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Revit Clash Detection Services is one of the state-of-the-art methods that enable building specialists to identify and correct potential faults in the design prior to construction. 

Clash Detection enables civil, MEP, and architectural engineers to create error-free Revit models. 

All project stakeholders can benefit from using these clash-free Revit models to reduce hazards during construction. 

Saving unneeded money and time overruns as a result.

Due to the growing trend of using Building Information Modeling (BIM) on construction projects, construction professionals now need to look beyond the traditional design development and building management methodologies.


Clash Detection is a powerful tool for eliminating design errors. The process primarily uses 2 software; Revit and Navisworks. 

This article discusses the process of identifying and eliminating potential design error using Revit clash detection.

Revit Clash Detection Best Practices for Your Projects

Despite the fact that Revit Clash Detection or BIM clash detection is a very important tool for all project stakeholders to eliminate potential problems on-site during construction. 

In actuality, managing projects and designs as a whole benefit greatly from the use of BIM Clash Detection Services.

During the design phase, the following project stakeholders typically request and use clash detection: architects, MEP technicians, cost estimators, and construction managers.

If you are familiar with the Revit Clash Detection procedure, you must be aware that the initial step is creating the 3D models. 

A format that is suitable for clash assessments encompassing architectural, MEP, and structural elements and components have been created from these 3D models.


Revit and Navisworks are the ideal pieces of software for the Revit Clash Detection services approach.

Revit provides the best interface for creating 3D models, while Navisworks enables users to evaluate design component clashes and give a clash report. This enables users to choose a risk manager to reduce design errors.

Resolving clashes using Navisworks and Revit clash Detection method

Step 1 - Creating 3D information models

It is essential to develop 3D BIM models before proceeding with Revit Clash Detection Services. These BIM models are developed in Revit. 

Allowing the development of architectural, structural, and MEP design information in a three-dimensional format. These Revit models are generally developed separately by architectural, MEP, and structural teams. 

Finally, brought together to create a central federated model.

Step 2 - Brining Revit models in a common platform; Navisworks

Revit is an advanced 3d visualization tool that allows you to export 3d models in different formats such as NWC. 

The NWC file is importable into Naviswoks, which is a powerful software for BIM Clash Detection. You can import all 3 Revit models; Architectural, Structural, and MEP models into Navisworks in NWC format.

Step 3 - Using Navisworks to Define Necessary Parameters

Navisworks clash detection allows you to input necessary parameters such as tolerance level and disciplines for clash detection before conducting BIM Clash Detection

This is an important step to get accurate results. The clashes are typically conducted as architectural vs structural, structural vs MEP and architectural vs MEP.

Step 4 - Export Clash Reports for Design Reviews

The thorough conflict report generated by Collision Detection in Navisworks gives a complete overview of multidisciplinary design errors, such as architectural vs. structural, MEP vs. structural, etc.

Plan a low-cost Revit Clash Detection project with a trustworthy partner.

How are the clash reports used by project stakeholders?

The BIM manager shares the clash report for Architectural vs MEP, Architectural vs Structural, and Structural vs MEP Clash Detection. This report provides comprehensive information and details of clashes happening between different design elements. 

Using the clash report generated through Revit Clash Detection, project stakeholders can identify the level of risks associated with a particular clash and the party/stakeholder responsible for its mitigation.

For instance, if there is a clash occurring between a column and a pipe on the 3rd floor. Then using the clash report the structural and MEP engineers are able to identify the clash and mitigate the risk by making the necessary adjustments to the 3D Revit models.

All the project stakeholders including Architects, MEP & Civil engineers, and construction managers are able to use these clash reports and take necessary actions to resolve these clashes before the design process moves forward. 

All the necessary changes in the architectural, structural, and MEP BIM models are incorporated after identifying and resolving clashes using Revit clash detection.

Future of Revit clash detection

Clash detection

In the present day and age, Revit clash detection or BIM Clash Detection is one of the most powerful tools for identifying design errors and eliminating them before construction. 

The process of clash detection helps construction managers to eliminate the potential cost and time overruns.

While the process of BIM Clash Detection requires the use of complex software and methodologies. Many architects and engineers are investing heavily in Revit clash detection to bring certainty to the design process. 

The feature of easily identifying clashes between design elements in a three-dimensional environment is fascinating. Working on Navisworks and using clash reports not only promote better design development but also promotes collaboration between project stakeholders.

Construction companies around the globe are adopting advanced digital technologies for improving efficiency for reducing the cost and time overrun of construction projects. 

To achieve that globe, Revit Clash Detection is one of the most promising tools through which all the project stakeholders can easily benefit.

About The Author :


Devashish is a Co-Founder and Director at Cresire where he leads BIM services in India. He holds a bachelor’s degree in Civil Engineering from the University of Sheffield and an MSc in Construction Project Management from The University of the West of England. His vision behind CRESIRE is to provide BIM services, adhering to best practices and procedures, to global customers, helping customers to save extensive production costs and overruns.

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