for sign-off context.
Lift-plan document generation, crane feasibility coupling, and revision-controlled approvals
Lift plan software needs engineered outputs that remain tied to the lift inputs, because scenario changes like boom length, rigging arrangement, and exclusion zone boundaries must update the published pack without breaking traceability. Crane Planner 2.0 couples crane setup configuration results with authored lift inputs inside lift-plan document generation so the document pack and the engineered scenario move together.
Engineered document packs that bind crane setup to authored lift inputs
Crane Planner 2.0 generates lift-plan documents that couple crane setup configuration results with authored lift inputs, so scenario changes keep outputs consistent. LiftPlanner also produces revisioned plan packages that flow from crane setup geometry and rigging selections into release-ready deliverables.
Config-driven crane feasibility calculations that stay linked during edits
A1A Software Crane Planner uses config-driven crane feasibility calculations that keep lift geometry and capacity constraints connected for export-ready circulation. KranXpert keeps lift geometry and capacity constraints tied to its engineering inputs so export packs remain coherent with the specific scenario values.
Revision-linked lift-plan approval workflow tied to scenario outputs
KranXpert ties approval workflow to revision and exported document packs so the sign-off context matches the specific approved scenario inputs. Procore implements a project-level lift-plan approval workflow with revision-aware document attachments so method statements stay connected to versioned files.
Project and field evidence workflow for sign-off context
PlanRadar supports location-based issue and document evidence workflow so lift-plan items can be signed off with attached field proof. Procore complements approvals with field-ready mobile capture so rigging and setup notes can feed sign-off context alongside versioned documents.
Enterprise execution linkage between engineered lift plans and work assets
SAP EAM Crane and Lift Management records engineered lift-plan execution in SAP asset and work management context rather than as standalone documents. This connection makes lift planning inputs travel into asset execution context where work orders and asset histories matter.
Controlled template-driven engineering packs for recurring lift scenarios
KranXpert uses lift plan templates to reduce variance for recurring lift scenarios and then ties exports to the approved scenario inputs. Tutt Bryant Lift Planner generates controlled engineered document packs using crane geometry, exclusion zone inputs, and lift sequencing inputs to reduce missing data in critical planning.
Choose based on the workflow anchor you need: engineering-first packs, governance-first approvals, or execution-first records
Lift plan software choices split into distinct workflow philosophies based on what the system treats as the source of truth for the published pack. Crane Planner 2.0 and LiftPlanner treat crane setup geometry, rigging selections, and engineered constraints as the basis for document generation and revisioned deliverables, while KranXpert and Procore treat revision-aware approvals and sign-off context as the organizing workflow layer.
Pick an engineering-first pack generator if the document must always match the crane setup scenario
Choose Crane Planner 2.0 when lift teams need outputs where crane setup configuration results and authored lift inputs are generated together into the lift-plan document pack. Choose LiftPlanner when engineered lift plan data flows from crane setup geometry and rigging selections into a revisioned plan package for release.
Pick a calculation-first tool when lift planners rely on chart-based feasibility iterations before drafting documents
Choose A1A Software Crane Planner when crane geometry and capacity constraint checks must stay linked during input changes and exports. Choose KranXpert when revision-linked approval requirements must remain tied to the scenario-specific exported document pack after feasibility calculations.
Pick an approvals-first workflow when governance and sign-off context control the process
Choose KranXpert when the exported document pack must be consistent with tracked revisions and approval workflow tied to the specific approved scenario inputs. Choose Procore when lift-plan approvals must live alongside method statements with revision-aware document attachments and field-ready mobile capture.
Pick a field evidence workflow layer when sign-off requires photos and location-based proof
Choose PlanRadar when lift-plan item sign-off needs attached field proof through location-based issue and evidence workflow rather than only engineered calculations. Choose Procore when field capture and sign-off context must connect to versioned lift-plan documents inside a broader project workflow.
Pick an execution-first enterprise integration when lift plans must map to work and asset histories
Choose SAP EAM Crane and Lift Management when engineered lift-plan execution records must stay connected to SAP EAM asset and work management context. This path fits when crane and rigging data setup discipline is acceptable because the system expects disciplined engineering inputs.
Pick a pack template approach when recurring crane work needs consistent document structure
Choose KranXpert when recurring lift scenarios benefit from lift plan templates and exported outputs stay revision-linked to the approved scenario inputs. Choose Tutt Bryant Lift Planner when controlled engineered document packs must include crane geometry, exclusion zone, and lift sequencing inputs to reduce missing data.
Teams that need engineered lift-plan traceability, approval governance, and system integration
Lift-plan software fits teams that need crane setup geometry, rigging configuration, and engineered constraints to propagate into circulation-ready document packs with version control. It also fits teams that need approval workflows that keep exported document sets aligned to the specific scenario that received sign-off.
Lift engineering teams producing engineered lift-plan document packs for repeated crane scenarios
Crane Planner 2.0 and LiftPlanner couple crane setup geometry and rigging inputs to generated document packs so scenario changes keep outputs consistent for circulation.
Lifting departments that manage controlled revisions and must keep exports aligned to the approved scenario
KranXpert ties approval workflow to exported document packs and tracks revisions to keep the approval context attached to the specific scenario inputs.
Mid to enterprise construction teams managing sign-off context across method statements and field notes
Procore provides a project-level lift-plan approval workflow with revision-aware document attachments plus field-ready mobile capture for rigging and setup notes.
Teams that require photo evidence and location-based proof for lift-plan approvals
PlanRadar supports mobile capture with photo evidence attached to site items and configurable workflow transitions for approval.
Enterprises already running SAP EAM governance over assets and work execution
SAP EAM Crane and Lift Management links engineered lift plans directly into SAP EAM assets and work execution context rather than treating lift planning as standalone documents.
Common buying pitfalls when lift-plan outputs, approvals, and integrations are treated as separate systems
The biggest failure mode is picking a tool that performs lift feasibility calculations but does not keep the exported document pack tightly coupled to the scenario inputs. Another failure mode is adopting approval workflows that do not tie sign-off back to the exact revision or exported pack used for the approval.
Selecting a governance-first platform when engineered crane capacity chart and load chart calculations must be native
Procore and PlanRadar support lift-plan approvals and evidence workflow but crane capacity chart and load chart calculations are not native in Procore. Crane Planner 2.0 and A1A Software Crane Planner keep crane feasibility tied to exports inside the lift-planning workflow instead.
Assuming approval sign-off will automatically stay consistent with the exact exported scenario pack
Procore can tie approvals to revision-aware document attachments, but its lift-plan structure may require template configuration to match site conventions. KranXpert keeps the exported document pack consistent with the specific approved scenario inputs through its revision-linked approval workflow.
Ignoring the configuration discipline required for enterprise execution linkage
SAP EAM Crane and Lift Management requires disciplined configuration of engineering inputs to keep crane and rigging data accurate in execution records. Teams that need occasional simple lifts often find the authoring depth heavy compared with engineering document pack tools.
Treating templates as an optional convenience when recurring lift scenarios drive throughput
KranXpert reduces variance for recurring lifts through lift plan templates but template mapping can add setup work for highly custom engineering processes. Tutt Bryant Lift Planner reduces missing data by forcing critical lift inputs into controlled engineered document packs.
Buying for engineering-first outputs while expecting deep BIM system sync out of the box
Crane Planner 2.0 and A1A Software Crane Planner focus on crane planning and export packaging and report limited integration to external BIM or project systems. Teams that need BIM 360 style sync should instead evaluate whether the approvals and project workflow platform layer meets the required exchange requirements.
How We Selected and Ranked These Tools
We evaluated lift plan software across engineered lift-plan document generation, crane feasibility workflow coupling, and revision-aware approval governance. We scored each tool on feature coverage and on how directly the workflow connects lift inputs to circulation-ready document packs.
We weighted ease and value so adoption friction did not mask engineering traceability gaps, and features counted the most because lift plan outputs must remain consistent across scenario edits. Crane Planner 2.0 Ranked highest because lift-plan document generation couples crane setup configuration results with authored lift inputs, and scenario changes produce consistent engineered outputs inside one workflow.
Frequently Asked Questions About lift plan software
How do Crane Planner 2.0 and LiftPlanner differ in how they generate engineered lift plan outputs?
Which tool best fits repeated critical lift types when templates and approval linkage must stay revision-aware?
When teams need drawing and document export that stays aligned to crane setup parameters, which option handles that workflow end to end?
What breaks if lift-plan revisions must propagate into method statements, attachments, and sign-off context without manual re-linking?
How does Procore’s API and automation support lift-plan integration with cranes, rigging logs, and scheduling systems?
How do SSO and RBAC expectations typically map across Procore and SAP EAM Crane and Lift Management?
How should data migration be approached if existing lift-plan documents and rigging inputs are stored outside structured data models?
Which tool supports approval workflow discipline for engineered lift plan document packs without turning the process into general document editing?
What is the tradeoff between using engineered lift plan geometry validation tools versus location-based field evidence tools like PlanRadar?
When lift-planning output must stay connected to equipment hierarchy and execution state inside enterprise operations, which option fits that requirement?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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