AutoBRIDGE Modeler

Autodesk Revit add-in

AutoBRIDGE Modeler is a groundbreaking Revit add-in developed by the AutoBRIDGE team, leading the way in BIM infrastructure automation. This innovative plugin streamlines and accelerates the 3D infrastructure modeling process, providing engineers and modelers with a comprehensive toolkit for precise and efficient design within the Revit environment. Key features include corridor creation, instance array addition, girder modeling, variation parameter control, and superelevation management.

 

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Powerful extension for bridge and tunnel modeling with Autodesk® Revit®

Effortlessly Elevate Your Infrastructure BIM Projects with AutoBRIDGE

AutoBRIDGE, an add-on for Autodesk® Revit®, empowers infrastructure modelers and engineers to:

  • Easily create 3D corridors using Civil3D alignments or imported 3D polylines.
  • Add various types of arrays along alignments and create bridge girders with unmatched parametric precision, accuracy, and simplicity.
  • Modify parameter variations for horizontal and vertical adjustments along the corridor.
  • Incorporate superelevation variations using superelevation data from Civil3D or similar applications.
  • Utilize the family manager to save templates for future projects, eliminating the need to recreate nested families.
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What you can do with AutoBridge

Feature

Corridor Creation Using Civil 3D Alignment Data

Streamline the creation of detailed infrastructure corridors by seamlessly integrating alignment and profile data from Civil 3D. AutoBRIDGE accelerates corridor development by enabling users to define alignments, select Revit nested families, and execute precise corridor creation tasks with ease.

Read more about Corridor Creation Using Civil 3D
Play Video about corridor-creation

Unlock precision and efficiency with our comprehensive video tutorial on mastering the Corridor Creation feature!

Feature

Corridor Creation Using 3D Polyline

Streamline the creation of detailed infrastructure corridors by seamlessly integrating alignment and profile data from imported 3D polyline. AutoBRIDGE accelerates corridor development by enabling users to define alignments, select Revit nested families, and execute precise corridor creation tasks with ease.

 
Play Video

Watch our step-by-step video tutorial to master corridor creation using 3D Polylines in AutoBRIDGE.

Feature

Instance Array Placement Along Alignments Using Civil 3D Alignment Data

Effortlessly add instance arrays along Civil 3D alignments with AutoBRIDGE. This feature simplifies the creation of multiple instances of structural elements in Revit, such as piers, beams, girders, light columns, and handrail posts, utilizing precise Civil 3D alignment data.

 
Read More about Instance Array
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This feature streamlines the process of modeling repetitive elements such as bridge piers, foundations, cross framing, and lighting columns.

Feature

Instance Array Placement Along Alignments Using 3D Polyline

Effortlessly add instance arrays along imported 3D polylines with AutoBRIDGE. This feature simplifies the creation of multiple instances of structural elements in Revit, such as piers, beams, girders, light columns, and handrail posts, leveraging precise imported 3D polyline data.

 
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Learn how to effortlessly create instance arrays along alignments using polylines with our step-by-step video tutorial.

Feature

Bridge Girder Modeling

Bridge Girder Modeling: Elevate Your Structural Design Process with AutoBRIDGE. Simplify the creation of bridge girders and enhance structural framing efficiency within Autodesk Revit.

Read more about Grider Modeling
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Master the Art of Girder Modeling: Explore our video tutorial for precise structural framing in AutoBRIDGE! Streamline your design process effortlessly

Feature

Family Manager

Family Manager: Simplify Nested Family Management for Diverse Corridor Types. Easily add and remove nested families from your project template, ensuring seamless integration in both current and future projects.

Read more about Family Manager
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Effortless Design Management: Delve into our video tutorial on mastering the Family Manager feature in AutoBRIDGE! Simplify your design process with ease.

Advanced Variation Control

Vertical Variation

Discover the power of vertical variation in AutoBRIDGE for precise Corridor 3D modeling. Learn to implement fixed elevation, 3D polyline variation, and Civil 3D alignment variation.
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Horizontal Variation

Unlock the potential of horizontal variation in your infrastructure projects with AutoBRIDGE. Control element shapes and road bifurcation by manipulating left and right model lines.
Read More

Superelevation Variation

Manage super elevation variation in your infrastructure design. Control road super elevation changes along your corridor accurately. Import data from Civil 3D, or manually input information.
Read More

The AutoBridge User Manual

Explore the AutoBridge User Manual

Embark on a journey of discovery with our comprehensive AutoBridge User Manual. This guide is your key to unlocking the full potential of our Autodesk Revit add-ons. Whether you’re just getting started or looking to delve deeper into the features, our user manual has got you covered.

Learn how to set up AutoBridge and access it directly from Revit. Understand the ins and outs of our system features, including Corridor Creation, Instance Array, Girder Modeling, Family Manager, and Variation Parameters Control. Each feature is explained in detail, providing you with the knowledge to utilize them effectively.

Encounter an issue? Our troubleshooting and support section provides solutions to common problems and information on how to reach out to our dedicated support team for further assistance. Stay updated with the latest system enhancements in our System Updates and Maintenance section.

For additional insights and tips, explore our online help center, watch our video tutorials, and read our blog. Start your learning journey with AutoBridge today!”

Got to User Manual

Frequently
Asked Questions

  1. Visit the Download Page: Navigate to the AutoBridge free trial downlaod page.
  2. Customize Your Preferences:
    • Select the appropriate Revit version (e.g., 2022, 2023) that you’re using.
    • Choose your preferred language for the add-in.
    • Specify the system architecture (32-bit or 64-bit) in which AutoBridge will run.
  3. Download the Free Trial: Click the provided download free trial button to start the download process.
AutoBridge will be ready for you to explore and evaluate! If you need further assistance, don’t hesitate to ask our chatbot or contact us!

AutoBridge is a powerful add-in for Autodesk Revit, designed to streamline and automate the infrastructure modeling process. It provides a comprehensive set of tools to enhance the efficiency and accuracy of designing 3D structures. Here are the key purposes and features of AutoBridge:

1. Corridor Creation:
Facilitates the creation of corridors by integrating with Civil 3D alignment data, allowing users to define alignments, select Revit nested families, and set solid and void parameters for precise corridor execution.

2. Instance Array:
Enables the efficient generation of arrays of instance elements within Revit, supporting various family types such as Structural Column, Structural Framing, and Generic. This feature ensures precise placement of elements by leveraging Civil 3D alignment data.

3. Girder Modeling:
Simplifies the creation of structural framing elements, specifically bridge girders, by using model lines and bridge decks. This ensures straightforward attachment of girders to the deck's bottom.

4. Family Manager:
Enhances productivity by allowing users to create, manage, and reuse bridge templates and nested families across multiple projects. This reduces repetitive work and ensures consistency in bridge design elements.

5. Variation Parameters Control:
Provides precise control over vertical and horizontal variation parameters, facilitating the management of intricate design elements such as retaining walls and bridge deck soffits using fixed levels, Civil 3D alignment profiles, and 3D polylines.

6. Superelevation Management:
Allows engineers to efficiently manage superelevation in road elements by importing data from Civil 3D or manually inputting designs using grids.

Overall, AutoBridge significantly reduces the complexity and time involved in infrastructure modeling within Revit, making it an indispensable tool for engineers and designers.

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Compatible Versions of Autodesk Revit with AutoBridge:
Revit 2021 Revit 2022 Revit 2023 Revit 2024
For more details, visit the AutoBridge Free Trial page.

AutoBridge runs on Microsoft® Windows®. See AutoBridge system requirements for details.

Launch your trial software and click Subscribe Now on the trial screen or buy AutoBridge here. When buying your subscription, enter the same email address and password combination you used to sign in to your trial. Learn more about converting a trial to a paid subscription.

We're glad you're exploring AutoBridge! To make the most of your free trial, we offer a variety of resources to help you get started:

  1. Video Tutorials: Check out our Video Tutorials in our YouTube channel for step-by-step guides on using AutoBridge's features.
  2. User Manual: Our comprehensive User Manual provides detailed instructions and tips for getting the most out of AutoBridge.
  3. FAQs: Visit our FAQs section to find answers to common questions and issues.
  4. Support: If you need further assistance, you can contact our support team through the Contact Us page.

These resources are designed to help you maximize your productivity and take full advantage of AutoBridge's capabilities during your trial period.

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About Us

AUTOBRIDGE.INC revolutionizes infrastructure modeling with innovative technology. We are committed to excellence and customer satisfaction worldwide.

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© 2024 - AutoBRIDGE | All Rights Reserved.

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Corridor Creation Process in AutoBRIDGE
Corridor Creation Process in AutoBRIDGE
Seamless AutoBRIDGE Integration with Civil 3D
Seamless AutoBRIDGE Integration with Civil 3D
Zoomed-Out View of the Created Corridor
Zoomed-Out View of the Created Corridor
Zoomed-in View of the Created Corridor
Zoomed-in View of the Created Corridor

Revolutionize The Process of Corridor Creation With AutoBRIDGE

Corridor Creation using Civil 3D is a powerful feature in AutoBRIDGE that streamlines the process of generating corridors by integrating with Civil 3D alignment data. This feature enhances efficiency and accuracy in corridor design, ensuring seamless integration between Civil 3D and Revit files.
Civil 3D Tab - Integrating Civil 3D Alignment Data for Corridor Creation
Civil 3D Tab - Integrating Civil 3D Alignment Data for Corridor Creation
Alignment Tab - Selecting Alignment and Profile Information from Civil 3D
Alignment Tab - Selecting Alignment and Profile Information from Civil 3D
Families Tab - Choosing Structure Sections for Corridor Design
Families Tab - Choosing Structure Sections for Corridor Design
Chainages Tab - Specifying Corridor Stations for Precise Design Control
Chainages Tab - Specifying Corridor Stations for Precise Design Control

AutoBRIDGE Corridor Creation Specialized Tabs​

The Corridor Creation feature in AutoBRIDGE offers a comprehensive set of tools to facilitate the creation of corridors. It allows users to define alignments, select Revit nested families, set solid and void parameters, and execute corridor creation accurately. Key components of this feature include:

  • Alignment Tab: Select alignment and profile information from the active Civil 3D file.
  • Families Tab: Choose the structure section for the corridor design.
  • Chainages Tab: Specify corridor stations for precise design control.
Select the alignment and profile information from the active document
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See the elevation and top preview of the 3D alignment and profile

Create Corridors Using Civil 3D Alignment Data in AutoBRIDGE

Create Corridors Using Civil 3D Alignment Data in AutoBRIDGE Easily create precise corridors by leveraging Civil 3D alignment data within AutoBRIDGE. This process ensures accurate alignment and profile information, streamlining your project workflow. By integrating these datasets, you can achieve a seamless transition from Civil 3D to AutoBRIDGE, enhancing the efficiency and accuracy of your corridor designs. Follow our detailed guide to make the most out of this powerful integration.
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Corridor Created Using Civil 3D

Visualize the Corridor Creation Process In AutoBRIDGE

Play Video

Corridor Creation Using Civil 3D Tutorial

Watch our step-by-step video tutorial to master corridor creation using civil 3D in AutoBRIDGE.

Create an Instance Array Along a Civil 3D Alignment

The Instance Array feature in AutoBRIDGE allows users to efficiently generate arrays of instance elements within Revit, aligning them accurately along a Civil 3D alignment. This feature streamlines the process of creating various elements such as Bridge piers, foundations, cross framing, lighting columns, and more.
Bridge Peir
Bridge Peir
Lighting Columns
Lighting Columns
Bridge Peirs and Lighting Columns
Bridge Peirs and Lighting Columns

Efficient Element Creation Along the Alignment​

Utilize the instance array option for creating various elements along the alignment, such as Bridge piers, foundations, cross framing, lighting columns, and more.

Alignment Tab: Select alignment and profile details.
Alignment Tab: Select alignment and profile details.
Families Tab: Configure settings for different family types and input desired stations for precise placement.
Families Tab: Configure settings for different family types and input desired stations for precise placement.

AutoBRIDGE Instance Array Creation Specialized Tabs​​​

The Instance Array Creation feature in AutoBRIDGE offers a streamlined process for generating arrays of elements along Civil 3D alignments. Users can seamlessly integrate Civil 3D alignment data to ensure precise placement of elements. Key components of this feature include:

Alignment Tab: Select alignment and profile details from the linked Civil 3D document to establish the spatial context for the arrayed elements.

Families Tab: Configure the settings for different family types:

  • Structural Column Family: Select the desired column type and define X, Y top, Y bottom, and rotation parameters. Activating the YT Global option ensures Y top refers to Global Dimensions, while the R Global option adjusts rotation parameters based on global angles.
  • Generic Family Type: Choose the generic family type and define the X, Y, and rotation parameters.

In the Station Section, input your desired stations in rows for precise element placement.

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Visualize the Instance Array Creation Process In AutoBRIDGE

Play Video

Instance Array Creation Tutorial

Learn how to efficiently create an instance array of elements along your Civil 3D alignment with our comprehensive step-by-step video tutorial.

Streamline Structural Framing with Girder Modeling in AutoBRIDGE

Elevate your structural design process with the Girder Modeling feature in AutoBRIDGE. Simplify the creation of bridge girders and enhance the efficiency of structural framing within Autodesk Revit.

Key Features:

  • Model bridge girders seamlessly using model lines and bridge decks.
  • Attach girders to the bottom of the deck with precision and accuracy.
  • Streamline the modeling process for structural framing elements.
Advanced Girder Modelling with AutoBRIDGE
Discover the powerful features of AutoBRIDGE for efficient and accurate girder modeling
Watch video
Precise Geometry Definition
Define girder geometry with precision, ensuring accurate representation and alignment.
Visual Alignment Aids
Utilize visual aids like center lines and model lines for accurate alignment.
Seamless Integration with Revit
Easily integrate and review girder models in Revit for further analysis.
Intuitive User Interface
Navigate easily with a user-friendly interface designed for quick setup and adjustments.
See AutoBRIDGE
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Play Video about girder-molding-video-tutorial-overlay-image

Girder Modeling Tutorial

Learn how to efficiently model girders using AutoBRIDGE with our step-by-step video tutorial. Follow along to master this powerful feature.

Family Manager: Simplifying Nested Family Management in AutoBRIDGE

The Family Manager feature in AutoBRIDGE is a powerful tool that allows you to add, manage, and utilize nested families for various corridor types in your projects. This feature enhances efficiency and flexibility by enabling you to save these families into your template for future use without reloading them.

Key Features:

  • Add an unlimited number of nested families for different corridor types.
  • Manage your templates, including adding, deleting, and setting the current template for your projects.
  • Managing standard nested families (e.g., slabs, bridge decks, tunnels, retaining walls, barriers).
  • Creating New Deck Designs: copy, paste, and adjust decks within the nested family section to create customized deck designs suited to your project needs.
  • Utilize the saved templates in future projects without reload again.
  • Creating and assigning unique subcategories for boundaries.
Family Manager in AutoBRIDGE
Discover the power of AutoBRIDGE's Family Manager feature, which allows you to manage nested families for any corridor type efficiently.
Watch video
Template Management
Easily add, delete, and set templates in AutoBRIDGE. Streamline your workflow by managing your templates through the user-friendly interface.
Comprehensive Nested Family Library
AutoBRIDGE comes equipped with standard nested families for various elements including slabs, bridge decks, tunnels, retaining walls, and barriers.
Deck Types: Deck A (Rotate Axis)
Deck A rotates around one axis, affecting plan dimensions with any variation in super elevation, providing flexibility in design.
Deck Types: Deck B (Rotate Vertical)
Deck B rotates each level separately, ensuring plan dimensions remain unchanged despite variations in super elevation.
Creating New Deck Designs
Copy, paste, and adjust decks within the nested family section to create customized deck designs suited to your project needs.
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Play Video

Family Manager Tutorial

Learn how to effectively manage and utilize nested families in AutoBRIDGE with our comprehensive video tutorial. Follow along to master this essential feature and streamline your project workflow.

Key Features Covered in the Video:

  • Introduction: Overview of the Family Manager feature in AutoBRIDGE.
  • Template Management: Adding, deleting, and setting templates.
  • Nested Family List: Managing standard nested families (e.g., slabs, bridge decks, tunnels, retaining walls, barriers).
  • Deck Types: Understanding Deck A (Rotate Axis) and Deck B (Rotate Vertical).
  • Creating New Deck Designs: Copying, pasting, and adjusting decks.
  • Modifying Nested Families: Adding and constraining modifications within reference planes.
  • Subcategories: Creating and assigning unique subcategories for boundaries.
  • Loading and Adding Nested Families: Integrating new nested families into the master family and AutoBRIDGE.

Enhance Corridor Models with Vertical Variation in AutoBRIDGE

Transform your 3D modeling experience with AutoBRIDGE’s innovative Vertical Variation feature. Discover the power of fixed elevation, 3D polyline, and Civil 3D alignment variations to achieve unparalleled accuracy and flexibility in your designs.
Fixed Level Intuitive Interface
Fixed Level Intuitive Interface
Uniform Elevation Along the Retaining Wall Corridor
Uniform Elevation Along the Retaining Wall Corridor
Aligning Deck with 3D Polylines
Aligning Deck with 3D Polylines

Achieve Precision with Fixed Elevation

Master the art of maintaining consistent elevation throughout your Corridor 3D models with the Fixed Elevation feature in AutoBRIDGE. This powerful tool allows you to set a constant elevation along the corridor, ensuring uniform height and enhancing the accuracy of your designs.
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Seamless Elevation Adjustments with Civil 3D Integration in AutoBRIDGE

Enhance your Corridor 3D models by integrating Civil 3D alignments with AutoBRIDGE’s Vertical Variation feature. This powerful combination allows for precise elevation changes along your corridors, ensuring that your designs are both accurate and seamlessly integrated with your Civil 3D projects.
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Flexible Elevation Control with 3D Polylines in AutoBRIDGE

Unlock the full potential of your Corridor 3D models by using 3D polylines for vertical variation. This versatile approach allows for precise adjustments to elevation changes along your corridor, providing the flexibility needed to achieve complex design requirements.

Key Features:

  • Implement Fixed Elevation: Set a constant elevation along the corridor to maintain uniform height throughout your model.
  • Utilize 3D Polyline Variation: Create flexible vertical variations using 3D polylines, allowing for precise adjustments to elevation changes along the corridor.
  • Integrate Civil 3D Alignments: Seamlessly incorporate alignment-based elevation changes by utilizing Civil 3D alignments, enhancing the accuracy of your Corridor 3D model.
  • Create and Adjust Retaining Walls: Apply vertical variation to retaining walls, maintaining alignment from the bottom and following a new alignment for the top.
  • Design Bridge Deck Corridors: Control the deck soffit using a 3D polyline to achieve the desired vertical variation on bridge decks.
  • Enable Vertical Variation in Corridor Creation: Activate the vertical variation option in the family’s tab during corridor creation for enhanced modeling capabilities.
  • Save and Reuse Configurations: Save vertical variation settings as templates to streamline future projects, ensuring consistency and efficiency.
Play Video

Vertical Variation Tutorial

Watch our step-by-step video tutorial to master the Vertical Variation feature in AutoBRIDGE. Learn how to apply fixed elevation, 3D polyline, and Civil 3D alignment variations to enhance your Corridor 3D models.

Elevate Corridor Dynamics: Master Horizontal Variation

Unlock the potential of horizontal variation in your infrastructure projects with AutoBRIDGE. Control element shapes and road bifurcation by manipulating left and right model lines. Explore the tools for controlling horizontal variation effectively along your corridor. Ensure accurate alignment and layout adjustments with AutoBRIDGE’s intuitive features.
Corridor Without Correct Horizontal Variation
Draw two model lines representing the edges of the corridr
Each Model Is Added to A Group
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Corridor Horizontal Variation is Being Adjusted
Corridor After Horizontal Variation Adjustment
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Implement Horizontal Variation in Your Corridor Using AutoBRIDGE

Explore the options available to control horizontal variation along your Corridor. This feature is essential for accurately representing changes in the corridor such as shifts in the roadway changes in Lane width Road bifurcation or any other alterations in Corridor horizontal alignment.
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Corridor Without AutoBRIDGE Horizontal Variation Adjustment
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Corridor Before Horinzontal Variation Adjustment

Enhance your Corridor 3D models by integrating Civil 3D alignments with AutoBRIDGE’s Vertical Variation feature. This powerful combination allows for precise elevation changes along your corridors, ensuring that your designs are both accurate and seamlessly integrated with your Civil 3D projects.
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Corridor After Horizontal Variation Adjustment in AutoBRIDGE
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Corridor After Horinzontal Variation Adjustment

Enhance your Corridor 3D models by integrating Civil 3D alignments with AutoBRIDGE’s Vertical Variation feature. This powerful combination allows for precise elevation changes along your corridors, ensuring that your designs are both accurate and seamlessly integrated with your Civil 3D projects.
Play Video

Horizontal Variation Tutorial

Watch our step-by-step video tutorial to master controlling Horizontal Variation along your corridor using AutoBRIDGE.

control the superelevation in Your road elements with autoBRIDGE

Superelevation variation is a crucial aspect of simulating changes in road super elevation along your corridor. By enabling this feature during corridor creation, you gain control over the corridor’s super elevation variation.
Navigate to the dedicated superelevation tab
Navigate to the dedicated superelevation tab
Load the CSV data
Load the CSV data
Select the csv file
Select the csv file
Select the corridor family
Select the corridor family
Now parameters are set and family loaded successfully
Now parameters are set and family loaded successfully
Corridor with new superelevation
Corridor with new superelevation

Implement Superelevation Variation in Your Corridor Using AutoBRIDGE

In AutoBRIDGE, access the tools for controlling super elevation variation by navigating to the dedicated superelevation tab. Here, you can load the CSV data, select the corridor family, and apply the new super elevation to the corridor with precision.
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Corridor Before Superelevation Variation Adjustment

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Corridor After Superelevation Variation Adjustment

Play Video

Superelevation Variation Tutorial

Watch our step-by-step video tutorial to master controlling the superelevation in road elements using AutoBRIDGE.