BIM 360 vs Autodesk Construction Cloud (ACC)
If you work in architecture, engineering, or construction, you have probably heard the question a hundred times: BIM 360 vs ACC which Autodesk platform should I use? The answer is not as obvious as it seems, especially as Autodesk continues its platform consolidation in 2026.
This guide breaks down everything you need to know from core feature differences and pricing considerations to real project-fit recommendations so you can make a confident, informed decision for your team.
Quick Answer: BIM 360 is Autodesk’s legacy BIM collaboration platform, optimised for model-based workflows. ACC (Autodesk Construction Cloud) is its more powerful successor, built for end-to-end construction management. For most new projects starting in 2026, Autodesk recommends ACC as the primary platform.
What Is BIM 360?
BIM 360 is Autodesk’s cloud-based construction management platform, built around Building Information Modeling (BIM) workflows. Launched as an evolution of earlier Autodesk tools, BIM 360 centralized design collaboration, document management, quality control, and field execution into a single cloud environment accessible from any device.
At its core, BIM 360 was designed to connect architects, engineers, contractors, and project owners throughout the construction lifecycle letting teams share 3D models, track RFIs and submittals, manage clash detection, and coordinate across disciplines without drowning in email chains and disconnected file servers.
Core Modules in BIM 360
BIM 360 is structured around dedicated modules, each addressing a distinct project phase or discipline:
| Module | Primary Use |
| BIM 360 Design | Co-authoring in Revit; cloud worksharing for design teams |
| BIM 360 Docs | Centralized document management, version control, markups |
| BIM 360 Coordinate | Model coordination, clash detection (Navisworks in the cloud) |
| BIM 360 Build | Field management, quality, safety, daily logs, RFIs |
| BIM 360 Layout | Field layout using HoloLens and iOS devices |
| BIM 360 Ops | Handover and operations / facilities management |
How BIM 360 Works
BIM 360 operates entirely in the cloud, meaning project data models, drawings, RFIs, issue logs, inspection records lives in one centralized repository. Designers in Revit can publish models to BIM 360, where contractors can view, coordinate, and comment on them without needing a full Revit licence. The platform integrates tightly with Autodesk’s design stack (Revit, AutoCAD, Civil 3D, Navisworks), making it the natural choice for teams already using those tools.
What Is Autodesk Construction Cloud (ACC)?
Autodesk Construction Cloud (ACC) is Autodesk’s next-generation, unified construction platform announced in 2020. Rather than a single product, ACC is an integrated ecosystem that brings together several powerful products including the core capabilities of BIM 360 under one umbrella, connected by a common data environment and unified administration.
Where BIM 360 focused primarily on model-based collaboration, ACC expands to cover the entire project lifecycle: from preconstruction and bid management through to cost control, field execution, and handover. It is designed for construction firms that want one platform to replace multiple disconnected tools.
What’s Included in ACC?
| ACC Product / Tool | Formerly / Origin | Core Function |
| BIM Collaborate Pro | BIM 360 Design + Coordinate | Model co-authoring, clash detection, design collaboration |
| Autodesk Docs | BIM 360 Docs | Document management, version control, markups, transmittals |
| Build | BIM 360 Build + PlanGrid | Field management, RFIs, submittals, quality & safety |
| Cost Management | New in ACC | Budgets, change orders, forecasting, cost tracking |
| BuildingConnected | Acquired 2018 | Bid management, subcontractor qualification, preconstruction |
| Assemble | Acquired 2018 | Model-based quantity takeoffs, estimating, cost data |
| ProEst | Acquired 2021 | Preconstruction estimating |
How ACC Works
ACC unifies all of these products around a shared data platform Autodesk Docs which acts as the single source of truth for every project file, model, and document. Teams working in BIM Collaborate Pro, Build, and Cost Management all draw from and write back to this central repository, eliminating the data silos that plagued multi-tool construction workflows. ACC is cloud-native, mobile-first, and designed for enterprise scalability across dozens of concurrent projects.
Key Differences: BIM 360 vs ACC
Understanding where these platforms diverge is critical before committing to a subscription. Here is a head-to-head comparison across the dimensions that matter most to construction teams.
| Feature / Dimension | BIM 360 | ACC |
| Platform Scope | BIM-centric collaboration platform | End-to-end construction lifecycle platform |
| Document Management | BIM 360 Docs solid, module-based | Autodesk Docs unified, enhanced across all tools |
| Model Coordination | BIM 360 Coordinate (Navisworks-based clash detection) | BIM Collaborate Pro (enhanced cloud-based coordination) |
| Field Management | BIM 360 Build | ACC Build (BIM 360 Build + PlanGrid merged) |
| Cost Management | Limited / add-on only | Native, integrated cost management tools |
| Bid Management | Not included | BuildingConnected (industry-leading) |
| Estimating | Not included | Assemble + ProEst integration |
| Revit / Civil 3D Integration | Deep, native integration | Deep, native integration (same or better) |
| Data Environment | Module-specific data silos | Unified common data environment (CDE) |
| Mobile Field App | BIM 360 Field app | PlanGrid + ACC Build (more powerful) |
| Administration | Per-module admin | Single unified admin panel |
| Analytics & Reporting | Basic insights per module | Cross-project analytics, AI-assisted insights |
| Future Development | In maintenance mode | Autodesk’s primary investment platform |
Important Note: As of 2024–2026, Autodesk has shifted all major product investment to ACC. BIM 360 continues to receive security updates and bug fixes, but new features are being built exclusively into the ACC ecosystem.
BIM 360 Pros & Cons
Strengths
- Deep native integration with Revit, AutoCAD, Navisworks, Civil 3D
- Mature, proven platform with a large user base and support community
- Comprehensive BIM coordination and clash detection tools
- Strong document management with granular permissions and version control
- Familiar interface lower learning curve for existing Autodesk users
- Solid field management for mid-to-large construction projects
- Existing data and workflows can be preserved for current subscribers
Weaknesses
- No native cost management or bid management capabilities
- Data lives in module silos no true unified CDE across all modules
- New feature development has largely stopped (maintenance mode)
- Less powerful field app compared to PlanGrid (now part of ACC)
- Subscription costs can be high relative to the feature set
- Migration to ACC will be required eventually
- Limited cross-project analytics and portfolio reporting
Autodesk Construction Cloud (ACC) Pros & Cons
Strengths
- True end-to-end platform: design through construction, cost, field, and handover
- Unified common data environment no more data silos between teams
- Best-in-class field management combining PlanGrid and BIM 360 Build
- Native cost management with budget, change order, and forecast tools
- BuildingConnected integration for industry-leading bid management
- Scalable for multi-project portfolios and enterprise organisations
- AI-powered analytics and cross-project insights
- Active development Autodesk’s primary platform investment
Weaknesses
- Steeper learning curve due to platform breadth
- Higher subscription cost especially for full suite access
- Transition from BIM 360 requires planning and team retraining
- Some BIM 360 workflows do not have a perfect one-to-one equivalent yet
- Can feel overwhelming for smaller teams or single-discipline firms
- Integration with non-Autodesk third-party tools still maturing
- Data migration from BIM 360 can be time-intensive
Which Platform Should You Choose for Your Project?
The right platform depends on your project type, team structure, budget, and where you are in your digital transformation journey. Here is a decision framework built for construction professionals:
Choose BIM 360 If…
BIM 360 Is Right For You
Best suited for teams with specific conditions:
- You have an existing BIM 360 subscription with active projects
- Your work is primarily BIM / model coordination focused
- Your team is deeply embedded in Revit / Navisworks workflows
- You only need document management and clash detection
- Budget is a constraint and you do not need cost or bid tools
- You prefer a stable, known platform while planning future migration
Recommended for 2026+
ACC Is Right For You
Best suited for most modern construction scenarios:
- You are starting a new project or digital transformation initiative
- You need cost management, bid management, or estimating
- You manage multiple projects and want portfolio-level insights
- Your field teams need the best mobile tools available
- You want a platform with active future development
- You are an enterprise GC, owner, or multi-discipline firm
Project-Type Decision Matrix
| Project / Team Type | Recommended Platform | Key Reason |
| Large commercial GC (50+ projects) | ACC | Portfolio management, cost, field ops |
| Design-only architecture firm (Revit-heavy) | BIM 360 or BIM Collaborate Pro (ACC) | BIM coordination is the primary need |
| MEP engineering subcontractor | ACC (BIM Collaborate Pro) | Cross-discipline coordination + field tools |
| Real estate developer / owner | ACC | Cost visibility, handover, lifecycle management |
| Small residential contractor | BIM 360 or ACC Build only | Simpler needs; cost may favour BIM 360 |
| Infrastructure / civil engineer | ACC (Civil 3D + InfraWorks integration) | Better support for civil data types in ACC |
| Team already on BIM 360, stable projects | Stay on BIM 360, plan ACC migration | Avoid disruption mid-project |
Is BIM 360 Being Replaced by ACC?
Yes ACC is Autodesk’s future, and BIM 360 is being sunset. Autodesk officially began transitioning BIM 360 users to ACC in 2022 and has been accelerating that process since. While Autodesk has committed to maintaining BIM 360 access for existing subscribers, all new product development, AI features, and platform innovations are being built exclusively into ACC.
What Happens to My BIM 360 Data?
Your existing BIM 360 projects, documents, and models do not disappear overnight. Autodesk provides migration tools and pathways to transition projects to ACC’s unified data environment. However, the migration requires careful planning document structures, permissions, and some workflows need to be reconfigured for the ACC environment.
Infallible Studios Recommendation: If you are currently on BIM 360 and satisfied with it, there is no need to panic-migrate. Finish active projects on BIM 360, then adopt ACC for all new projects. Use the transition period to train your team and restructure your project templates for ACC’s unified data environment.
ACC Migration Checklist
When you are ready to move to ACC, plan around these key steps:
- Audit your current BIM 360 modules and active project data
- Map BIM 360 modules to their ACC equivalents (Docs, Build, BIM Collaborate Pro)
- Decide which projects to migrate vs. which to complete in BIM 360
- Configure ACC project templates and permission structures
- Train field teams on ACC Build and the new mobile experience
- Run a pilot project on ACC before full rollout
- Use Autodesk’s migration tools to move completed project archives
Infallible Studios Editorial Team
The Infallible Studios team specialises in BIM consulting, Autodesk implementation, and construction technology advisory. Our team combines hands-on project experience with deep expertise in BIM 360, Autodesk Construction Cloud, Revit, and the full Autodesk AEC ecosystem.