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      <title>3D CAD</title>
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      <lastBuildDate>Thu, 30 Apr 2026 00:01:33 GMT</lastBuildDate>
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      <![CDATA[ What’s New in SOLIDWORKS Design R2026x FD02- Design and Modeling ]]>
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      <link>https://blog-contrib-prd.itvpc.solidworks.com/products/solidworks/whats-new-in-solidworks-design-r2026x-fd02-design-and-modeling/</link>
      <guid>https://blogs.solidworks.com/guid/69417</guid>
      <pubDate>Wed, 29 Apr 2026 12:00:00 GMT</pubDate>
      <description>
      <![CDATA[ This update introduces many new AI-powered enhancements, including the ability to convert STEP and IGES models into SOLIDWORKS models, improvements to automatic drawing generation, the ability to interrogate your designs via text prompts, and more. 
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      <![CDATA[ 
Want to spend more time doing actual engineering and design work? With new AI enhancements, you will accelerate time-consuming tasks like creating drawings and get instant advice on things like improving assembly performance or the effect a design modification will have on the rest of your assembly.



The 2026x FD02 update of SOLIDWORKS Design is going to help you take greater control of your drawings with new generative design enhancements, give you the ability to convert STEP and IGES models into parametric feature-based SOLIDWORKS models, and get advice on improving assembly performance. All this is with LEO, your virtual advisor, who can assist you with your CAD needs. Below, we’ll discuss these new AI capabilities that use LEO, along with other enhancements.



Here’s a look at what’s new in SOLIDWORKS Design and SOLIDWORKS Design with Cloud Services.




Improved Customization for Automatic Drawing Generation (Beta) – improve manufacturing documentation with artificial intelligence.




In 2026x FD02, we’ve added more generative drawing capabilities with the ability to customize your drawings and drawing tables through text prompts. A new button in the Auto‑Generate Drawing Property Manager provides direct access to the Drawing Creation functionality. Just hit the Ask Virtual Companion, and you can converse with LEO using text prompts, thereby allowing you to modify and customize your drawing as required, at any time.








Convert CAD Neutral File Formats to SOLIDWORKS Geometry (Beta) – save time on model conversions.




Using the new AI-powered Convert to Geometry command, you can automatically convert STEP and IGES models into parametric, feature-based models so you can easily modify and customize them to your liking without having to rebuild the model from scratch.












Assembly Performance Evaluator (Beta) – get real-time advice on how to speed up assembly performance.




Gain insights on how to improve assembly performance by asking LEO questions about your assembly. Leo’s AI-powered assembly performance analysis will provide detailed insights into your assembly performance and offer recommendations for improvement. LEO analyzes your specific assembly and provides recommendations to improve its performance.








Material Appearance Manager (Beta) – simplify and speed up the application of material appearances.




Often, you might forget to assign materials needed later for downstream simulation, or you might just want to change the color and appearance of your assembly to improve how it looks.



Now with the AI-powered Material Appearance Manager, you can use text prompts and let LEO apply and update material appearances across an assembly, intelligently suggesting appearances based on part context, names, and usage.



Let’s say you want to apply the color red to a motor or assign stainless steel to a shaft. LEO has you covered and is intelligent enough to help converse with you when there are discrepancies, such as multiple components that appear to be shafts.












Assess Changes with Design Change Impact (Beta) – make more informed design decisions.




Reveal which parts, assemblies, and downstream dependencies will be affected before making a design change, so teams can assess risk earlier, avoid unintended disruptions, and update designs with greater confidence.



LEO can provide an analysis showing the impact of a design change before you commit, including which other components will be affected and who will be affected.












Get Engineering Guidance Using the PLM Model Insights (Beta) – gain important information for better decision making.




Easily find related PLM data, such as revisions, maturity state, ownership, related files, and change actions. Also, compare revisions so you can make faster decisions, reduce clicks, and stay aligned with the latest product definition.



LEO can generate a report on everything that has happened to a specific file, including who worked on it, the most valuable contributor, the number of edits and the distribution of edits over time, giving you insights about your design history through conversation.











Ready to try out all these cool AI features? You can access this Beta functionality in the SOLIDWORKS AI Labs tab of your task pane menu.



In addition to these great AI-powered enhancements, we continue to enhance your modeling experience – here are a few of my favorites below.




Access Content Explorer in SOLIDWORKS Design Open Dialog Menu – open and browse platform files faster.




Access your content faster with the ability to open the Content Explorer right from SOLIDWORKS. We introduced the Content Explorer app in R2026x FD01 to help you more easily access, organize, and manage your SOLIDWORKS files on the 3DEXPERIENCE platform.



The Content Explorer contains the same bookmark folders and content as the Bookmark Editor, but it offers a different approach to organizing and sharing content within Collaborative Spaces.



Stay tuned for a blog post from my colleague Priyanka about more collaboration and data management enhancements coming soon.












Edit Bend Radius for Imported Bend Faces – speed up sheet metal import and conversion edits.




When using the Convert to Sheetmetal functionality, you can now modify any bend radius of pre-existing bend faces on imported parts both during and after conversion.








Add Color Highlighting to Notes – emphasize important details.




You now have the ability to highlight text in drawing notes using a selectable color palette. This makes it easier to emphasize notes, callouts, and other important drawing information.











Get Guidance from the Performance Assistant&nbsp;When Applying Fasteners&nbsp;– Improve assembly performance with automatic 3D thread suppression.



Keep large assemblies running smoothly with automatic thread suppression suggestions from the in-context Performance Assistant. When you place fasteners with fully modeled 3D threads, the assistant prompts you to suppress them before they impact performance — with the option to ignore or disable the messages if you prefer to manage this manually.







To see these enhancements in action, visit the What’s New wiki page here. Check out my blog post on the FD01 update to stay up to date on the latest functionality.



Whether you are new to SOLIDWORKS Design or a seasoned user, you can gain valuable tools and skills using these new enhancements available now.



Many of these enhancements are only available when connected to&nbsp;the 3DEXPERIENCE platform, so be sure you have activated your subscription to start taking advantage of its capabilities today.



Not yet connected? The 3DEXPERIENCE platform offers a unified, cloud-based environment connecting people, data, and processes, enabling real-time collaboration and a &#8220;single version of the truth&#8221; for product development. Key benefits include faster innovation via virtual twins, reduced IT costs, improved security, and seamless integration of design, simulation, and manufacturing.



We’ll continue to adapt to evolving design trends through continuous software updates throughout the year, focusing on advanced design and modeling innovations, AI-powered capabilities, cloud integration, workflow automation, user interface enhancements, simulation updates, and more.



Want to learn more? Ask your local reseller for a demo of SOLIDWORKS 2026 and visit https://www.solidworks.com/product/solidworks-design for more information.












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      <title>
      <![CDATA[ Find out What&#8217;s Coming Soon in SOLIDWORKS CAD ]]>
      </title>
      <link>https://blog-contrib-prd.itvpc.solidworks.com/products/solidworks/find-out-whats-coming-soon-in-solidworks-cad/</link>
      <guid>https://blogs.solidworks.com/guid/69048</guid>
      <pubDate>Mon, 27 Apr 2026 12:00:00 GMT</pubDate>
      <description>
      <![CDATA[ Here’s a sneak peek at what’s coming in SOLIDWORKS for those who missed this year’s Don’t Miss the Demo skit from 3DEXPERIENCE World 2026.
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      </description>
      <content:encoded>
      <![CDATA[ 
If you were anywhere near the main stage&nbsp;at&nbsp;3DEXPERIENCE&nbsp;World, you probably felt it. Tribal drums, cinematic music touches, and just enough office absurdity to make you wonder if HR was watching. This year’s Don’t Miss This Demo was not just a demo; it was a full parody of reality TV culture wrapped around real, meaningful SOLIDWORKS enhancements.







The skit, 3DSurvivor, dropped our tech marketing team into a Survivor-style showdown where design engineers had to outdesign, outbuild and outthink their competition. The humor landed hard, the challenges escalated quickly, and the finale delivered both laughs and a glimpse into some upcoming enhancements for SOLIDWORKS CAD.



Watch the replay here



SOLIDWORKS What’s New | FD01 Highlights



During the season recap of Survivor, contestants had to show off some of the latest enhancements available in FD01.&nbsp; These enhancements are out and available today in SOLIDWORKS 2026 FD01 (SP1.1) release.&nbsp; I should note that not all the enhancements were shown, just a few highlights.&nbsp; Take a moment and&nbsp;check out this blog&nbsp;on some of the AI enhancements available in FD01 as well, and check out the&nbsp;community wiki page&nbsp;for a list of new enhancements in the most recent release.



FD01 Highlight: Automatic BOM Updates with Configuration Changes



Managing configurations in assemblies just became easier. When you change the referenced configuration in a drawing view, the Bill of Materials now updates automatically to match.



Your drawings stay accurate as configurations evolve, making multi-configuration projects faster, safer, and more efficient.







FD01 Highlight: Display Graphic Bodies Directly in Drawings



If you work with imported or scanned data, this is a significant improvement.



Graphic bodies can now be displayed directly in drawing views without converting them into solid or surface bodies. That means less preparation, faster documentation, and a smoother workflow from concept to detailing.







FD01 Highlight: Open the Latest Revision Automatically



Referencing the correct revision is critical to lifecycle management. A new server setting allows users to automatically download the latest revision of all first-level references during the open operation.



Once enabled, users control the behavior directly in their session options. When opening from&nbsp;the&nbsp;3DEXPERIENCE&nbsp;platform, you can choose which components load as the latest revision. Manual replacements are eliminated, and the update is ready to save back to the platform.







FD01 Highlight: Pattern Assistant for Smarter Component Placement



Pattern-Driven Components already offer advantages over manually mating components. Now they are even easier to use.



When mating a second instance of a component to patterned geometry, such as feature patterns or Hole Wizard features, the new Pattern Assistant suggests using Create Pattern instead of mates and can launch the command for you. The component and driving feature are preselected, so you can immediately benefit from improved solve performance and automatic updates.







FD01 Highlight: Sketch Relation Groups for Better Design Control



Sketch relations receive a powerful enhancement with Relation Groups.



When applying relations such as collinear, parallel, equal, or co-radial to multiple entities, SOLIDWORKS automatically creates a group. Each entity displays a matching identifier and hovering over one highlights the entire group.



If you need to modify a single relation, you can delete just that relation while maintaining the design intent between the remaining entities.







FD01 Highlight: Link BOM Columns to PLM Attributes



Drawings now support linking Bill of Materials columns directly to PLM attributes from the&nbsp;3DEXPERIENCE platform. Historically, the PLM attribute needed to be tied to the part or assembly&#8217;s custom properties. This enhancement allows users to bypass creating those properties.



When adding a new column, the property drop-down displays both default and custom-mapped attributes. Once connected, BOM data updates automatically. These columns can also be saved within your BOM template for future use.



This creates stronger alignment between engineering documentation and PLM properties.







FD01 Highlight: Full Thread Descriptions in Hole Callouts



Working with threads is now clearer. A new option lets you display the full description of threaded hole callouts directly in your drawings.



Clearer documentation leads to fewer shop-floor questions, faster interpretation, and greater manufacturing confidence.







The Final Four



The Final Four had made it to the last day. After a season of challenges that tested skill, strategy, and SOLIDWORKS expertise, only one would become the sole 3DSurvivor.



With immunity secured, Mark chose Thiago to join him in the final round, leaving Andrew and Mike to battle for the last spot in the Final Three.







Their challenge was simple in concept, but critical in impact: demonstrate potential future SOLIDWORKS enhancements. Just as fire is essential for survival in the wild, mastering the latest innovations is essential for survival in engineering. The stronger the demo, the bigger the flame, and the first to burn through the rope would raise their flag and claim victory.



With the stakes set, it was time to shift from competition to capability and explore the enhancements shaping the future of SOLIDWORKS CAD, Collaboration and Simulation.&nbsp;&nbsp;



*These are proposed enhancement projects and are subject to change.



Demo Highlight: Powerful New Drawing Enhancements



Exciting updates are on the way for SOLIDWORKS drawings, focused on improving clarity, speed, and manufacturing readiness for everyday users.&nbsp; Drawings will continue to see AI features evolve as well, which were not highlighted during ‘Don’t Miss This Demo.’



Bringing Model Intent into Drawings



As Model-Based Definition continues to gain momentum in manufacturing, it is now easier than ever to carry that design intent directly into your drawings. When importing model items, you can quickly mark DimXpert dimensions for use on the drawing. This creates a smoother connection between the 3D model and 2D documentation, reducing rework and improving accuracy.







Make Critical Notes Stand Out



Clear communication on a drawing is essential. You can now highlight individual notes by selecting the text and choosing a highlight color. This makes key callouts stand out instantly and ensures critical information does not get overlooked on the shop floor.







Simplified Slot Dimensioning



Slot dimensioning has also been improved. With a new option to dimension slot length from arc center to arc center, you get a cleaner and more consistent definition. This eliminates unnecessary workarounds and provides a more intuitive way to document slot geometry.







Faster Access to Your Most Used Symbols



Applying the correct symbols is critical for manufacturing clarity. Managing them just became easier with the new Favorites category. You can now pin your most used symbols so they are always right at your fingertips, saving time and reducing repetitive searching.







Demo Highlight: Locking in Designs with Freeze and Save



Design changes are inevitable. What is not inevitable is losing control of them.



The upcoming Freeze and Save enhancement in SOLIDWORKS is designed to help teams protect their work from unintended updates caused by rebuilds or configuration changes. Once a file is frozen, it is clearly marked with a freeze icon, signaling that the part or assembly is protected. The freeze process also forces complete rebuilds of the feature tree, any configurations and external references before freezing the file.&nbsp; Certain tools in the CommandManager are limited, reinforcing that the design is locked down.&nbsp;







Assembly Level Protection



Freeze and Save can also be applied at the top-level assembly. Before freezing, SOLIDWORKS performs a complete rebuild of all components, configurations, and mates to ensure everything is fully up to date. Once frozen, the entire structure is stabilized and safeguarded.







Controlled Flexibility



If a change is required, the file can be manually unfrozen, updated, and then frozen again. Any modifications are clearly identified in the FeatureManager tree, making it easy to review and confirm updates before locking the design back in place.



Freeze and Save enhances performance, prevents unintended design changes, and delivers built-in PLM style protection directly within SOLIDWORKS Design.







Demo Highlight: Parts and Sketching



As the competition heats up, so does the need for smarter tools.



It starts with a familiar scenario: a warning appears in the FeatureManager tree. You open the part and find the issue. A deleted sketch plane has caused a feature to lose its reference. It is a classic modeling problem that can slow anyone down.







Intelligent Reference Repair



Coming soon to SOLIDWORKS, repairing lost references becomes far easier. Instead of manually hunting for the correct plane or face, SOLIDWORKS will examine nearby geometry and suggest the best replacement. With an Auto Repair option, you can quickly restore the feature using the most logical substitute.







Instant Design Insight with Section Modulus



Early design decisions often require quick structural judgment calls. Soon, you will be able to view section modulus directly within SOLIDWORKS. This key measurement indicates how well a beam resists bending, giving you immediate feedback on structural performance without setting up a full simulation. It is fast, practical guidance right when you need it.







Faster Rebuilds for Complex Cut Patterns



Performance also gets a boost. Pattern features that include large numbers of cuts will rebuild significantly faster. That means less waiting during updates and more time focused on designing.







Together, these enhancements reduce friction in everyday workflows, provide better design intelligence upfront, and keep performance moving at the speed of your ideas.



Demo Highlight: Assemblies



Everyone appreciates faster assembly performance. And soon, SOLIDWORKS will make it even easier to understand what is slowing you down and what to do about it.



Real-Time Performance Monitoring



A new set of status bar icons will continuously monitor your assembly and flag opportunities to improve performance.







&nbsp;



But it does more than just alert you. Assembly Performance Design Guidance helps explain&nbsp;why&nbsp;issues are happening, whether it is circular references, mate errors, or overly complex geometry, and points you toward the right corrective action.







Isolate Within an Isolated View



Display States have long been a simple and effective way to compare configurations and prepare assemblies for review. Isolate has also helped users focus on specific components or subassemblies without distraction.



Now, Isolate is getting a major upgrade.



Coming soon, you will be able to isolate within an isolate as many times as needed, without backing out to the full assembly. These focused views can still be saved as Display States and recalled later for design reviews or used directly in drawing views. It is a more flexible way to explore, present, and communicate complex assemblies.







Smarter Hardware and Thread Simplification



Working with downloaded hardware is common, and detailed threads can often slow performance. SOLIDWORKS already recognizes hardware on insertion and helps position it automatically.



Soon, it will go a step further by detecting detailed threads and prompting you with design guidance to simplify the component. With a single action, the part can be optimized for performance, keeping your assembly lightweight and responsive.







Together, these enhancements deliver smarter diagnostics, more flexible visualization tools, and automated simplification, all focused on one goal: keeping your assemblies fast and efficient.



The Final Selection



With the challenges behind us, the focus shifted from competition to reflection.



On the main stage, the story was no longer about surviving individual rounds. It was about the bigger picture. Each contestant had a chance to show the judges why they should be crowned the next 3DSurvivor Champion.







Demo Highlight: Collaboration



Thiago’s case was simple: strong collaboration wins.



Engineering is a team sport, and the tools we use should make teamwork seamless, not fragmented. That was the focus of this demo segment, showing how upcoming enhancements further connect SOLIDWORKS with the&nbsp;3DEXPERIENCE platform experience.



Faster Access to Comments



Comments and markups are already central to modern design collaboration. Soon, they will be even easier to access directly from a new CommandManager button inside SOLIDWORKS. No digging through emails. No switching applications. Just immediate visibility into feedback and design discussions.







Review Markups



Another key enhancement keeps everything in one place. Existing markups can be reviewed directly inside SOLIDWORKS, eliminating the need to open a browser or shift context. Engineers can evaluate feedback, make informed decisions, and act immediately, all within their modeling environment.







Create and Assign Tasks Instantly



Task creation is also becoming more streamlined. Users will be able to generate tasks directly from the CommandManager, assign them to teammates, and even include external collaborators when needed. Components can be attached to tasks with a simple drag and drop, keeping communication tied directly to the design.



All tasks remain accessible within SOLIDWORKS, creating a closed loop between feedback, action, and resolution.







3D Markups and Visual Comparison



The collaboration story continues with the ability to create 3D markups directly inside SOLIDWORKS. Combined with visual comparison tools, teams can quickly evaluate before and after changes—whether it is geometry updates, edge refinements, or dimensional adjustments.



The result is faster reviews, clearer communication, and fewer delays.







Demo Highlight: Drawings



Mark made his case the same way he approached every challenge: efficiency wins.



After completing design updates at the assembly level, the next step is often the most time-consuming: ensuring every related drawing reflects those changes. Traditionally, that means opening each drawing, rebuilding it, and saving the file. It is necessary work, but it interrupts design flow.



Automatic Drawing Updates



Coming soon to SOLIDWORKS, that process becomes automatic.



When components are modified, SOLIDWORKS will identify the affected drawings and update them in the background. Each drawing is rebuilt and saved without requiring the user to manually open and manage every file.







The impact is simple but powerful: designers can continue working while documentation catches up behind the scenes.



It is the kind of productivity enhancement that saves real time across projects – reducing bottlenecks, maintaining accuracy, and keeping engineering teams moving forward.



Demo Highlight: Smarter Sheet Metal and Smarter Validation



The final demo segment focused on giving Andrew a chance to shine, but showing how he is working smarter, from design automation to validation.



AI-Assisted Sheet Metal Design



The future of sheet metal in SOLIDWORKS centers on the Design Assistant, which helps reduce repetitive, tedious modeling tasks.



As a part is being created, the Design Assistant can suggest opportunities to add features like Weld Beads or Tab and Slot. Using machine learning, it identifies logical locations and automates much of the setup process, such as selecting edge pairs or generating tab and slot groups.







Designers still maintain full control over sizing, spacing, and parameters, but the heavy lifting is dramatically reduced. The result is faster modeling with fewer manual selections and less repetitive work.



More Realistic Simulation with Gradual Bolt Preload



Design does not stop at modeling. Validation is critical, especially when components must seal under load.



An upcoming enhancement to SOLIDWORKS Simulation allows bolt preloads to be applied gradually instead of all at once. This provides better insight into how contact and deformation develop throughout the study.



For applications such as pipe clamps or sealing surfaces, engineers can now observe how components close gaps and form a proper seal as preload approaches its target value. It is a more realistic representation of real-world behavior and leads to more confident design decisions.







Together, these enhancements showcase a clear direction: intelligent automation during design and deeper insight during validation, helping engineers move from concept to confidence faster than ever.



That’s a Wrap!



After a full season of challenges, head-to-head demos, and main-stage moments, the jury made its decision.



Thiago takes the title of Sole 3DSurvivor.







The skit may have been themed around outlasting the competition, but the real story was about thriving in a rapidly evolving engineering landscape.



The future of SOLIDWORKS is not defined by one breakthrough feature. It is shaped by hundreds of thoughtful enhancements that improve performance, strengthen collaboration, protect design intent, and provide smarter guidance at every stage of development.



In the end, Thiago won because he embraced that full ecosystem—leveraging collaboration, efficiency, and innovation to stay ahead.
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      <title>
      <![CDATA[ What’s New in SOLIDWORKS xDesign 2026x FD02 ]]>
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      <link>https://blog-contrib-prd.itvpc.solidworks.com/products/solidworks/whats-new-in-solidworks-xdesign-2026x-fd02/</link>
      <guid>https://blogs.solidworks.com/guid/69365</guid>
      <pubDate>Fri, 24 Apr 2026 12:00:00 GMT</pubDate>
      <description>
      <![CDATA[ In this update we’ve added a new app to help you organize and find your content, the ability to use custom fonts in sketch text, along with a new option to auto start the projected view command. 
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      <![CDATA[ 
At SOLIDWORKS, we recognize the importance of continually updating our solutions with new features to help design professionals collaborate with customers and meet their design goals on time and cost-effectively. That is why we deliver new enhancements throughout the year through functional delivery updates. The latest update, R2026x FD02, is available starting April 25th and provides xDesign users with workflow efficiency improvements for part and assembly design and model-based definition (MBD).



Many enhancements are based on user feedback, and I’m happy to announce that in this update, we’ve added the ability to use custom fonts in sketch text, easier access to content and a new option to auto-start the projected view command. Let’s learn more about what’s new in xDesign below.







Manage, Organize, and Browse Your Data with the Content Explorer



Organize and access your design files more easily with the new Content Explorer app. When you open or save content in xDesign, you are now prompted to browse or store your files in the Content Explorer, a centralized place to manage, organize, and quickly find your data.



You can open the ContentExplorer directly within your xDesign session to easily sort content into bookmarks, share content with other collaborators, and more!









Use Custom Fonts in Sketch Text



Now you can create text that fits your design and manufacturing needs by importing your own font files. Add .ttf or .otf fonts and use them directly in sketch text within your design, giving you greater flexibility to design labels, engravings, and markings with the exact style you require.



This enhancement was a big request from our maker community, who often want to use single-line fonts. Personally, I think single-line fonts look better on DXFs, and you only need one pass to get the font to show, which leads to faster production times.



Not only that, but having the ability to use custom fonts in sketch text offers enhanced design flexibility and branding.









Auto Start Projected Views



Streamline the creation of drawing views by eliminating the need to manually restart the Projected View command after placing a base view. You can move directly from placing an orthogonal view to generating projected views in a continuous workflow, reducing clicks and improving efficiency during drawing creation.



A new toggle option called Auto Start Projected Views has been added to the Orthogonal View Creation dialog. When enabled, the system automatically selects the most recently placed view as the parent and begins the projected view workflow.









Give these enhancements a try and let us know what you think using the Feedback button in xDesign or let us know if you have a request. And see our last blog on R2026x FD01 here.



For those of you who haven’t yet tried your hand at xDesign, it is a fully cloud-based 3D modeling solution that offers parametric design, freeform modeling, MBD, mold design, and more in one easy-to-use environment used by many design professionals, students, educators, and makers. It includes powerful tools for teamwork and integration with SOLIDWORKS community resources, such as the SOLIDWORKS online user community 3DSwym.



In addition, cloud-based CAD provides real-time updates and real-time collaboration, and better accessibility compared to traditional desktop CAD tools. xDesign runs on the 3DEXPERIENCE platform and addresses key industry challenges such as hardware constraints and collaboration bottlenecks.



Try it out today! xDesign features a Welcome App offering how-to-videos and other online resources so you can come up to speed quickly.



For more information, visit https://www.solidworks.com/product/solidworks-xdesign and ask your local reseller for a demo.




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      <title>
      <![CDATA[ Behind the Design: Legendary Drift Racer Shares Tricks of the Trade ]]>
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      <link>https://blog-contrib-prd.itvpc.solidworks.com/products/solidworks/behind-the-design-legendary-drift-racer-shares-tricks-of-the-trade/</link>
      <guid>https://blogs.solidworks.com/guid/69346</guid>
      <pubDate>Thu, 23 Apr 2026 12:00:00 GMT</pubDate>
      <description>
      <![CDATA[ From drag racing to leading an award-winning drifting team, and a new engineering division, Stephan Papadakis, a self-taught SOLIDWORKS user knows what it takes to win. 
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      <![CDATA[ 
When it comes to winning, Stephan Papadakis, owner of Papadakis Racing, said there are several key things. “Number one is reliability. You know the old saying, to finish first, you first must finish. So, the first thing is reliability. Next is understanding what the rules are of the series you&#8217;re in. And last, is making sure that you have a competitive vehicle and that you drive it well.”



He speaks from experience, having been in the racing industry for nearly three decades, building and racing cars. His racing team, Papadakis Racing, began “drifting” in 2004 and has the most wins in Formula Drift history, having earned the 2015, 2021, and 2022 championship titles with driver Fredric Aasbo, in a Toyota Supra, as well as back-to-back championships with driver Tanner Foust in 2007 and 2008 in a Rear Wheel Drive converted Scion tC.



Stephan Papadakis is likely planning his team’s next winning strategy.







For those not familiar, Drift racing is a motorsport that started in the 1970’s in Japan, where drivers intentionally induce, maintain, and control rear-wheel traction loss to slide cars sideways through corners at high speeds.



Stephan grew up in Huntington Beach, California, in a bustling car scene, and got into cars and mechanics before he even had a driver’s license. He started off by building radio-controlled cars for off-road racing and attended weekly club competitions. “When I turned 16, I realized I could do this with real cars, and so I stopped the whole RC [radio car] thing and started going to drag races with some buddies, and that was the beginning of it.”



Growing up in southern California, he said, there was always a big culture of aftermarket cars, racing, and car clubs. The rise of imported cars and sport compacts also began to emerge. “It wasn&#8217;t just old hot rods. It was these newer Hondas, Toyotas, and Nissans and turbocharged cars that were really getting a bit more popular. That was a scene that I fell into.”



Stephan’s career really accelerated in the 90’s when the import car scene picked up. He went from “souping” up cars to focusing on drag racing. He competed in the Battle of the Imports drag racing competition. “My buddy Shaun Carlson and I built a car to compete in that series, and then started getting sponsorships, and around the year 2000, the Fast and Furious movie came out, and there was a bunch of new magazines and DVDs coming out about the scene, and that whole sport of drag racing with compact cars really picked up.”



Stephan’s first drift build was a 1989 Nissan 240SX, quickly followed by a Honda S2000 machine. His other notable builds include an AEM Drag Honda Civic Hatchback, a 2001 AEM Drag Honda Civic Coupe, and a rear-wheel-drive AEM/DriverFX.com Honda Civic.



Papadakis Racing started building engines to boost horsepower, changing the suspension for better traction, and adding safety gear. Then, they moved to building cars from the ground up. This included a chassis tube car he and racing innovator Shaun Carlson built, which received acclaim in the scene and led to sponsors.



Today, Papadakis Racing is backed by sponsors such as Toyota and Rockstar Energy. In addition to building cars and drift racing, Papadakis Racing now has an engineering division, which Stephan runs.



Stephan with family and friends and the Papadakis Racing team.







Both Papadakis Racing and Papadakis Engineering use SOLIDWORKS for their design, prototyping, and fabrication work. Stephan has been using SOLIDWORKS for 16 years, and his skills on the track and engineering stem from experience, as he did not pursue any professional schooling.



He is a self-taught SOLIDWORKS user who learned mainly from reading engineering books, hands-on experience, mentors and “and looking over the shoulder of friends and engineers who are excellent at it.” One of his sponsors back in the day, AEM [Advanced Engine Management] had an engineering team that designed motorsport and automotive aftermarket parts that he would get together with to ask questions and he would read engineering books to better understand. “After that, I started hiring engineers. I had a better vocabulary and could have a more in-depth conversation with the engineers.”



Today, he operates Papadakis Racing’s 8,500-square-foot shop, with half the space dedicated to the motorsports team, and the other half for the prototyping business. On the weekends, they hit the track with 12 or more crew running two cars, and for the engineering projects, they have six to eight engineers and technicians working on a project at a time.



Stephan on the shop floor at Papadakis Racing.







The types of parts they build are very diverse and include 3D-printed plastic and metal parts, as well as machined aluminum and steel parts. They also do a lot of metal fabrication, including exotic materials such as titanium and Inconel 625. In addition to their assembly design capabilities, they also use SOLIDWORKS flow simulation functionality.



Stephan said the powerful capabilities for building assemblies and its ease of use are what continue to make SOLIDWORKS their software of choice.



“One of the reasons we stick with SOLIDWORKS is because we really don&#8217;t reach the limit on it… It&#8217;s so powerful, and that&#8217;s a good thing. We don&#8217;t want to reach the limits of the software.”



His engineering division builds on the company’s expertise in car building and on Stephan’s personal interest in understanding the mechanical aspects. “We’ve been building race cars with more than 1000 horsepower engines, and these cars have to be safe, at the event on time, and reliable. We learned a huge amount on how to build things from scratch; from sheet metal and machining parts and assemblies, and we&#8217;ve taken those skills, and we&#8217;ve applied them to the industry.”



Papadakis Racing cars on the track.







He said they do a lot of prototyping of machines and products for clients. They recently made a hydrogen fuel cell and energy storage device. They’ve also converted a Toyota GR Yaris gas engine into a dual-electric-motor autonomous vehicle. In addition, they do displays for trade shows. You dream it, and they’ll make it. “A company will have an idea of what they want to build, the engineers have designed it, and they need someone to bring that to fruition, and we&#8217;re the ones that can do it.”



These days Stephan no longer races. He gets his hands dirty on engineering projects and serves as a spotter for the drift team. After 20 years of racing, he decided he would be better at running the business. “There were drivers who were better than me who could beat me. So I thought that if we could bring on drivers who are at the top of their game, build cars, and I could manage the team, it would be the perfect combination, and we could be extremely competitive. I just figured I was a better manager and team owner than a driver because the goal was to win, and that is how I thought we’d be the most competitive.”



Stephan said most racing teams don’t want to give away their competitive advantage, but he isn’t afraid to share the tricks of the trade. He shares a lot of what the company does on his&nbsp;YouTube channel&nbsp;to inspire others. On the channel, Stephan and his team showcase their work and show off their racing engines by disassembling them and displaying what’s inside “to show the cool stuff that I would want to see,” said Stephan. “I wished more teams would show us the cool racing stuff that they did, but the problem is racing teams don&#8217;t want to show you what they do to the race car, because it&#8217;s their competitive advantage. So, I had this epiphany. I was like, ‘you know what?’ We&#8217;re going to stay a step ahead. I&#8217;m not worried about it. Let&#8217;s promote the team. Let&#8217;s promote what we do through YouTube and our social media and show the cool stuff that I would want to see.”



“I think there&#8217;s a lot of gear heads and engineers out there that love racing, not necessarily for what&#8217;s happening on the track and the drivers, but for what&#8217;s happening under the hood and body and how the cars are built, and the technology within the car, and how the components work together, and the tuning of it. There&#8217;s a whole new layer in motorsport that’s a bit of a black box that teams don&#8217;t let you in on, and so that&#8217;s what really gets me interested in motorsport. It’s not necessarily the racing on the track; it&#8217;s the building and the engineering of the race cars.”



When he’s not working, Stephan spends time with his wife, his two kids, ages 11 and 2. He also has some street cars he likes to cruise, and enjoys surfing, skiing, and bike racing.



Other fun facts about Stephan:




His street cars include a 72 Toyota Celica that he restored and a 1995 Toyota Supra.



His favorite movie is&nbsp;The Matrix.



He listens to 80’s music and Pink Floyd.



He hopes sharing his passion and his story will encourage others to build something themselves.





“I didn&#8217;t come from a motorsport family. I didn&#8217;t have a traditional engineering education, yet I can have a career in both. I hope I can motivate and inspire other folks.”




For more information, visit&nbsp;https://papadakisracing.com/.



For an example of one of Stephan’s SOLIDWORKS designs, check out&nbsp;this blog.
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      <![CDATA[ Meet the SOLIDWORKS AI Design Companions ]]>
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      <link>https://blog-contrib-prd.itvpc.solidworks.com/products/solidworks/meet-the-solidworks-ai-design-companions/</link>
      <guid>https://blogs.solidworks.com/guid/69256</guid>
      <pubDate>Mon, 13 Apr 2026 17:03:42 GMT</pubDate>
      <description>
      <![CDATA[ SOLIDWORKS AI Design Companions automate routine processes, get targeted insights and free up your engineering team so they can solve bigger problems.
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      <![CDATA[ 
AI Companions embed artificial intelligence directly into SOLIDWORKS, guiding ideas, crafting geometry, fixing issues and accelerating decisions across design, simulation, manufacturing and beyond.



Today&#8217;s product engineering environment moves quickly—you need precision, smart resource use, and the ability to deliver quality results consistently. That&#8217;s why we developed the&nbsp;SOLIDWORKS AI Design Companions. From day one, they will integrate directly into your SOLIDWORKS environment as intelligent assistants. They will learn your objectives, automate challenging, repetitive tasks, and provide insights to help keep your projects on track. With these tools by your side, you can spend less time on administrative tasks and more time focused on design.



Stay up to date on the latest&nbsp;SOLIDWORKS Design enhancements&nbsp;with five releases each year.









Intelligent AI Design Assistance



Let’s face it, your team shouldn’t be losing hours to tedious model edits or searching menus. That’s why we focused on Intelligent Design Assistance. When you work in SOLIDWORKS, these AI companions track how you design and suggest what to do next—no more guesswork.



With Predictive Command Access, you don’t need to dig through menus. The AI recognizes your task and brings up the tools you need right when you need them. Automated Geometry Creation steps in, too—by learning from your sketches, it predicts what geometric rules should be in place, so complex parts take less time. And when you’re building assemblies, Smart Mate References offer intelligent fit-and-function suggestions. That means fewer mistakes and less manual trial-and-error for your team.



Optimized Simulation and Validation



Simulation should help you catch errors early, not hold you back. With Optimized Simulation, SOLIDWORKS AI Companions will help you test designs quickly, so you avoid expensive mistakes down the line.



Accelerated Mesh Generation kicks in as soon as you’re ready, automatically adjusting mesh density based on your design so you get accurate results without manual tweaks. You’ll see Real-Time Performance Feedback right in your workspace. If there’s a structural concern, the system flags it before you even start the full study. Need material guidance? Material Selection Guidance pulls from the material library and your requirements, helping you balance durability and cost—no more guesswork.



Enhanced Teamwork and Data Management



Great products aren’t made alone. With Enhanced Teamwork, collaboration flows between engineering, manufacturing and procurement because your data is accurate and updates are instant.



Automated Drawing Annotation cuts down the time you spend detailing 2D drawings, automatically adding the right dimensions and tolerances by looking at standards. Intelligent Version Control keeps an eye on file dependencies, letting everyone know if there&#8217;s overlap in a design—it helps prevent data loss and ensures the team’s always working on the latest version. Before you sign off on a change, Change Impact Analysis maps out exactly what else might get affected, so you keep timelines in check.



Meet the SOLIDWORKS AI Companions




AURA: The Connector and ExplorerAURA taps into your company’s knowledge and the web’s resources, connecting you with information that guides and inspires your process. Whether you’re looking for proven solutions or seeking out new ideas, AURA brings outside insight together with your internal know-how.



LEO: The Engineer and BuilderLEO is all about making complex engineering simple. From generating assemblies to converting images to meshes, running simulation studies, or troubleshooting design errors, LEO specializes in ensuring your concepts hold up in real-world conditions and manufacturing.



MARIE: The Scientist and ResearcherIf your challenge calls for deep research, MARIE is there. With expertise in materials science, hypothesis development, and lab analysis, MARIE supports scientists, researchers, and engineers exploring frontiers or developing innovative new materials and solutions.




Maximize Engineering Efficiency



Bringing AI companions into your workflow changes the way you handle product development. You automate routine processes, get targeted insights and free up your engineering team so they can solve bigger problems. That means more time for innovation, better results and faster delivery.



SOLIDWORKS Design&nbsp;gives you access to AURA and LEO (Beta) right now. If you’re using SOLIDWORKS Design with Cloud Services, connect to the&nbsp;3DEXPERIENCE platform and start exploring everything your&nbsp;SOLIDWORKS AI Companions&nbsp;can offer.




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      <title>
      <![CDATA[ Barrels of Fun Crafts Custom Pinball Machines from the Ground Up ]]>
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      <link>https://blog-contrib-prd.itvpc.solidworks.com/products/solidworks/barrels-of-fun-crafts-custom-pinball-machines-from-the-ground-up/</link>
      <guid>https://blogs.solidworks.com/guid/69030</guid>
      <pubDate>Fri, 10 Apr 2026 12:00:00 GMT</pubDate>
      <description>
      <![CDATA[ Specialty pinball manufacturer speeds imaginative mechanical design concepts into production-ready hardware with SOLIDWORKS Design.
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      <![CDATA[ 
Barrels of Fun&nbsp;builds limited-run, bespoke pinball machines based on well-known films and fictional worlds, such as “Dune” and Muppets creator Jim Henson’s “Labyrinth.” As CEO and Designer, David van Es explains, the Barrels of Fun team does not engineer a generic pinball platform and later apply a theme through artwork and sound. Instead, each project begins with a close analysis of the story, characters, settings, and iconic scenes. Those elements are translated directly into the machine’s gameplay rules and physical architecture (including ramps, targets, and moving mechanical features), lighting effects, and sound design, so from the outset the intent is creating a playing experience that reflects the story.







Having started in pinball amusement in Australia when he was 16, van Es built his first game in his dining room. His passion remains to create world-class products from the company’s current location in Houston, Texas. “When we choose an intellectual property (IP), we don&#8217;t create a play field and then stick an IP on it. We literally start from scratch every time,” explains van Es. For the company’s “Labyrinth” game, that meant ensuring “the heads would pop up on the play field” and that a ball could be captured in “a physical lock, so when you hit it, it actually would pop off the head, just like in the movies.” Delivering that level of mechanical storytelling requires considerable expertise and coordination.



Barrels of Fun Manufacturing Specialist Paul Salisz notes that many people assume pinball machines are simple [to design and build], but in reality, they are incredibly intricate and complex. What appears straightforward from the outside actually involves numerous components and a high level of detailed engineering and assembly.







Coordinating Thousands of Components



A modern pinball machine is a tightly packed mechanical system. Prototype Engineer Luke Underwood describes the scale of the coordination problem: “The biggest challenge, I think, is making everything mesh. There are thousands of components [designed in-house and by] many different vendors, and lots of materials. It&#8217;s really hard to combine everything.”



In the company’s early days, van Es’s hand-built prototypes clarified how the game played and whether it worked as intended. He used Adobe® Illustrator, foam core, and cardboard to build the physical whitewoods [prototypes]. “We usually built six or seven whitewoods, but we’d build as many as it takes to get it right,” he notes. However, numerous mechanical conflicts would not be visible until after several prototype iterations had already been built, which created a most time-consuming process.







Digital Fit Before Physical Build



SOLIDWORKS® Design&nbsp;introduced a faster, more controlled digital workflow. When components are assembled and moved in context within SOLIDWORKS, the software immediately identifies where parts collide, van Es explains. Using built-in collision detection and interference checking tools, the system highlights overlapping geometry and flags physical conflicts that would prevent parts from fitting or moving correctly in the real world.



This capability fundamentally changed the team’s approach to iteration. Instead of discovering clashes during physical prototyping, they could detect and resolve interferences within the 3D model, enabling the team to adjust clearances, refine motion paths, and validate mechanical relationships before anything was built. The result was fewer surprises, tighter mechanical integration, and a more efficient path to a functioning design.







Speeding Product Development



Van Es adds, “With SOLIDWORKS, we actually find ourselves doing fewer prototypes because we can see a lot of the errors that will pop up that you wouldn&#8217;t even see until we produce four or five whitewoods.”



For manufacturing, the reliability of the models became fundamental. Salisz states, “Everything that I do, if it works in SOLIDWORKS, 99% of the time I can make it, form it up, and it fits onto the play field wherever we need it.” As a result, “Prototyping—instead of doing it 10 times, you do it once or twice and you&#8217;re done. That makes a huge difference.” Van Es continues, “Having SOLIDWORKS allows us to speed up very quickly. If we have a design in&nbsp;SOLIDWORKS, we can have it prototyped by the end of the day, most of the time.”







From Concept to Production with Fewer Iterations and Greater Creativity



By resolving interferences digitally, Barrels of Fun reduced reliance on late-stage whitewood prototypes. By modeling assemblies before fabrication, the team is more confident that parts will fit as intended, enabling them to move confidently from design to prototype.



With mechanical conflicts (as noted earlier), the team can concentrate on improving the player experience. Van Es affirms, “It allows us to be more creative, because we don&#8217;t have to worry about everything else. Now, we can really focus on how to tell a unique story moment on the pinball play field.”







Play it Again, Sam



For Barrels of Fun, the engineering discipline supports creative ambition. Digital modeling in SOLIDWORKS Design enables the team to align thousands of components, reduce the number of physical iterations, and move more quickly from concept to manufacturable assemblies. The result is a process in which mechanical precision underpins emotional engagement, leading to success as defined by Barrels of Fun: “They play one game, and they want to play it again,” enthuses van Es.



Don’t let your design process tilt. Get it back in control with SOLIDWORKS by&nbsp;contacting your local reseller&nbsp;for a live demo.
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      <![CDATA[ The SOLIDWORKS Power User Playbook: Settings That Change Everything ]]>
      </title>
      <link>https://blog-contrib-prd.itvpc.solidworks.com/products/solidworks/the-solidworks-power-user-playbook-settings-that-change-everything/</link>
      <guid>https://blogs.solidworks.com/guid/69075</guid>
      <pubDate>Mon, 06 Apr 2026 20:18:29 GMT</pubDate>
      <description>
      <![CDATA[ Here’s a tour of some basic system and document options that can improve your SOLIDWORKS experience. Even better, you now have the bragging rights of a power user.
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      <![CDATA[ 
Like most SOLIDWORKS users, I have my favorite settings to make my workflow more seamless and productive.&nbsp; There are some settings that are fairly obvious, and others that are a little more hidden but deliver a big bang.



Change how your arrow keys function







By default, the arrow keys are set to 15 degrees. This never really made sense to me. Instead, I set my arrow keys to 90 degrees. This means I can press an arrow key on my keyboard and quickly flip my view from FRONT, TOP, BOTTOM or BACK. I can check the orientation of parts, whether I flipped my features in error, or check for fit between components quickly using just the arrow keys on my keyboard. It’s fun and it’s fast.



To find these settings, go to Tools &gt; Options. Highlight View, and change the Arrow Keys setting.



Customize the View toolbar



New users struggle with switching views, but even experienced users can get frustrated. Some quick adjustments to the View toolbar, located on the top of the display window, can serve up your favorite tools and make your viewing experience a lot more seamless.







Right click on the View toolbar and select Customize.







Select the Commands tab. Highlight the View toolbar in the left pane. Drag and drop the pan and orbit tools onto your toolbar.







Highlight the Standard Views toolbar in the left pane. Drag and drop the default isometric view and the Normal To tools onto your toolbar.



As long as you have this dialog open, highlight the Tools toolbar and drag and drop your favorite tools onto the Standard Toolbar. I usually add the measure and mass properties tool.







You can search for a tool you find yourself using all the time and add it to the ribbon or toolbar. Once you are happy with your changes, click OK.



My customized view toolbar looks like this:







My customized standard toolbar looks like this:







Notice I have added a SaveAs tool as well as the Measure and Mass Properties tool. Having these tools easily accessible means I work more efficiently.



Enable Input Dimension Value



This used to be off by default, but I think the newer releases of SOLIDWORKS have seen the error of their ways. However, if you find yourself having to click on a dimension after you have placed it to modify its value, save yourself a couple of mouse clicks.



Go to Tools > Options. Highlight the General tab and enable the input dimension value. Now, every time you place a dimension, a small dialog will pop up that lets you enter the desired value.







Auto-Rotate on Sketch Creation and Sketch Edit



Sometimes it’s the simple things that can make your life so much better. You highlight a face to place a new sketch, right-click, and select New Sketch. Now you have to figure out how to rotate the part to get a normal or parallel view of the sketch so you can start your sketch.



Instead, you can instruct SOLIDWORKS to serve you up a normal view every time you start a new sketch or edit an existing sketch.



Go to Tools &gt; Options. Highlight the Sketch tab and enable Auto-rotate view normal to sketch plane.



Voila! Your transition to sketching is now seamless, and you can move directly to the desired task.







Turn On Backup &#038; Auto-Recover (Before You Regret It)



I call these options my “Do You Feel Lucky?” settings.  The reality is that SOLIDWORKS, like any software, could crash. Not often. But if it does, it will be right before a deadline. Future-you will be grateful if you follow these guidelines.



SOLIDWORKS doesn’t have an auto-save. It has what I like to call an “auto-nag.” The software will display a small bubble that reminds you to save at regular intervals. How often do you want to be reminded? How much work are you willing to lose? By default, you will be reminded every 10 minutes. Many users find that too distracting, so you can adjust that to every 15 minutes or every 30 minutes.



To set how often you want to be reminded, go to Messages/Errors/Warnings in the Options dialog.







At the same time, you want to visit the Backup/Recovery options. SOLIDWORKS also has an auto-recover setting.



 Auto-Recover and Auto-Save (often referred to as Backup) serve different purposes: Auto-Recover acts as a safety net that captures temporary data to restore files after an unexpected crash, while Backup creates copies of files when you save, allowing you to revert to previous versions. Auto-Recover files are temporary and deleted upon a normal save, whereas Backups are permanent, archived copies. I prefer to save my backup copies in the same folder as the original document to make the files easier to locate.



I also limit the number of backup files that are saved with each document. I don’t have unlimited storage space. I normally archive my projects at milestones, so those backups are accessed only if my files become corrupted or something serious goes wrong.











 Enable “Verification on Rebuild” (For Serious Work)







You made a change to your assembly or model, and you click Rebuild or use CTL+B so you can see the changes.



Before you perform the next Rebuild, go to Tools &gt; Options. Highlight Performance and enable Verification on rebuild.







This forces SOLIDWORKS to properly validate geometry during rebuilds rather than assuming everything is fine.



It slows the rebuild slightly — but it catches hidden geometry errors that can absolutely wreck downstream features.



If you&#8217;re doing production work or complex parts? Turn it on. Nobody likes seeing those red warnings in the browser or the yellow indicators that let you know sketches or features have gone bad. However, I would like to know sooner rather than later if a feature has gone south.



Whatever you do, ignore errors at your own peril. The errors can often be repaired by deleting an unnecessary constraint or mate.



Turn On “Stop Feature Rebuild on Error”







By default, SOLIDWORKS tries to keep rebuilding after an error. That often causes a cascade of 30 red features.



Stopping early makes debugging much easier. You fix the root cause instead of chasing ghosts.



Go to Tools > Options. Highlight the Messages/Errors/Warnings tab in the left panel. Under Rebuild Errors, set the drop-down to stop when a rebuild error occurs. This means SOLIDWORKS will stop the rebuild and require you to make the proper repair before work can proceed. You may find this change annoying at first, especially when working on large, complex assemblies, but it will save you time in the long run, and you will learn where the “gotchas” are in your design.



Adjust Image Quality (Performance Win)



Go to Tools &gt; Options &gt; Document Properties &gt; Image Quality.







Slide Shaded and Draft Quality HLR/HLV slightly left (not all the way). Keep it moderate unless you&#8217;re doing render-level visuals. The default settings are often higher than necessary and can slow large assemblies.



Lower image quality = faster graphics performance. Your GPU will thank you.



This setting is document-specific, so you may want to adjust it on your end and in the assembly templates. That way, you don’t have to adjust it every time you open a new document.



Change Default Templates &#038; Units



This one’s subtle, but important.



Go to Tools &gt; Options &gt; System Options &gt; Default Templates.







I normally have mine set to Prompt user to select document template. This is because I constantly switch between clients and units (Imperial/metric). However, if I am in an office situation and only using a specific part, drawing and assembly template for all my projects, I will browse to the location for each template type and select the desired template.



If you don’t do this early, you’ll constantly need to fix unit mistakes and formatting issues.



By setting up your templates and assigning the desired default files, you maintain consistency and improve your efficiency.



Turn on Confirmation Corner







Confirmation corner is a symbol you should be familiar with that appears in the top-right corner of the graphics window.







You see a Green Check or a Red X. If you are in an active sketch, you should be familiar with the Confirmation Corner.



If you are missing the Confirmation Corner, go to Tools &gt; Options. Open the System Options tab. Highlight the General tab and Enable Confirmation Corner.



Settings for Success



It will only take you a few minutes to make these changes in your settings, but it will save you hours of frustration. Consider this article a brisk tour of some basic system and document options that can improve your SOLIDWORKS experience. Even better, you now have the bragging rights of a power user.




















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      <title>
      <![CDATA[ SOLIDWORKS Merch Store Launches ]]>
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      <link>https://blog-contrib-prd.itvpc.solidworks.com/products/solidworks/solidworks-merch-store-launches/</link>
      <guid>https://blogs.solidworks.com/guid/69024</guid>
      <pubDate>Mon, 06 Apr 2026 20:05:39 GMT</pubDate>
      <description>
      <![CDATA[ We’re so excited to announce that the official SOLIDWORKS Merch Store is now live. Check it out today!
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      <![CDATA[ 
For years, one request has come up again and again from our community:“Where can I get SOLIDWORKS merch?”



The passion of the SOLIDWORKS community is unmistakable. People proudly display their love for engineering, and many have asked for ways to represent the tools that power their creativity.



Today, we’re excited to announce that the&nbsp;official SOLIDWORKS merchandise store is finally open!







Built for the SOLIDWORKS Community



SOLIDWORKS has always been more than software. It’s a global community of engineers, makers, designers, entrepreneurs, students, and innovators who use technology to bring ideas to life.



Our&nbsp;new store is a celebration of that community.



Whether you&#8217;re designing the next breakthrough product, teaching the next generation of engineers, or attending your local user group meeting,&nbsp;our&nbsp;store gives you a way to represent the ecosystem&nbsp;you’re&nbsp;happy to be&nbsp;part of.







What You’ll Find in the Store



The SOLIDWORKS store features a curated collection of items designed for the community, including:




Apparel&nbsp;– T-shirts featuring SOLIDWORKS&nbsp;designs&nbsp;(**hoodies and hats coming soon!**)



Accessories&nbsp;– Stickers, mugs, and everyday gear for engineers



Office gear&nbsp;– Items to bring a little SOLIDWORKS pride to your workspace



Community-inspired designs&nbsp;– Products that celebrate&nbsp;our&nbsp;engineering culture




We designed the collection to be&nbsp;simple, authentic, and engineering-inspired—gear you’ll actually want to wear or use.



Just the Beginning



The launch of&nbsp;our&nbsp;store is only the first step. Over time, we plan to expand the catalog with new designs, limited releases, and items inspired by the community.&nbsp;



Currently, the items from the merch store are only available for shipping within North America. As the store develops, we will continue to explore options to expand availability to additional regions. 



Ready to Explore?



The&nbsp;SOLIDWORKS merchandise store is now&nbsp;officially&nbsp;open, and we can’t wait to see the community&nbsp;proudly&nbsp;wearing and sharing it.



Explore&nbsp;our&nbsp;store, pick your favorite items, and show your SOLIDWORKS pride.



Because great engineering deserves great gear.



Visit the SOLIDWORKS Merch Store here
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      <![CDATA[ What’s New in xDesign R2026x FD01 for Education ]]>
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      <link>https://blog-contrib-prd.itvpc.solidworks.com/products/solidworks/whats-new-in-xdesign-r2026x-fd01-for-education/</link>
      <guid>https://blogs.solidworks.com/guid/69006</guid>
      <pubDate>Thu, 26 Mar 2026 13:00:00 GMT</pubDate>
      <description>
      <![CDATA[ This update includes an updated landing page, an alert for new assignments, and a Save As option for Read-only models so you can stay focused and on top of your assignments. 
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      <![CDATA[ 
The latest functional delivery update of xDesign for Students&nbsp;is here, and I’m excited to fill you in on what’s new.



Since xDesign for Students is a cloud-based design solution, you can access it remotely from any device and start using the latest features available in the FD01 update. It includes many of the same features as the xDesign for professionals version, offering powerful capabilities for 3D modeling, parametric design, assembly design, and collaboration.



There are three new enhancements to help you stay focused and on top of your assignments, including an updated landing page, an alert for new class content and assignments, and a save as pop-up option to save read-only models shared by your teacher so you can work with them and save changes.



Streamlined Assignment Access&nbsp;



Easily stay on top of coursework with a clean, intuitive interface that keeps all class content and assignments organized and accessible. The xDesign landing page has been updated so you can more easily access your assignments and content, such as lectures, chapters, videos, and other resources, through a designated Content tab and an Assignments tab.



Using the View All option, you can access your assignments in the Assignments tab, where you can sort them by most recent, oldest, or urgent ones. You can easily track the status of each assignment, which is labeled &#8220;To Do,&#8221; &#8220;In Work,&#8221; &#8220;Overdue,&#8221; or &#8220;Completed.&#8221; By hovering over an individual assignment, you can see additional details such as the exact due date. Assignments can be opened in the side panel for quick access.



When viewing content, you can also filter by 3D Model, Drawing, or Video.







Refresh Button for New Content



Stay on top of your assignments with a new Refresh button that appears next to the class title whenever a professor adds new material.



You can check for new content by clicking the blue Refresh button. This action updates only the content on the Classes tab and does not disrupt or close any active design sessions in the Design tab or side panels.



Additionally, newly added items in the Classes tab are marked with a “New” flag to help you identify them easily.







Save As for Read-Only Assignments



Never lose your assignment work by clearly seeing when a component is read-only. If it’s read-only, you can easily create your own editable copy by doing a Save As on the model before you begin.



Previously, you could begin working on a model assigned by the teacher without realizing it was read-only, leaving you unable to save your changes. Now, xDesign displays a message that both notifies you that the model is read-only and offers a Save As option. You can name the assignment model and save it to your chosen Collaborative Space right away. All assignment components dragged in from Collaborative Tasks become editable, allowing you to start your work smoothly and without interruption.







That’s just a glimpse of what’s new specifically for students. To see what else is new in xDesign R2026x FD01, check out&nbsp;this blog. See our last blog on xDesign R2025x FD03&nbsp;here.



Why choose xDesign? Not only do you get all the tools for parametric design, subdivision modeling, sheet metal design, collaboration, and more, but you’ll boost your employability by being skilled in the leading SOLIDWORKS cloud-based solution xDesign.



For more information, visit&nbsp;https://www.solidworks.com/product/students.




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      <![CDATA[ Model Mania® 2026 Overview, Solution, and Winners ]]>
      </title>
      <link>https://blog-contrib-prd.itvpc.solidworks.com/products/solidworks/model-mania-2026-overview-solution-and-winners/</link>
      <guid>https://blogs.solidworks.com/guid/68968</guid>
      <pubDate>Tue, 24 Mar 2026 06:52:30 GMT</pubDate>
      <description>
      <![CDATA[ Find out about the results of Model Mania 2026 at 3DEXPERIENCE World, a fun competition that pits user against user to determine whose modeling skills are best. 
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      </description>
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      <![CDATA[ 
Model Mania® is a fun and challenging competition where participants model a predetermined part, including a follow-up revision. Just as in real-world design, changes often need to be made after the initial design is complete. In Model Mania, these are labeled as “phase 1” and “phase 2.&#8221; The top contestants who model both phases of the part accurately and the fastest could win a prize of up to $500.&nbsp;



Model Mania has become a long-standing tradition at the annual&nbsp;3DEXPERIENCE World conference, giving designers and engineers a chance to test their skills in a fast-paced environment. There are six private booths, behind the curtains, where each contestant will sit at a desk with a computer and design a part, as accurately and quickly as possible, including an unknown revision, phase 2, which is given once phase 1 is completed.&nbsp;



We have always had separate categories for customers and resellers. In 2026, we added a third category for students, and we were happy to award the top three contestants in all three categories, with a total of nine winners. Keep reading to see who won!&nbsp;







Model Mania Xtreme



Over the past couple of years, Model Mania has expanded its activities to enhance the fun and enjoyment participants have. In 2025, we added&nbsp;Model Mania Xtreme, which also takes place at&nbsp;3DEXPERIENCE World, and is a legendary battle where two people go head-to-head to create a 3D model in SOLIDWORKS Design or SOLIDWORKS xDesign in the fastest time. Someone can challenge another person to a one-on-one contest, set inside a small competition ring, like a “Thunderdome” style battle.&nbsp;



These sessions showcase speed modeling in front of a live audience, and the winners earn bragging rights, including the opportunity to hold up the coveted Model Mania Xtreme belt. Even two of our executives, Manish Kumar and Gian Paolo Bassi, challenged each other! In 2025, Manish won, and this year, Gian Paolo stole the belt from the champion! We will have to see what happens at the rematch at&nbsp;3DEXPERIENCE World 2027 in Nashville.











Model Mania Livestream



In 2026, we&nbsp;added another Model Mania activity&nbsp;and&nbsp;livestreamed it&nbsp;on January 21. We included information about&nbsp;3DEXPERIENCE World and the SOLIDWORKS User Community. We shared the drawing for the first-ever livestream Model Mania part and received around 175 submissions in about 20 minutes! It was clearly a hit, and we will be doing another Model Mania livestream session in April 2026.&nbsp;











Model Mania 2026 Part and Solution



This is the 2026 Model Mania part. Contestants had a maximum of 2 minutes to plan their approach, and once the 2-minute preview time was up, they automatically started the modeling phase 1 when the Model Mania program launched a new part template in SOLIDWORKS Design.&nbsp;



Once they completed the model and applied the material, they were asked to add the part&#8217;s mass to complete phase 1. Then the change required was shown in phase 2. They needed to quickly make their edits and add the new mass to complete phase 2.&nbsp;



Anyone who achieved a 1% tolerance on their model was automatically added to a leaderboard, a new feature of the Model Mania booth in 2026. All of the top contestants on the leaderboard were validated to determine the winners.



Watch the&nbsp;Model Mania 2026 Solution and Winners announcement. Congratulations to the Model Mania 2026 SOLIDWORKS Design champions below!








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