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Construction InfrastructureTop 7 Best Crane Lift Plan Software of 2026
Compare crane lift plan software tools and how they fit site planning, using examples like Cranimax, Tadano HELLO-Net, and Liebherr LCC.
How we ranked these tools
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Framework: Features 40% · Ease 30% · Value 30%
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Cranimax is the best pick for engineering teams on complex industrial sites because its animated 3D simulation ties crane geometry and obstacle checking into operator-view validation, while LiftPlanner fits enterprise engineering teams that need revision-controlled lift-plan documentation with synchronized method statement and drawing exports.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Cranimax
Animated three-dimensional lift simulation with crane geometry, obstacle checking, and operator-view visualization.
Best for: Fits when engineering teams need detailed three-dimensional lift studies and drawing production for complex industrial sites.
Tadano HELLO-Net
Editor pickEquipment-parameter reuse that links operator setup inputs to the same lift package used for crane capacity documentation and sign-off.
Best for: Fits when mid-size crane teams need repeatable lift plan packages tied to Tadano equipment setup and sign-off.
Liebherr LCC
Editor pickThree-dimensional Liebherr crane configuration and motion visualization for checking setup geometry before execution.
Best for: Fits when engineering teams plan complex lifts with Liebherr mobile or crawler cranes.
Comparison Table
Cranimax
vertical specialistCloud-based crane lift planning and 3D simulation software for construction sites.
Animated three-dimensional lift simulation with crane geometry, obstacle checking, and operator-view visualization.
Cranimax represents cranes, loads, outriggers, slings, buildings, and terrain within a three-dimensional project scene. Manufacturer-specific load charts support machine-level capacity checks as boom length, radius, and configuration change. Engineers can animate crane movement, inspect clearances, and produce scaled drawings from the same project model.
The desktop-focused workflow provides deeper geometry control than basic form-based planners, but it offers less convenience for browser-based collaboration and mobile field editing. A heavy-lift engineering team can use Cranimax to test a constrained industrial lift path, identify interference with nearby structures, and issue coordinated drawings for site review.
- +Manufacturer-specific load charts support machine-level capacity checks
- +Three-dimensional scene modeling represents cranes, loads, structures, and terrain
- +Animated boom movement exposes clearance and interference problems before mobilization
- +CAD and PDF export supports coordinated engineering documentation
- –Desktop-focused workflows limit browser-based review and mobile editing
- –Project setup requires detailed crane, site, and accessory data
- –Collaborative approval controls are lighter than dedicated field workflow systems
- –No public API supports automated project provisioning or external system synchronization
Heavy-lift engineering teams
Planning refinery equipment placement
Fewer interference changes
Crane rental planners
Comparing crane configurations
Faster equipment selection
Show 2 more scenarios
Construction lift coordinators
Preparing approval drawings
Consistent review documents
Coordinators export scaled documentation after validating movement, positioning, and site constraints.
Industrial project contractors
Reviewing constrained site access
Earlier access decisions
Teams simulate equipment movement around buildings, pipe racks, access roads, and other fixed obstacles.
Best for: Fits when engineering teams need detailed three-dimensional lift studies and drawing production for complex industrial sites.
Tadano HELLO-Net
vertical specialistCloud-based crane lift planning and fleet management platform for Tadano equipment.
Equipment-parameter reuse that links operator setup inputs to the same lift package used for crane capacity documentation and sign-off.
Tadano HELLO-Net connects crane-operator and lifting-plan workflows around Tadano equipment data, with lifting paperwork built from operator inputs rather than recreated in separate spreadsheets. The system supports crane setup documentation and lift planning outputs that align with typical field deliverables like crane capacity checks and rigging configuration records.
It also emphasizes coordinated use across teams so engineering notes, revision history, and on-site sign-off remain tied to the same lift package. Automation centers on reusing the right crane and attachment parameters for crane lift calculation and document generation.
- +Keeps lift package consistent by tying setup inputs to generated documentation
- +Strong documentation flow for rigging configuration and crane setup records
- +Designed to reuse equipment-specific parameters for crane capacity checks
- +Supports coordinated review cycles across engineering and field teams
- –Workflow depth depends on access to Tadano equipment configuration data
- –CAD and PDF export coverage can be thin for complex site drawing conventions
- –Limited surface for custom lift plan calculation rules outside provided logic
- –Revision control requires disciplined lift-package usage by the team
Site engineering and planning
Create lift packages with verified capacity
Fewer inconsistencies across documents
Crane operators and supervisors
Record operator inputs for sign-off
Faster on-site approvals
Show 2 more scenarios
Rigging and safety teams
Maintain rigging configurations within lifts
Clear audit-ready lift records
Rigging teams align rigging records and capacity checks to the same lifting plan package for audits.
Project coordination and document control
Manage revisions across lift handoffs
Reduced rework during changes
Project coordinators keep engineering notes, revision history, and sign-off attached to one lift set.
Best for: Fits when mid-size crane teams need repeatable lift plan packages tied to Tadano equipment setup and sign-off.
Liebherr LCC
vertical specialistLiebherr Lift Plan Center for crane configuration and lift planning on Liebherr equipment.
Three-dimensional Liebherr crane configuration and motion visualization for checking setup geometry before execution.
Liebherr LCC combines crane selection, boom and attachment configuration, and three-dimensional placement review. The software supports ground bearing pressure assessment and helps planners compare alternative setups against site constraints. Its equipment-specific calculations provide more detail than generic spreadsheet workflows.
The main tradeoff is equipment scope because the library centers on Liebherr cranes. LCC fits engineering offices planning complex industrial lifts where accurate crane configuration matters more than browser-based field access. Planners still need reliable load, site, and support-condition inputs.
- +Uses model-specific Liebherr crane data for configuration calculations.
- +Visualizes crane placement and boom geometry in three dimensions.
- +Supports ground bearing pressure checks for planned setups.
- +Produces clear planning visuals for engineering coordination.
- –Equipment coverage centers on Liebherr cranes.
- –Office-based workflows provide less direct mobile field access.
- –Accurate results require disciplined site and load inputs.
- –Complex scenarios may require specialist engineering review.
Liebherr fleet planners
Complex mobile crane setup
Fewer configuration errors
Heavy lift engineers
High-capacity industrial lifts
Validated lift configuration
Show 1 more scenario
Multi-crane contractors
Coordinated tandem lift
Coordinated crane execution
Planners coordinate two crane positions and review shared load movement in a three-dimensional scene.
Best for: Fits when engineering teams plan complex lifts with Liebherr mobile or crawler cranes.
A1A Software iCrane
vertical specialistCrane lift planning software offering load charts and lift calculations.
Interactive 3D crane placement and suspended-load visualization with calculation-linked configuration changes.
A1A Software iCrane supports lift planners who need one calculation workspace instead of separate spreadsheets, drawings, and equipment references. Its crane database and 3D view connect machine configuration, suspended-load position, rigging arrangement, and clearance checks. Reports capture the selected machine, configuration details, calculated reactions, and clearance results for technical review.
- +3D visualization connects crane placement to calculated lift geometry
- +Manufacturer-specific load chart selection supports equipment-based checks
- +Reports include reactions, clearances, and configuration details
- +Handles detailed mobile-crane planning workflows
- –Specialist engineering interface requires training for occasional users
- –No clearly documented public API supports external workflow automation
- –Accuracy depends on current crane-library and manufacturer data
- –Browser collaboration and mobile field access are limited
Best for: Fits when engineering teams need calculation-linked 3D planning for complex mobile-crane setups.
LiftPlanner
enterprise3D crane and rigging lift planning software with AutoCAD integration and custom fleet models.
Revision-linked lift plan documentation that keeps method statement text and exported drawings synchronized per lift iteration.
LiftPlanner focuses on turning crane lift plans into controlled, repeatable digital workflows for planning, engineering review, and on-site execution. The software builds lift plan documents from structured inputs like crane setup details, rigging selections, and computed capacities, then supports revision cycles for method statement content and lift drawings.
- +Structured lift inputs reduce missing details between planning and field execution
- +Revision cycles keep method statement and lift drawing content aligned per lift
- +Export-ready outputs include CAD and PDF artifacts for stakeholder review
- +Sign-off workflow supports controlled approval before field release
- –Crane capacity calculations depend on complete rigging and configuration inputs
- –Larger organizations need disciplined template and governance practices
- –Complex site plans can require manual cleanup after geospatial placement
- –Integrations beyond document export and sharing are limited in scope
Best for: Fits when engineering teams need revision-controlled lift plans with consistent exports for site sign-off.
DigiDocs Lift Plan
SMBLift plan software with critical-lift auto-detection, rigging selection, and offline PWA field access.
Controlled revision workflow that links approval status to exported lift plan documents for rapid field distribution.
DigiDocs Lift Plan supports crane lift plan documentation with an end-to-end workflow from inputs like rigging setup through approvals and controlled revisions. It centers on digital lift plan creation, lift drawing and PDF output, and digital sign-off for field-ready distribution.
- +Digital lift plan workflow ties approvals and revisions to document outputs
- +Lift drawing and PDF export supports faster site distribution
- +Field-oriented review flow reduces version drift during critical lift changes
- +Configuration supports repeatable lift plan structure across projects
- –Less suitable for highly customized crane calculation logic without structured inputs
- –Requires disciplined revision habits to keep sign-off aligned with changes
- –API and automation depth is less clear than document-first competitors
- –Tandem and wind-limit modeling may demand manual data entry for edge cases
Best for: Fits when teams need controlled lift plan revisions, digital sign-off, and exportable crane documents for field use.
kranXpert
SMBDesktop crane lift planner for mobile crane operations with terrain and load grid visualization.
Template-driven rigging and crane configuration that ties standardized inputs directly to generated lift documents.
kranXpert is a German crane lift plan software focused on generating lift calculations and lift documentation in a workflow designed for practical site turnover. It centers on structured crane setup inputs and outputs that connect the calculation results to printable site-ready lift documentation.
- +Structured crane setup inputs reduce manual transcription errors
- +Document outputs link crane capacity checks to printable lift plans
- +Rigging configuration reuse speeds standard lift preparations
- +Exportable lift documentation supports controlled review cycles
- –Workflow depth depends on careful configuration of rigging templates
- –Limited guidance for complex tandem lift coordination workflows
- –External system integration options appear narrow compared with top entries
- –Advanced customization needs more admin effort than simple lift planning
Best for: Fits when German teams need repeatable crane lift documentation with controlled revisions for site sign-off.
Conclusion
After evaluating 7 crane lift plan software, Cranimax stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
Frequently Asked Questions About Crane Lift Plan Software
How does LiftPlanner keep exported CAD and PDF outputs aligned with method statement revisions during a lift plan iteration?
Which tools support integration with other systems through an API or automation workflow?
How do Liebherr LCC and Cranimax handle 3D planning and motion visualization for setup geometry checks?
When do crane teams choose configuration-linked calculation workflows over document-only planning?
What breaks if a team relies on a limited equipment library for engineered lift calculations?
Which tools manage digital sign-off and controlled revision handling for field distribution?
How do administrators manage configuration governance and user permissions for engineered lift planning data?
What data migration tasks typically matter when moving from spreadsheets or legacy drawings to crane lift plan software?
How do mobile field access and browser collaboration differ across these tools?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
How to Choose the Right Crane Lift Plan Software
We separate crane lift plan software options by how they handle calculation-ready inputs, output checks, and collaboration controls on the lift package. The biggest differences show up in criteria like integration depth, data model fit, and audit trail visibility during revisions.
Integration depth for site and CAD exports
Why it matters
Integration depth matters because lift packages rarely live alone; they must connect with the rest of the job artifacts. If exports and handoffs break, teams end up with mismatched versions of the lift plan.
How to check
Ask to import or attach an existing job package and generate an output lift file that preserves key fields. Then export a CAD/PDF-style output and verify the same lift inputs appear consistently in the document.
Lift data model matches real project fields
Why it matters
A lift data model that matches real project fields reduces re-entry and transcription errors. When the schema fits your way of recording crane, rigging, and site limits, approvals go faster and fewer values drift between drafts.
How to check
In a demo, enter a sample lift with your usual terminology for crane configuration and site limits, and see whether the software forces awkward workarounds. Export the package and confirm the saved fields match what you entered without missing items.
Automation and API surface for updates
Why it matters
Automation and API surface matter when lifts are updated repeatedly across phases or crews. If changes cannot propagate cleanly, you risk stale assumptions across the package.
How to check
Request a workflow that bulk-updates common fields (like site limits or equipment references) and confirm the tool recalculates and refreshes outputs. Ask for an API or import/export mechanism and run a small scripted update during the demo.
Admin governance and approval controls
Why it matters
Admin and governance controls matter because lift documents are safety-critical and change over time. Strong controls help teams control who can edit, who can publish, and how history is retained.
How to check
Ask how roles work for planners vs reviewers and whether publishing locks the package state. Then locate an audit log view for edits and verify you can compare key revisions.
Revision history with traceable changes
Why it matters
Revision history with traceable changes is essential when field conditions change or when another reviewer requests adjustments. Clear change traces reduce the chance that old assumptions get reused.
How to check
Create a draft, make a controlled change to one input, and check whether the new revision is clearly labeled and linked to prior outputs. Confirm you can open both revisions and see what changed without guessing.
Red flags
- Exports show fields that don’t match the on-screen lift inputs
- Updates require manual re-entry of core lift assumptions
- Revision history exists but doesn’t clearly show what changed
Fit by situation
- If you frequently convert lift packages into shareable documents, prioritize integration depth for site and CAD exports.
- If planners and reviewers often disagree due to missing or awkward fields, prioritize lift data model matches real project fields.
- If lifts get updated across phases by multiple roles, prioritize admin governance and approval controls.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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