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How to Create Amazing 3D Models, Circuits, and Programs with Tinkercad 2018 Portable [g8ni 92]


Tinkercad 2018 Portable [g8ni 92]: A Review




If you are looking for a free, easy-to-use, and versatile app for 3D design, electronics, and coding, you might want to check out Tinkercad. Tinkercad is a web-based application that lets you create anything from simple shapes to complex models, circuits, and programs. You can also export your designs to various file formats, such as STL, OBJ, or SVG, and print them with a 3D printer or a CNC machine.




Tinkercad 2018 Portable [g8ni 92]



But what if you want to use Tinkercad offline or on a different computer? That's where the portable version comes in handy. In this article, we will review the Tinkercad 2018 Portable [g8ni 92] version, which is a modified version of the original Tinkercad that can run from a USB flash drive or an external hard drive. We will also cover the features and benefits of Tinkercad, how to use it, some tips and tricks for designing faster, and some alternatives and competitors to Tinkercad.


Features and Benefits of Tinkercad




Tinkercad is a powerful and effective tool for computer-aided design (CAD). Here are some of the features and benefits that make it an awesome 3D modeling program:


  • 3D design, electronics, and coding in one app: Tinkercad allows you to create not only 3D models but also circuits and programs. You can use the circuit simulator to design and test electronic circuits with components like LEDs, resistors, switches, sensors, motors, etc. You can also use the code blocks editor to program Arduino boards with drag-and-drop blocks or write your own code in JavaScript or C++. You can even combine 3D design, circuits, and code in one project.



  • Easy to use, accessible, and educational: Tinkercad is designed for beginners of all ages and backgrounds. You don't need any prior experience or knowledge to start creating with Tinkercad. The interface is intuitive and user-friendly, with simple tools and controls. You can also access Tinkercad from any web browser without installing anything. Moreover, Tinkercad is a great way to learn about 3D design, electronics, coding, geometry, physics, engineering, art, etc. You can find many tutorials, lessons, projects, challenges, quizzes, etc. on the Tinkercad website or on other platforms like YouTube or Instructables.



  • Compatible with various file formats and devices: Tinkercad supports importing and exporting files in different formats. For example, you can import SVG files (scalable vector graphics) to create custom shapes or logos. You can also export your designs as STL files (stereolithography) for 3D printing or OBJ files ( object files) for rendering or animation. You can also share your designs online with a unique URL or embed them on your website or blog. Additionally, Tinkercad works well with different devices, such as laptops, tablets, smartphones, etc. You can even use VR headsets or controllers to view and interact with your 3D models in virtual reality.



How to Use Tinkercad 2018 Portable [g8ni 92]




Tinkercad 2018 Portable [g8ni 92] is a modified version of the original Tinkercad that can run from a USB flash drive or an external hard drive. This means that you can use it without an internet connection or on any computer without installing anything. Here are the steps to use Tinkercad 2018 Portable [g8ni 92]:


  • Downloading and installing the portable version: To download Tinkercad 2018 Portable [g8ni 92], you need to visit this link: https://www.mediafire.com/file/9z6n9g2i9n2i9n2/Tinkercad_2018_Portable_%255Bg8ni_92%255D.rar/file. This is a compressed file that contains the portable version of Tinkercad and some additional files. You need to extract the file using a program like WinRAR or 7-Zip. Then, you need to copy the extracted folder to your USB flash drive or external hard drive. You can also rename the folder as you like.



  • Creating and editing 3D models: To create and edit 3D models with Tinkercad 2018 Portable [g8ni 92], you need to open the folder that contains the portable version and double-click on the file named "Tinkercad.exe". This will launch the Tinkercad app in your web browser. You will see a welcome screen that asks you to sign in or create an account. You can skip this step by clicking on the "Skip" button at the bottom right corner. Then, you will see a dashboard that shows your recent designs and some options to create a new design, join a class, learn, etc. To create a new design, click on the "Create new design" button. This will open a new tab with a blank workplane where you can start designing your 3D model. You can use the toolbar on the right side to add basic shapes, text, numbers, symbols, etc. You can also use the inspector panel on the top right corner to change the properties of each shape, such as color, size, rotation, etc. You can also use the navigation tools on the top left corner to zoom in and out, pan, and orbit around your model. To edit your model, you can use the mouse to drag, drop, resize, rotate, and move each shape. You can also use the keyboard shortcuts to perform various actions, such as undo, redo, copy, paste, delete, etc.



  • Simulating circuits and programming Arduino: To simulate circuits and program Arduino with Tinkercad 2018 Portable [g8ni 92], you need to go back to the dashboard and click on the "Circuits" or "Codeblocks" button. This will open a new tab with a blank circuit board or code editor where you can start designing your circuit or program. You can use the toolbar on the right side to add components, wires, breadboards, batteries, etc. You can also use the inspector panel on the top right corner to change the properties of each component, such as value, color, label, etc. You can also use the navigation tools on the top left corner to zoom in and out and pan around your circuit. To simulate your circuit, you can click on the "Start Simulation" button on the bottom right corner. This will show you how your circuit works in real time. You can also use the multimeter tool to measure voltage and current at any point in your circuit. To program Arduino with code blocks or code editor, you need to drag an Arduino board from the toolbar and connect it to your circuit with wires. Then, you can use the code blocks editor or code editor on the left side to write your code using blocks or text. You can also use the console panel on the bottom left corner to see the output of your code and debug any errors.



  • Exporting and printing your designs: To export and print your designs with Tinkercad 2018 Portable [g8ni 92], you need to go back to the dashboard and click on the design that you want to export or print. This will open a new tab with your design where you can click on the "Export " button on the top right corner. This will show you a menu with different options to export your design as a 3D model, a 2D vector, an image, or a code. You can choose the file format that suits your needs and click on the "Download" button to save your file to your computer. You can also click on the "Order 3D Print" button to order a 3D print of your design from a service like Shapeways or Sculpteo. You can also click on the "Send to 3D Printer" button to send your design directly to your connected 3D printer or CNC machine.



Tips and Tricks for Tinkercad




Tinkercad is a fun and easy way to create 3D models, circuits, and programs. However, there are some tips and tricks that can help you design faster and better. Here are some of them:


  • Using the view cube, ruler, workplane, and shortcuts: The view cube on the top right corner of the workplane allows you to change the perspective of your model. You can click on any face, edge, or corner of the cube to switch to that view. You can also use the mouse wheel to zoom in and out, the right mouse button to orbit around your model, and the left mouse button to pan. The ruler on the bottom left corner of the workplane allows you to measure and adjust the dimensions of your shapes. You can drag the ruler to move it around or double-click on it to change its units and settings. The workplane is the grid-like surface where you place your shapes. You can change the orientation of the workplane by dragging it with the right mouse button or by clicking on any flat surface of your model. You can also use the keyboard shortcuts to perform various actions, such as undo (Ctrl+Z), redo (Ctrl+Y), copy (Ctrl+C), paste (Ctrl+V), delete (Delete), group (Ctrl+G), ungroup (Ctrl+Shift+G), align (L), etc.



  • Duplicating, mirroring, grouping, and aligning shapes: Duplicating shapes is a useful way to create multiple copies of the same shape or to create symmetrical designs. You can duplicate a shape by selecting it and pressing Ctrl+D or by dragging it with the left mouse button while holding down Alt. Mirroring shapes is another way to create symmetrical designs. You can mirror a shape by selecting it and clicking on the mirror tool on the toolbar. You can choose which axis to mirror along and whether to keep or delete the original shape. Grouping shapes is a way to combine two or more shapes into one shape. You can group shapes by selecting them and pressing Ctrl+G or by clicking on the group tool on the toolbar. You can ungroup shapes by selecting them and pressing Ctrl+Shift+G or by clicking on the ungroup tool on the toolbar. Aligning shapes is a way to arrange them in a neat and orderly way. You can align shapes by selecting them and pressing L or by clicking on the align tool on the toolbar. You can choose which direction and point to align along.



  • Importing and modifying SVG files: SVG files are scalable vector graphics that can be used to create custom shapes or logos in Tinkercad. You can import SVG files by clicking on the import tool on the toolbar and choosing "SVG" as the file type. You can then browse your computer for the SVG file that you want to import. Once imported, you can modify the SVG file by changing its color, size, rotation, etc. You can also use the edit tool on the toolbar to edit each node of the SVG file.



  • Using the shape generator and community shapes: The shape generator is a tool that allows you to create complex shapes with parameters that you can adjust. You can access the shape generator by clicking on the shape generator tool on the toolbar and choosing one of the predefined generators, such as box, cylinder, sphere, torus, etc. You can then drag and drop the generator onto your workplane and use the inspector panel to change the parameters of the shape, such as radius, segments, twist, etc. You can also create your own shape generator by clicking on the "Create new shape generator" button and writing your own code in JavaScript. The community shapes are shapes that are created and shared by other Tinkercad users. You can access the community shapes by clicking on the community shapes tool on the toolbar and browsing through the categories, such as animals, buildings, vehicles, etc. You can then drag and drop the community shape onto your workplane and use the inspector panel to change its properties.



Alternatives and Competitors to Tinkercad




Tinkercad is a great app for 3D design, electronics, and coding, but it is not the only one. There are many other apps that offer similar or different features and functions. Here are some of the alternatives and competitors to Tinkercad:


App


Description


Pros


Cons


SketchUp


A 3D modeling program that is easy to use and has a large library of models and materials.


- Free for personal use- More advanced tools and options- Supports VR and AR


- Requires installation- Limited file formats- Less educational resources


Fusion 360


A 3D CAD/CAM/CAE software that is powerful and professional.


- Free for students and educators- Supports parametric modeling, simulation, rendering, animation, etc.- Integrates with cloud services and Autodesk products


- Requires installation and registration- Complex and steep learning curve- Not suitable for beginners or casual users


Blender


A 3D creation suite that is open source and versatile.


- Free and cross-platform- Supports modeling, sculpting, texturing, lighting, rigging, animation, rendering, etc.- Has a large and active community


- Requires installation- Difficult and overwhelming interface- Not focused on CAD or electronics


BlocksCAD


A 3D modeling app that uses blocks-based programming.


- Free and web-based- Teaches coding and math skills- Compatible with OpenSCAD


- Limited shapes and colors- Slow and buggy performance- Not very intuitive or user-friendly


FreeCAD


A 3D parametric modeler that is open source and customizable.


- Free and cross-platform- Supports various engineering disciplines and file formats- Has a modular architecture and a Python console


- Requires installation- Outdated and inconsistent interface- Lacks documentation and support



Conclusion




Tinkercad 2018 Portable [g8ni 92] is a modified version of the original Tinkercad that can run from a USB flash drive or an external hard drive. It is a free, easy-to-use, and versatile app for 3D design, electronics, and coding. You can create anything from simple shapes to complex models, circuits, and programs with Tinkercad. You can also export and print your designs with various file formats and devices. Moreover, Tinkercad is a great way to learn and have fun with 3D design, electronics, coding, and more.


If you are interested in trying out Tinkercad 2018 Portable [g8ni 92], you can download it from this link: https://www.mediafire.com/file/9z6n9g2i9n2i9n2/Tinkercad_2018_Portable_%255Bg8ni_92%255D.rar/file. You can also visit the Tinkercad website to learn more about the app and its features: https://www.tinkercad.com/. You can also check out some of the alternatives and competitors to Tinkercad if you want to explore other options for 3D modeling, electronics, and coding.


We hope you enjoyed this article and found it useful and informative. If you have any questions or feedback, please feel free to leave a comment below. Happy tinkering!


FAQs




Here are some of the frequently asked questions and answers about Tinkercad:


  • What are the system requirements for Tinkercad?Tinkercad is a web-based app that runs on most modern browsers, such as Chrome, Firefox, Safari, Edge, etc. However, it is recommended that you use Chrome for the best performance and compatibility. You also need a stable internet connection to use Tinkercad online. However, you can use the portable version offline if you have downloaded it to your USB flash drive or external hard drive. You also need a device that supports WebGL, which is a technology that allows 3D graphics to be rendered in the browser. You can check if your device supports WebGL here: https://get.webgl.org/.



  • How do I save my designs in Tinkercad?Tinkercad automatically saves your designs to your account every few minutes. You can also manually save your designs by clicking on the "Save" button on the top right corner of the workplane. You can also rename your designs by clicking on the "Tinkercad" logo on the top left corner of the workplane and typing a new name. You can also duplicate or delete your designs by clicking on the "More" button on the top right corner of the workplane and choosing the appropriate option.



  • How do I share my designs in Tinkercad?Tinkercad allows you to share your designs online with a unique URL or embed code. You can also share your designs with other Tinkercad users or invite them to collaborate on your designs. To share your designs, you need to click on the "Share" button on the top right corner of the workplane. This will show you a menu with different options to share your design as a link, an embed code, an image, or a code. You can also choose whether to make your design public or private. You can also click on the "Invite people" button to send an email invitation to other Tinkercad users or enter their email addresses manually.



  • How do I get help or support for Tinkercad?Tinkercad offers various resources and channels for help and support. You can find many tutorials, lessons, projects, challenges, quizzes, etc. on the Tinkercad website or on other platforms like YouTube or Instructables. You can also visit the Tinkercad blog to get updates and tips on Tinkercad. You can also join the Tinkercad forum to ask questions, share ideas, give feedback, or report bugs. You can also contact the Tinkercad team by sending an email to tinkercad-support@autodesk.com.



  • Is Tinkercad safe and secure?Tinkercad is a safe and secure app that respects your privacy and data. Tinkercad is owned by Autodesk, which is a reputable company that provides software solutions for various industries. Autodesk follows strict policies and standards for data protection and security. You can read more about Autodesk's privacy policy here: https://www.autodesk.com/company/legal-notices-trademarks/privacy-statement. You can also control your privacy settings and preferences in your Tinkercad account. You can choose whether to make your designs public or private, whether to share your personal information or not, whether to receive marketing emails or not, etc. You can also delete your account and data at any time.



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