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Construction InfrastructureTop 10 Best Lift Planning Software of 2026
Top 10 lift planning software ranked for construction teams, with tool comparisons across features, setup, and workflow fit to shortlist options.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
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Framework: Features 40% · Ease 30% · Value 30%
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Autodesk Construction Cloud is the best pick for engineering teams that need controlled lift plan approvals tied to shared project context because its lift plan release workflows include permissioning and revision traceability across teams, whereas Smartsheet suits teams that coordinate lift checklists and signoffs in a spreadsheet workflow thanks to row-level status tracking with conditional automation on sheet changes.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Autodesk Construction Cloud
Lift plan release workflows tied to project permissions and activity history for traceable approvals across teams.
Best for: Fits when engineering teams need controlled lift plan approvals tied to shared project context.
Procore
Editor pickDocument and workflow management that keeps lift plan revisions tied to project records
Best for: Construction teams managing lifts as part of end-to-end project workflow documentation
Smartsheet
Editor pickAutomated Workflows with conditional triggers on sheet row changes for lift readiness
Best for: Teams coordinating lift checklists, approvals, and milestone reporting in a spreadsheet workflow
Comparison Table
Autodesk Construction Cloud
construction platformConstruction project collaboration and document control that can manage lift plan documents and approvals as part of construction workflows.
Lift plan release workflows tied to project permissions and activity history for traceable approvals across teams.
Lift planning in Autodesk Construction Cloud fits teams that want approvals and revision control attached to each lift plan artifact. Review states, access control, and activity history support traceability for engineering sign-off and field release. The platform also supports multi-discipline handoffs by keeping lift plan assets inside a shared project workspace rather than emailing files between parties.
A tradeoff is that lift drawing richness often depends on the quality of upstream CAD and the chosen lift drawing format. Teams that need heavy 2D lift drawing customization or bespoke exclusion zone workflows may find that configuration and template setup takes more effort than in document-first tools. A common usage situation is a project with repeating crane setups where engineering teams manage standard lift plans and field teams need checklist-ready revisions.
- +Approval workflow with revision history for lift plan releases
- +Project permissions and audit trail for controlled lift plan distribution
- +BIM-linked context helps keep lift assumptions aligned across teams
- +Integration-first approach supports automation beyond manual document exchange
- –Lift drawing fidelity depends on upstream CAD and chosen deliverables
- –Admin setup and governance tuning take time for large multi-site projects
- –Template changes can lag engineering iteration cycles
- –Advanced lift plan tailoring may require additional configuration work
Engineering and rigging coordinators
Manage engineered lift plan sign-off
Fewer mismatched revisions in field handoff
Project controls and PMs
Coordinate lift planning across disciplines
Clear ownership of lift plan readiness
Show 2 more scenarios
Site supervision teams
Distribute critical lift plan updates
Reduced risk of using outdated instructions
Field teams access the approved critical lift plan version with controlled permissions.
Digital construction teams
Automate lift-plan publishing workflows
Higher throughput for lift plan updates
Digital construction teams connect lift deliverables to broader project data workflows for repeatable handoffs.
Best for: Fits when engineering teams need controlled lift plan approvals tied to shared project context.
Procore
construction platformConstruction management suite that supports controlled document workflows, submittals, and audit trails for lift planning artifacts in project execution.
Document and workflow management that keeps lift plan revisions tied to project records
Procore stands out for tying lift planning to real construction execution workflows instead of treating lift planning as a standalone checklist. It supports structured project management objects like schedule, safety, and drawings so lift activities can connect to the broader job record.
For lift planning, teams can use document and communication tools to track plans, reviews, and field execution artifacts. Strong integration with project information keeps lift documentation aligned with daily work across construction teams.
- +Connects lift plans to broader project records like schedules, drawings, and activities
- +Document-driven workflow supports review trails for lift documentation and updates
- +Field teams can access approved lift materials where work happens
- +Centralized collaboration reduces version confusion across construction roles
- –Lift planning functionality is workflow-centric rather than a dedicated lift-calculation engine
- –Setup and configuration can require admin effort for consistent project use
- –Complex projects can produce navigation overhead across multiple Procore modules
General contractors project managers
Link lift plans to daily schedules
Fewer plan-to-field mismatches
Construction safety managers
Route safety reviews with lift planning
Faster safety signoffs
Show 2 more scenarios
Field superintendents
Capture execution outcomes on plans
Improved execution accountability
Records communication and document updates that connect completed lift work back to the plan.
Design and engineering coordinators
Coordinate drawings with lift activity steps
Reduced design coordination delays
Attaches drawings and related documents to lift planning objects to keep teams aligned.
Best for: Construction teams managing lifts as part of end-to-end project workflow documentation
Smartsheet
form and workflowLift planning forms and sheets that can capture lift parameters, approvals, and operational tracking with role-based access controls.
Automated Workflows with conditional triggers on sheet row changes for lift readiness
Smartsheet distinguishes itself with a structured work management experience that blends spreadsheets, configurable dashboards, and workflow automation for lift planning deliverables. It supports lift plan creation with customizable sheets, status tracking, dependency views, and task-level ownership that teams can use to coordinate crews, materials, and site constraints.
The platform adds reporting through dashboards and automated alerts, which helps surface schedule drift and missing approvals during lift readiness. Collaboration works through comments, approvals, and document attachment workflows tied to rows and projects.
- +Spreadsheet-first planning makes lift checklists fast to build and maintain
- +Row-level status, owners, and dates support clear lift readiness tracking
- +Automated alerts help teams notice overdue permits, inspections, and dependencies
- +Dashboards aggregate lift milestones across multiple sheets and programs
- –Lift planning requires careful template design to avoid inconsistent fields
- –Complex dependency logic can feel less direct than dedicated scheduling tools
- –Real-time site changes depend on timely updates by coordinators
Lift planning project managers
Coordinating lift readiness deliverables across trades
Deliverables complete by lift window
Construction schedule planners
Visualizing task dependencies and constraints
Fewer missed prerequisite tasks
Show 2 more scenarios
Operations and field supervisors
Assigning work to crews and materials
Right materials ready on time
Use row-level assignments, status tracking, and attachments to align crews, BOM items, and documentation.
HSE and compliance coordinators
Managing safety signoffs linked to lifts
No lift without required signoffs
Run approval workflows tied to lift records to ensure compliance documents are collected before execution.
Best for: Teams coordinating lift checklists, approvals, and milestone reporting in a spreadsheet workflow
Aisle Planner
lift planning specialistLift planning workflow for construction lift schemes, schedules, and site coordination with structured lift records and exportable documentation.
Lift plan revision control that ties field checklist items and reviewer comments to each generated lift plan revision.
Aisle Planner centers on lift planning workflows that connect crane setup choices to the resulting lift plan documentation. It supports building a crane and rigging library so common hardware and configurations can be reused across lift plan revisions. It also maintains lift plan approval workflow artifacts so reviewers can track changes tied to each revision.
- +Engineered lift plan outputs tied to crane setup selections
- +Reusable crane and rigging library reduces configuration repetition
- +Field execution checklist generation from the same lift plan revision
- +Lift plan approval workflow keeps reviewer feedback linked to revisions
- –Less effective for teams that require heavy freeform CAD editing
- –Complex lifts may take longer when inputs are not standardized
- –Tandem lift documentation depends on disciplined template usage
- –API coverage for full external workflow orchestration appears limited
Lift planning teams
Generate engineered lift plan packages
Fewer planning discrepancies at release
Site EHS coordinators
Manage lift plan approval workflow
Clear audit trail for approvals
Show 2 more scenarios
Crane rental operations
Reuse crane and rigging configurations
Reduced setup and rework time
Operators save common hardware and configurations to speed repeat planning across projects.
Warehouse and yard supervisors
Run field execution checklist consistently
More consistent lift execution
Supervisors issue the same checklist structure that matches the approved lift documentation.
Best for: Fits when operations teams need repeatable engineered lift plans with revision-linked field checklists.
LiftPlanner
lift planning specialistCloud lift planning tool for crane lifts that captures engineering inputs, generates lift plan documents, and supports task sign-off and revision history.
Lift plan templates and structured SILP fields that standardize hazards, controls, and approvals
Site-Specific Lift Plans by LiftPlanner centers lift planning documents around a structured SILP workflow with task-level details. It supports engineering-driven creation of lift plans, including hazard and control capture tied to each planned lift.
- +SILP-focused workflow that organizes lift hazards and controls per planned activity
- +Structured data capture supports consistent engineering content and audit readiness
- +Template and reusable fields speed plan creation across recurring lift types
- +Review and approval flow helps align engineering, safety, and operations teams
- –Document centric workflow can feel heavy for simple lifts
- –Setup of templates and fields takes planning to match site conventions
- –Integration needs are limited without additional implementation effort
- –Large plan libraries require disciplined naming and filtering to find content fast
Safety and compliance officers
Trace hazards to specific planned lifts
Faster regulatory evidence
Lift planning engineers
Standardize SILP creation across projects
Consistent plan quality
Show 2 more scenarios
Project managers and reviewers
Coordinate structured approvals for stakeholders
Fewer approval delays
Provides standardized review flows so approvals link to plan requirements.
Site operations teams
Align execution requirements to lift plans
Lower execution risk
Connects plan content to execution needs for clearer field instructions.
Best for: Teams needing structured SILP authoring, review, and standardization at scale
Atlassian Jira
workflow managementIssue and workflow system used to run lift planning processes with approvals, task dependencies, and auditable change history.
Workflow conditions and Jira automation rules together can gate lift plan changes on required field completeness before approval.
Atlassian Jira runs lift plan work as issue-driven projects with states, assignments, and linked artifacts for crane and rigging execution. It supports configurable workflows, field sets, and templates so lift plan approval and revision control follow the same structure across teams.
- +Configurable workflows enforce lift plan approval states and transitions
- +Automation rules can drive review queues and revision notifications
- +Jira REST APIs and webhooks support bidirectional lift planning integrations
- +Rich issue linking keeps crane and rigging artifacts traceable
- –Jira does not render 2D lift drawing or 3D visualization natively
- –Lift calculations and load chart handling require external tools or custom apps
- –Governance needs careful permissions design to prevent cross-team edits
- –High-volume lift execution logs can become heavy without data export
Best for: Fits when lift planning requires workflow governance, traceability, and API-based integration rather than native engineering drawings.
Bluebeam
document controlPDF-based markup and measurement tool used to review and publish lift plan documents with revision control and controlled sharing for field execution.
Bluebeam Revu’s PDF markup workflows provide structured review on lift drawing pages with revision history for stakeholder signoff.
Bluebeam is a lift planning workflow tool when teams need markup-first review tied to drawing sets and field execution packets. It supports document-centric lift plan management with PDF markup, page-based coordination, and version-linked revisions across stakeholders.
- +Markup and review workflows stay attached to drawing pages through revisions
- +Document export patterns support offline field execution checklists
- +Collaboration feedback can be captured as traceable annotations on lift drawings
- +CAD import and PDF-based coordination reduce friction for mixed deliverables
- –No native lift calculation engine for crane capacity charts and rigging geometry
- –Lift plan approvals require process design outside core lift planning logic
- –Structured lift parameters are limited compared with schema-driven lift planning tools
- –Advanced automation depends on external integrations rather than lift-specific automation
Best for: Fits when lift teams run plan reviews in drawings and need fast markup, version control, and field-ready PDFs.
Google Drive
document repositoryCentralized lift plan document storage with permission controls and revision history for construction infrastructure lift documentation.
Google Drive API event handling plus Apps Script can enforce file naming, routing, and approval state updates tied to revision folders.
Google Drive manages lift-plan files as cloud objects and links them to Google Docs, Sheets, and Slides for document-based workflows. Core capabilities include shared drives, fine-grained file permissions, version history, and workspace search for locating specific revisions of engineered or critical lift plan documents.
- +Shared drives keep lift-plan folders stable across teams and roles
- +Version history preserves prior engineered lift plan drafts for review
- +Drive API and Apps Script support automation for approvals and labeling
- +RBAC-style permissions and external sharing controls limit who can access files
- –No native lift-path, crane setup geometry, or exclusion-zone authoring tools
- –Approval workflow requires add-on tools or custom logic beyond Drive alone
- –Large CAD import libraries can become hard to navigate without strict naming rules
- –3D lift visualization and crane capacity chart generation rely on external tools
Best for: Fits when teams need document-centric lift-plan storage, controlled revisions, and automation around approvals.
CraneSoft
crane planningLift plan and crane management software that tracks crane data, lift authorizations, and construction site planning artifacts.
Lift plan revision control ties approvals to a specific set of lift assumptions and outputs for execution.
CraneSoft is most suitable for organizations that need consistent lift planning artifacts across engineered lifts and routine lift plan updates. The tool’s strength sits in the connected documentation chain, from crane and rigging selection inputs to a reviewable lift plan package that field crews can execute against. It also fits teams that maintain crane capacity chart inputs and center of gravity inputs through controlled selection and repeated calculations.
- +Reusable crane and rigging libraries reduce repeated data entry
- +Lift plan revision control supports controlled change between approvals
- +Approval workflow keeps engineering outputs aligned to execution artifacts
- +API and automation support integration with internal engineering systems
- –Advanced 3D modeling and bespoke geometry tooling is limited
- –Teams need setup discipline to standardize lift assumptions
Crane engineering teams
Engineered lift plan authoring for approvals
Faster approval cycles with traceable changes
Lift planning coordinators
Field execution checklists tied to revisions
Lower execution mismatch risk
Show 2 more scenarios
Safety and governance teams
Exclusion zone outputs for review
More consistent pretask safety reviews
Safety reviewers validate exclusion zone and lift path constraints before sign-off.
Enterprise integrators
API automation for lift plan provisioning
Higher throughput across sites
Integrators automate lift plan generation and updates from upstream engineering records.
Best for: Fits when engineering teams need governed lift plan artifacts with repeatable crane and rigging inputs.
CraneLogic
lift planning specialistLift planning and crane management software that manages lift plans, coordination workflows, and crane configuration data for field teams.
Revision-aware lift plan approval workflow that ties each signoff stage to the configured lift setup and sequence.
CraneLogic focuses on lift plan digitization and engineering workflow control rather than general project documentation. The core system manages an engineered lift plan from crane selection inputs through task sequencing, exclusions zone definitions, and field execution artifacts.
- +Approval workflow keeps lift plan revisions traceable to the configured lift
- +Lift plan execution checklists reduce gaps between engineering and field steps
- +Exports support sharing engineered lift plans with external stakeholders
- +API and integrations help connect lift data to other engineering systems
- –Crane and rigging setup requires careful configuration before builds work smoothly
- –3D lift visualization is limited compared with tools offering CAD-grade modeling
- –Managing complex tandem lift sequences can require more manual structuring
- –UI density increases time-to-author for users new to lift planning schemas
Best for: Fits when engineering teams need controlled lift plan approvals with repeatable execution checklists.
Conclusion
After evaluating 10 lift planning software, Autodesk Construction Cloud 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 Planning Software
We see options separate on how reliably they turn site inputs into an executable lift planning output. Focus on lift plan revision control and lift plan approval workflow so changes, sign-offs, and the final plan stay consistent across people and versions.
Lift plan revision control
Why it matters
Lift plan revision control matters because field work depends on the exact version of the plan being followed. If revisions are unclear, you risk using older parameters without realizing it.
How to check
In the demo, create a lift plan, then revise one parameter and generate an updated output. Ask whether the system keeps prior versions, who changed what, and whether older versions remain accessible but clearly marked.
Lift plan approval workflow
Why it matters
Lift plan approval workflow matters because sign-off gates how the plan moves from preparation to execution. When approvals are weak, teams can execute with insufficient review.
How to check
Ask the product owner to walk through a sample approval path for a draft plan. Request to see how they handle re-approval after a revision and whether the approved status locks the “ready to execute” output.
3D lift visualization fidelity
Why it matters
3D lift visualization fidelity matters because planning teams use it to spot clashes and spatial mistakes before the job starts. Low fidelity can hide issues that matter on real sites.
How to check
Load a sample lift and review whether the visualization shows the rigging and crane geometry with consistent scale. Ask if you can rotate, slice, and export a screenshot or viewing report for meeting minutes.
CAD and geometry import handling
Why it matters
CAD and geometry import handling matters because most lifts depend on existing site layouts and equipment models. If import is fragile, planners spend time fixing geometry instead of planning.
How to check
During the demo, import a small site model and confirm how units, coordinate orientation, and layers come through. Ask what happens to missing materials or broken geometry and whether the tool flags issues clearly.
API and automation for plan generation
Why it matters
API and automation for plan generation matters when teams reuse templates and standard checks. Deeper integration reduces manual re-entry and helps keep planning consistent across projects.
How to check
Ask what endpoints or automation hooks exist for creating a lift plan from structured inputs. In a sandbox, try importing a spreadsheet-like dataset and see whether the resulting plan fields match what planners expect.
Field execution checklist traceability
Why it matters
Field execution checklist traceability matters because it links planning assumptions to what the team actually does. Without traceability, you lose the trail between the plan and on-site confirmation.
How to check
Create a checklist item tied to a plan output and then mark it during execution. Confirm whether the system records completion against the correct plan version and whether exports show the same version context.
Red flags
- Revisions update totals but don’t preserve prior plan versions clearly
- Approved status doesn’t require re-approval after a change
- 3D visuals look right but don’t match imported geometry scale or units
Fit by situation
- If your team revises lift parameters often between shifts, prioritize lift plan revision control.
- If planning relies on sign-off gates before work begins, prioritize lift plan approval workflow.
- If you review spatial risk in meetings, prioritize 3D lift visualization fidelity.
Frequently Asked Questions About Lift Planning Software
How do lift planning tools integrate into engineering systems that manage lift prerequisites?
Which platforms support SSO and RBAC for controlling who can edit lift plans and approvals?
What migration steps help teams move existing lift plan PDFs and revision history into a structured workflow?
How does lift plan revision control differ between document-first review tools and structured-input tools?
When does a crane and rigging library provide more value than manual input updates?
What breaks if lift plans are assembled through freeform CAD edits instead of structured inputs?
How do teams handle approval workflow gates when checklist completeness affects release?
Which tools support structured SILP authoring with task-level hazards and controls tied to each lift?
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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