What’s New in Revit 2027

At CAD Masters, our Autodesk Certified Instructors have reviewed Revit 2027 carefully, and this is a release that warrants serious attention. It is the most conceptually ambitious Revit release in several years, and it operates on two levels simultaneously: there are deep platform-level changes that establish a new direction for how Revit connects to the broader Autodesk ecosystem, and there is a rich set of discipline-specific improvements across architecture, structure, MEP, and documentation that will have immediate impact in day-to-day production work.

This post covers the major features in depth, organized to give you both the big-picture context and the practical workflow detail you need to plan your upgrade.

Forma Connected Client (Tech Preview): Revit Joins the Forma Ecosystem

The headline story of Revit 2027 — and arguably the most strategically significant development in the product in years — is that Revit is now the first Autodesk desktop application to become a Forma Connected Client, available in Tech Preview.

To understand what this means, it helps to understand what Forma represents. Autodesk’s Forma is the company’s industry cloud platform for AEC — a cloud-based environment for site design, building design, environmental analysis, data management, and collaborative project coordination. Until now, Revit and Forma have existed as adjacent tools, with data moving between them through import/export workflows and file exchanges. Revit 2027 begins the process of removing that boundary.

As a Forma Connected Client, Revit gains access to a set of deeply integrated capabilities that span four key areas:

Forma Contextual Data brings real-world site context — terrain, surrounding buildings, and location-based environmental data — directly into Revit through the Forma Data Marketplace. Instead of assembling site context from multiple sources or working against placeholder geometry, designers can access accurate, georeferenced contextual data in a few clicks and begin designing against real conditions from the outset of a project.

Forma Scenarios establish a shared design container that connects models and data across applications — including Revit and Forma Site Design and Building Design — without requiring file exports or manual model alignment. Forma Geolocation ensures that every model in the shared scenario is accurately positioned, eliminating the manual alignment step that has historically been a source of friction when coordinating models from different authoring tools.

Forma Analyses, most notably wind analysis, are now available directly within Revit. Teams can run machine learning-based Wind Estimate analysis for rapid design feedback as they model, or initiate cloud-based Wind Simulation for more detailed study — all without leaving the Revit environment. Results are immediately available for evaluating pedestrian comfort and broader environmental impact. Additional environmental analyses, including Daylight Potential and Sun Hours, are accessible by transitioning to Forma Site Design directly from within the workflow.

Forma Board, a visual collaborative workspace, is now included in Revit subscriptions, enabling teams to review models, annotate, and communicate within a shared canvas environment.

Also included with Revit subscriptions in 2027 are Forma Data Management Essentials, Forma Site Design, and Forma Building Design — giving Revit users access to the early-stage design and cloud collaboration capabilities of the Forma platform without additional licensing.

Our Assessment: The Forma Connected Client architecture is the most important long-term development in Revit 2027. The practical payoff — contextual site data flowing into Revit without assembly, environmental analysis running inside the modeling environment, shared model scenarios keeping disciplines aligned without file management overhead — addresses pain points that have existed in BIM-based workflows for years. As a Tech Preview, not all capabilities are production-ready, and teams should evaluate carefully before depending on them in live project delivery. But the architecture is compelling, the direction is clear, and Revit users who begin building fluency with the Forma ecosystem now will be well-positioned as these capabilities mature. CAD Masters will be developing training content on Forma Connected Client workflows as the Tech Preview evolves toward full release.

Autodesk Assistant (Tech Preview): Agentic AI Inside the Model

Revit 2027 introduces Autodesk Assistant as an in-product AI capability, and the implementation here is notably more ambitious than what has been introduced in AutoCAD and Civil 3D. Where those products leverage the Assistant primarily for drawing queries, natural language selection, and standards checking, the Revit version is described as an agentic design partner — an AI tool capable of not just answering questions but actively helping advance work within the model.

The current Tech Preview capabilities are substantial. The Assistant can interrogate and analyze model data in response to natural language questions. It can create and organize views and schedules. It can edit parameters in context, manage rooms, and provide guided workflows for completing tasks and resolving issues. Because the Assistant operates with awareness of the model context — not as a generic chatbot — its responses are grounded in what you are actually working on rather than generic product documentation.

The prompt library capability allows teams to save, reuse, and share effective prompts, creating repeatable workflows for common tasks that would otherwise require manual execution each time. Over time, this has the potential to meaningfully accelerate production work in areas like view creation, documentation setup, and model validation.

Our Assessment: Autodesk Assistant in Revit 2027 represents the most capable in-product AI integration Autodesk has released to date in any of its desktop applications. The ability to create views, edit parameters, and manage elements through natural language interaction — while the tool maintains awareness of model context — is genuinely new territory for BIM software. The Tech Preview designation means refinement is ongoing, and users should approach production use thoughtfully. That said, even in its current form, the Assistant is worth exploring for teams willing to invest time in developing an effective prompt library. The productivity compounding effect of well-crafted shared prompts for documentation and QA workflows could be significant. We will be covering Autodesk Assistant for Revit in our training offerings as the feature stabilizes.

Accelerated Graphics: Production-Ready

One of the most immediately felt changes in Revit 2027 requires no workflow adjustment at all: Accelerated Graphics, which has been in Tech Preview status in recent releases, has now graduated to a fully supported, production-ready capability.

Accelerated Graphics uses the GPU to drive Revit’s view rendering, resulting in substantially more responsive navigation, faster view generation, and smoother interaction with large, complex models. In Revit 2027, the capability has been expanded with several targeted enhancements:

Real-Time Section Box and View Extents manipulation is now GPU-driven in Accelerated Views, meaning that section box adjustments happen in real time rather than triggering view recomputation. For complex models where section box manipulation has historically been slow, this is a genuine quality-of-life improvement.

Halftone overrides are now fully supported in Accelerated Views, maintaining visual consistency with standard Revit views. Previously, halftone settings were ignored in accelerated mode, creating a visual discrepancy between view styles.

Transparency overrides are now respected in Accelerated Views, improving the communication of design intent and coordination clarity — particularly important for multi-discipline coordination views where transparency is used to distinguish disciplines.

Linked Revit Model handling has been improved in Accelerated Views, with enhanced display and coordination for linked models in large, multi-discipline environments.

Our Assessment: The graduation of Accelerated Graphics from Tech Preview to full production support is excellent news for teams working on large Revit models. GPU-accelerated navigation in complex models is the kind of foundational improvement that benefits every session in the software, regardless of what you are working on. The 2027 enhancements — real-time section box, halftone and transparency support, better linked model handling — address the specific gaps that have made some users hesitant to rely on accelerated mode in production. If you have not already evaluated Accelerated Graphics for your team’s workflow, Revit 2027 is the time to do it. CAD Masters covers performance optimization as part of our Advanced Revit curriculum.

Integrated Issues Management: Coordination Inside Revit

In Revit 2027, Issues Management moves from an optional extension to a native, integrated capability within the core product. Teams can now create, view, and resolve issues directly within Revit, with full synchronization to Forma Data Management and Forma Design Collaboration.

This integration changes the nature of coordination on workshared projects. Rather than identifying a coordination issue in Revit and then switching to a separate platform to log, assign, and track it, the entire issues workflow — creation, assignment, status tracking, and resolution — happens inside the familiar Revit environment. Issues are visible across the team, tied to model elements, and synchronized with the broader project management context in Forma.

Our Assessment: Native issues integration is one of those features that sounds incremental until you experience the friction it removes. The round-trip between modeling environment and coordination platform adds cognitive load and creates opportunities for issues to be noted informally and then lost. Having the issues workflow inside Revit — where the work is happening — reduces that friction and makes coordination more continuous and reliable. For teams already using Forma Design Collaboration for coordination, this integration will feel like a natural evolution. For teams that have managed coordination through informal channels, it represents a meaningful upgrade in process rigor.

Architecture: Walls, Stairs, Design Options, and Carbon Analysis

Revit 2027 delivers several significant enhancements specifically relevant to architectural workflows, spanning modeling, documentation, and sustainability analysis.

Host a Wall on Another Wall introduces a long-requested capability: walls can now be hosted on other walls, maintaining alignment and coordinated behavior as the host geometry changes. Hosted walls follow their host’s geometry, support offsets, can be rehosted, and are schedulable and controllable in views. This solves a modeling challenge that has historically required workarounds involving curtain walls or complex family geometry.

Rule-Based Numbering for Model Elements automates element numbering — a task that in complex models can consume significant manual effort and is prone to error as the model evolves. The system supports rule-based templates, filters, and partitions with control over formatting and gap resolution, producing consistent and editable results that update predictably as the model changes.

Sustainability and Carbon Analysis receives meaningful enhancements in this release. Revit materials now support Carbon Parameters as assets, making each material choice directly traceable in terms of embodied carbon impact. The Embodied Carbon analysis scope has been expanded (Tech Preview) to include structural elements in addition to architectural ones, and Collaborative Insight enables teams to share sustainability analysis results — including Insight dashboards, metrics, factors, and benchmarks — across cloud workshared models. A new Energy Model Guide provides a more guided path to energy model setup for system and carbon analysis, and Energy Settings have been reorganized for improved usability.

Additional architectural improvements include: enhanced stair tread and riser numbering with greater control over visibility, appearance, and documentation; the ability to set walls as non-room-bounding before creation; easier editing of view-related elements while in Design Options; and a toggle to control whether sheet nodes auto-expand when views are added.

Our Assessment: The combination of hosted walls, rule-based numbering, and carbon integration represents genuine investment in the tools that architectural teams spend significant production time on. Hosted walls in particular addresses a modeling pain point that has been present in Revit for a very long time. The carbon analysis enhancements reflect the growing importance of sustainability documentation in architectural practice — having carbon parameters live on materials, directly within the model, is the right approach for integrating sustainability into the design workflow rather than treating it as a downstream reporting exercise. CAD Masters covers sustainability workflows as part of our Revit for Architecture curriculum.

Structural Engineering: Analytical Model, Rebar, and Steel

Revit 2027 is a substantial release for structural workflows, with improvements that span the full range from analytical model management to reinforcement detailing and steel fabrication.

Analytical Model Automation has been significantly enhanced. The analytical model can now be configured to update automatically when physical model changes are made — including updates to openings — reducing the manual synchronization work that has historically been required to keep the analytical and physical models aligned. Analytical floor panels can be automatically aligned to their supporting elements, and the physical core layer thickness of walls, floors, and slabs can drive analytical panel automation. A new Disconnect option allows editing to continue while maintaining an analytical panel’s geometric constraints, giving structural engineers more flexibility during design iteration.

Analytical Cladding Panels can now be designated as cladding elements that host and transfer lateral loads such as wind and roof snow loads — an important capability for the accurate transfer of environmental loads in structural analysis.

Structural Boundary Conditions receive several improvements: custom placement anywhere on the host analytical element, interactive positioning using temporary dimensions, documentation through tags and filters and schedules, and improved controls for identifying relationships between analytical elements and their assigned loads.

Rebar detailing advances on multiple fronts in Revit 2027. 3D Path Rebar Shape Distribution allows transverse rebar to be modeled along complex, double-curved concrete elements using a 3D path-based distribution — particularly relevant for bridge and tunnel structural elements. Longitudinal Bars Driven by Transverse Rebar creates longitudinal reinforcement directly from stirrups, spirals, or multi-segment transverse shapes, with automatic updates as the transverse geometry changes. Enhanced Spacing Layout allows complex rebar spacing to be defined with a single formula using fixed, variable, or proportional values, with Revit automatically handling remaining spacing and clearly reporting multiple spacings for documentation. Longitudinal Free Form Rebar Splicing improvements support bridge and tunnel detailing productivity. Reinforcement mass is now automatically calculated and displayed in bar properties, schedules, and tags — a practical improvement for quantity takeoff and material reporting.

A new Concrete Detailing Ribbon centralizes all reinforcement tools for cast-in-place and precast workflows in a dedicated tab, with contextual access to commands and improved control over ribbon tab visibility.

Concrete Framing cross-sectional properties are now automatically calculated and updated based on element geometry, with the option to override values when needed.

Steel modeling is more predictable in 2027: members with void cuts now work consistently with Steel Connections and modifiers, with consistent parameters, graphics, and in-canvas controls across levels of detail. Robot Structural Analysis 2027 includes updates to supported design codes.

Our Assessment: The structural improvements in Revit 2027 are deep and span the full workflow from analysis through detailing and documentation. The analytical model automation enhancements address one of the most persistent sources of manual work in structural Revit — keeping the analytical and physical models synchronized. The rebar capabilities are particularly significant for firms working on civil structures (bridges, tunnels) where complex 3D reinforcement geometry has historically been difficult to model accurately in Revit. The Concrete Detailing Ribbon is a welcome interface improvement that makes reinforcement tools easier to discover and use. CAD Masters offers dedicated Revit Structure training covering analytical workflows, reinforcement detailing, and coordination with structural analysis platforms.

MEP: Energy Modeling, HVAC Zones, and Fabrication

Revit 2027 delivers targeted improvements for MEP workflows, focused on the quality of energy modeling, the consistency of HVAC system logic, and the capability of fabrication tools.

Energy Model Guide provides a structured, step-by-step setup process for creating energy models in Revit, making it easier to configure models correctly from the start and reducing the ambiguity that has historically led to inconsistent energy model results. The Energy Model Creation process itself has been enhanced with an improved clipping algorithm for cleaner analytical geometry. Improved Energy Settings reorganize the dialog for better usability.

HVAC Zones have been upgraded to System-Zones, introducing a revised zoning structure and updated project behavior that more directly connects zoning, load calculations, and equipment sizing. This change standardizes how HVAC system logic is represented in the Revit model.

Improved Editing for MEP Fabrication Parts enhances part editing and documentation capabilities, with more schedulable parameters and better alignment between design-intent models and shop fabrication workflows.

Heating and Cooling Loads Analysis has received user interface improvements that make the analysis workflow more accessible and easier to configure.

Our Assessment: The MEP improvements in Revit 2027 are focused on reliability and consistency — making energy modeling more reproducible, HVAC system logic more coherent, and fabrication workflows more data-complete. The Energy Model Guide in particular is a thoughtful addition that addresses a well-known onboarding challenge: setting up Revit energy models correctly requires specific knowledge that many teams only develop through experience. A structured guided process will reduce setup errors and improve the confidence of energy analysis results. CAD Masters covers MEP workflows including energy modeling and fabrication coordination in our Revit for MEP curriculum.

Coordination and Collaboration: Issues, Detailed Changes, and Interoperability

Beyond the Forma Connected Client integration and native Issues Management, Revit 2027 includes several additional improvements to how teams coordinate across disciplines and platforms.

Detailed Changes for Coordination Models adds the ability to compare property values for changed coordination model elements between versions using the Changes Details palette. This gives teams more granular visibility into what has actually changed between model versions — not just which elements changed, but what specific property values were modified — improving the quality of coordination review.

Control Line Weights in Linked Models addresses a long-standing request: users can now control whether linked models use the host or linked model’s line weight tables, enabling more consistent graphics across views in multi-discipline Revit environments.

Multi-Category Tag Enhancements make multi-category tags available as default tags in key tagging dialogs, including Tag by Category and Tag All Not Tagged — improving annotation efficiency across complex multi-discipline models.

IFC Parameter Mapping is now available directly within the IFC export workflow, allowing parameters to be mapped to IFC property sets and custom mappings to be created and managed during export. This improves control over what data is included in IFC outputs and reduces the manual parameter management that has historically been required for IFC compliance.

Extended Properties provide access to properties created outside of Revit, broadening the scope of data accessible within the model environment.

Our Assessment: The coordination improvements in Revit 2027 collectively address the edges and friction points of multi-discipline BIM workflows — better change tracking, more consistent linked model graphics, improved IFC data control. None of these are headline features individually, but together they improve the daily experience of coordination on complex, multi-discipline projects. The IFC mapping improvements in particular are significant for firms working in international markets or on projects with contractual IFC deliverable requirements.

Performance and Platform: Dynamo, .NET 10, and UI Improvements

Dynamo 4.0.2 ships with Revit 2027, bringing performance improvements, PythonNet3 as the default Python engine (replacing IronPython), improvements to collapsed groups, and additional stability enhancements. For teams using Dynamo for automation, computational design, or data management workflows, the PythonNet3 transition is worth specific attention — it provides access to the broader Python ecosystem and improved compatibility with modern Python libraries, but existing scripts using IronPython-specific behavior may require review.

Revit 2027 has been migrated to .NET 10, the current long-term support version of the .NET runtime. This is relevant for developers and firms maintaining custom add-ins built on the Revit API — add-ins will need to be recompiled and tested against .NET 10. The migration also brings performance benefits from the updated runtime.

User Interface Updates align commonly used Revit dialogs with a cohesive cross-product Autodesk experience, including support for Light and Dark themes. The Options Bar has been streamlined — controls previously located on the Options Bar have been consolidated into the Properties palette and the ribbon, reducing interface clutter.

Customizable Editing Color allows the color used to display elements during editing to be customized, replacing system-level visual indicators with a consistent, user-configurable editing color across multiple edit modes.

Tag Leader Enhancements provide more control over leader positioning — both start and end points can now be freely positioned, and tag outline geometry is more flexible, enabling more precise leader placement and snapping.

SpaceMouse 3D Navigation support has been improved through integration of the latest 3Dconnexion SDK, improving navigation performance and usability for users who rely on hardware 3D navigation devices.

Our Assessment: The .NET 10 migration and Dynamo PythonNet3 transition are the two changes in this section that require specific action for some users. Firms with custom add-ins should budget time for testing and recompilation before deploying Revit 2027 widely. The UI improvements — Dark theme support, Options Bar consolidation, customizable editing color — are the kind of incremental refinements that improve the daily experience of working in Revit without requiring any workflow adjustment.

Planning Your Revit 2027 Upgrade

Revit 2027 is a release with significant depth across multiple dimensions. The Forma Connected Client capabilities, Autodesk Assistant, and the graduation of Accelerated Graphics represent platform-level changes that deserve deliberate adoption planning. The discipline-specific improvements — analytical model automation, rebar detailing, hosted walls, carbon analysis, energy modeling — offer immediate production value for teams that invest in understanding them properly.

A few specific upgrade planning considerations:

Firms with custom Revit add-ins need to test against .NET 10 before widespread deployment. Teams using Dynamo with Python scripts should review PythonNet3 compatibility. Teams that have been using Forma Data Management, Forma Site Design, or Forma Building Design tools should evaluate the Forma Connected Client Tech Preview with their full project team. BIM Managers should review the changes to Issues Management, IFC mapping, and linked model behavior to update team standards accordingly.

At CAD Masters, our Autodesk Certified Instructors at the Gold and Platinum levels can help your organization navigate every dimension of the Revit 2027 upgrade. Whether you need feature-specific training by discipline, BIM Manager briefings on platform changes, guidance on Forma ecosystem adoption, or customized team training built around your firm’s project types and standards — we are here to help.

Visit cadmasters.com to explore our current Revit 2027 training schedule, or contact us to discuss a customized training plan for your team.

CAD Masters is an Autodesk Authorized Training Center and Autodesk Gold Partner. Our instructors hold Autodesk Certified Instructor credentials at the Gold and Platinum levels. We provide comprehensive Revit, AutoCAD, Civil 3D, and Autodesk platform training for architecture, engineering, and construction professionals across all disciplines.