What’s New

7 Key Features in Revit 2026

What’s New & How to Leverage Them with Building Information Modeling (BIM)

Autodesk Revit 2026: A major leap forward in BIM tools and performance.

1. Accelerated Graphics Tech Preview

Experience smoother navigation in both 2D and 3D views with the new Accelerated Graphics Tech Preview. Leveraging advanced graphics technologies like USD (Universal Scene Description) and Hydra, this feature enhances visual performance, allowing for more responsive model interaction, especially in large datasets.

2. ReCap Pro Mesh Plugin Integration

The integration of the ReCap Pro Mesh plugin enables users to incorporate large quantities of reality capture data directly into Revit without compromising performance. This is particularly beneficial for projects focusing on retrofitting and adaptive reuse, allowing for efficient modeling based on existing conditions.

3. Enhanced Documentation Tools

Revit 2026 introduces “View to Sheet Positioning and Automated Placement,” streamlining the documentation process by automating repetitive tasks. Additionally, shared parameters can now be used in family labels for Callout Heads, Elevation Marks, Section Marks, and View References, providing greater flexibility in documentation.

4. Toposolid Improvements

Site modeling sees significant enhancements with improved sub-division functionality, increased point thresholds (up to 50,000 points), and better collaboration workflows between Revit and Civil 3D. These updates allow for more accurate and flexible terrain modeling.

5. Structural Enhancements

Structural engineers benefit from the new Parametric Rebar Cranking feature, simplifying the modeling of cranked bars in congested areas. The introduction of point-to-point modeling for steel elements ensures precise placement without automatic setbacks, enhancing model accuracy.

6. MEP Workflow Enhancements

Revit 2026 expands support for global electrical standards by replacing Wire Type and Wire Size with Cable Type and Cable Size, accommodating a broader range of conductor calculations. HVAC zoning is also improved, merging HVAC Zone and System Zone objects into more versatile System Zones, facilitating better equipment selection and distribution routing.

7. Improved Interoperability and Collaboration

The new Manage Links Dialog now displays imported CAD files, providing better visibility and control over linked data. Enhancements to Coordination Models and IFC Link Orientation selection streamline cross-disciplinary workflows, reducing errors and improving collaboration.

 

📅 Join Us at BIM Meet Houston – May 27th

Excited about the new features in Revit 2026? Join us at our upcoming BIM Meet in Houston on May 27th! We’ll delve into the latest updates, share insights on integrating them into your workflows, and discuss how tools like Axoscape can enhance your BIM coordination efforts.

👉 RSVP here

Whether you’re an architect, MEP designer, BIM manager, or simply passionate about building technology, this event is a great opportunity to connect and learn.

 

This post is based on Autodesk’s official release notes and blog updates. For a comprehensive overview, visit the Autodesk AEC Tech Drop blog.(Autodesk)

Stay tuned to the Axoscape blog for more updates and insights. Let’s continue to build better—together.

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Transforming 2024 Paris Olympics: BIM

The Paris 2024 Summer Olympics brought excitement, world-class athletes, and millions of spectators to the City of Light. But what happens to the stunning venues once the celebrations end? Instead of letting these magnificent structures fade into obscurity, Paris is leveraging the power of Building Information Modeling (BIM) to give them new life and purpose.

The Magic of BIM in Renovation

Imagine a construction tool that not only helped build your favorite stadium but can now also help transform it into a vibrant community center, a bustling market, or a beautiful park. That’s exactly what BIM does! Initially designed to create detailed, digital models of the Olympic venues, BIM is now set to play a pivotal role in repurposing these structures for everyday use.

With the wealth of data embedded in the BIM models—from materials used to energy systems—urban planners and architects can quickly envision and execute renovations. They can speed up the process, reduce costs, and enhance the sustainability of these venues. The result? Beautiful spaces that serve the community long after the Olympic flame is extinguished.

Learning from the Past: Why Planning Matters

History has taught us that failing to plan for the post-Olympic life of venues can lead to disappointment. Just look at past Olympics, like those in Athens (2004) and Rio de Janeiro (2016).

  • Athens 2004: The Greek capital spent around €10 billion on the Olympics, yet many venues, including the Athens Olympic Sports Complex, have fallen into disrepair and are rarely used. A 2017 report by the European Court of Auditors highlighted that 21 out of 25 venues built for the games were underutilized or abandoned, leading to significant maintenance costs for the city . This scenario served as a cautionary tale about the long-term consequences of inadequate planning for post-Olympic use.
  • Rio 2016: Similarly, many of Rio’s Olympic venues have faced a bleak future. The MaracanĂŁ Stadium, once a symbol of Brazilian football, struggled to find a sustainable model post-Olympics. The Arena da AmazĂ´nia, built for football matches, has been criticized for its poor utilization and high maintenance costs . Reports indicate that many of these venues have become a burden on local budgets instead of contributing to community welfare .

By contrast, the lessons learned from these experiences have paved the way for a more thoughtful approach in Paris. The city recognizes that using BIM can help visualize, plan, and ultimately prevent these pitfalls. By integrating community needs into the renovation process from the start, Paris is not only honoring its Olympic legacy but also enhancing the quality of life for its residents.

A Brighter Future Awaits

As the dust settles from the Paris 2024 Olympics, the real challenge begins: turning once-temporary venues into lasting community treasures. Thanks to the innovative use of BIM, these spaces will be reborn, serving practical purposes and fostering community engagement. Paris is setting an example for future host cities, showing that the Olympic legacy can be one of sustainability, innovation, and forward-thinking urban development.

In a world where sustainability is increasingly important, the approach taken by Paris and its use of BIM could inspire cities around the globe. So, the next time you see a spectacular Olympic venue, think about its potential beyond the games—it might just be a future hub of community life!

References

  1. European Court of Auditors. (2017). Special Report: The Olympics Games: Did the benefits to the host city meet expectations?
  2. Duarte, M. (2019). Rio 2016 Olympics Venues Left to Waste: A Year of Abandonment*. The Guardian.
  3. Schneider, L. (2020). Brazil’s Olympic Venues Struggle to Find a Purpose Post-Games*. BBC News.
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The Latest Trends in BIM Technology: Revolutionizing Construction in 2024

The Future of BIM: 2024 Trends Shaping Construction

As 2024 unfolds, the construction industry continues to embrace cutting-edge technologies, with Building Information Modeling (BIM) at the forefront of innovation. BIM’s capabilities are transforming how projects are designed, built, and managed, thanks to an evolving ecosystem of digital tools and platforms. Here are some of the key trends driving BIM forward to the rest of this year:

1. Cloud-Based BIM and Remote Collaboration

With cloud technology becoming integral to BIM, teams can now work from virtually anywhere, making remote collaboration smoother than ever. This shift not only increases efficiency but also allows for real-time updates across global teams, reducing the risk of miscommunication and project delays.

2. Integration with AI and Automation

Artificial Intelligence (AI) is increasingly being integrated with BIM software, automating repetitive tasks such as clash detection, scheduling, and design optimization. AI-powered tools enhance data analysis, helping teams make informed decisions and predict potential issues before they arise.

3. Digital Twins and Real-Time Data

Digital twins, or virtual replicas of physical buildings, are becoming more sophisticated. These models provide real-time insights into a building’s performance, offering valuable data for predictive maintenance, energy optimization, and asset management. This evolution of digital twins is crucial for improving the operational efficiency of buildings.

4. Focus on Sustainability

Sustainability remains a core focus, and BIM is playing a pivotal role in achieving eco-friendly outcomes. By incorporating life-cycle assessment (LCA) data into the modeling process, designers can evaluate the environmental impact of materials and construction methods, ultimately leading to more sustainable buildings.

5. Interoperability with OpenBIM

The adoption of OpenBIM is gaining momentum. This approach promotes the use of open standards for data exchange, ensuring compatibility across different BIM platforms. It fosters better collaboration, reduces rework, and allows for more seamless integration of diverse technologies within a single project.

6. Extended Use of Mixed Reality (MR)

Virtual Reality (VR) and Augmented Reality (AR) technologies are making BIM more immersive. These tools allow stakeholders to interact with models in real-time, improving design visualization and facilitating more efficient decision-making during the construction process.

Conclusion

The future of BIM is not just about improving project efficiency; it’s about creating a more collaborative, sustainable, and data-driven construction ecosystem. As we move further into 2024, BIM will continue to integrate with AI, cloud computing, and IoT, driving significant changes in the architecture, engineering, and construction (AEC) industry.


Sources Cited:

  • “Top BIM Trends Shaping the Construction Landscape in 2024.” BIMCommunity. Retrieved September 2024.
  • “The Evolution of BIM Technology: Trends and Insights for 2024.” ConstructionPlacements. Retrieved September 2024.
  • “A Comprehensive Overview of BIM Adoption and Challenges in 2024.” SmartCADD. Retrieved September 2024.
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Revit-cado Recipe for the National Avocado Day

Happy National Avocado Day! Below is our favorite avocado recipe. Like avocado, Revit is just one ingredient of your BIM arsenal. Make sure your BIM recipe includes an implementation plan that involves what to model, who’s modeling it and ultimately what the model is going to be used for. That makes for a great Revit-cado mix that your clients will love.

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The Most Recent Podcast of BIMMeet – BIMMeet Episode 4

On April 09, 2019, BIMMeet held an awe-inspiring meeting on how AI and real-time may impact the industry in the future. Speaker Jeff Mottle, founder of CGarchitect.com gave an insight into the rapid progression of machine learning and real-time/instant rendering.

In this episode, Dat Lien, founder of Axoscape has an interesting discussion with Jeff about Visualization, AI and the industry.

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