45 - Angle Constraint | Assembly Mode | Autodesk Inventor Tutorial

Autodesk Inventor Tutorial #45 – Angle Constraint in Assembly Mode In this Autodesk Inventor tutorial, we build on the previous lessons on Mate and Flush constraints by introducing another important assembly relationship: the Angle Constraint. Angle constraints are closely related to Mate and Flush, but they give you more control over how components move and rest relative to one another. In this video, we create three simple parts from scratch, assemble them together, and use angle constraints to control rotational movement between components. This lesson is a great next step in understanding how assemblies behave in real mechanical designs—especially when parts need to rotate, pivot, or stop within a defined range of motion. What You’ll Learn in This Video: - What angle constraints are and how they compare to Mate and Flush constraints - Creating simple practice parts directly in Part Mode - Building two rectangular components with aligned holes - Creating a third cylindrical pin component to connect the parts - Using the Place Component feature to insert parts into an assembly - Understanding grounded components when using different placement methods - Applying Mate and Flush constraints to align components correctly - Using cylindrical hole axes to create axis-to-axis relationships - Inserting a pin into aligned holes using assembly constraints - Assigning different appearances/colors to parts for visual clarity - How angle constraints allow rotational control between components - The difference between Directed Angle and Undirected Angle - Why Undirected Angle is generally more useful in modern workflows - How selection order affects angle direction in Directed Angle - Using angle values like 0°, 3°, 10°, and 45° in assemblies - Setting resting positions, minimum limits, and maximum limits - Creating motion ranges so parts stop at a defined angle - Editing and deleting angle constraints correctly in the model tree This video helps connect static assembly constraints with controlled motion—an important concept when designing mechanisms, hinges, supports, brackets, and moving components in Autodesk Inventor. 📺 Watch the full Autodesk Inventor Tutorial Playlist here: https://youtu.be/K1J4pTDmWk0?si=ZplUHbaEJveKxym8 Looking for expert help with product design, CAD modeling, or prototype development? Visit www.starryindustries.com or email [email protected] for professional support. If you found this helpful, please like, comment, and subscribe to support the channel and stay updated as we continue building the complete Autodesk Inventor training series. #AutodeskInventor #InventorTutorial #AssemblyMode #AngleConstraint #InventorAssembly #CADAssembly #Constraints #MechanicalDesign #3DModeling #EngineeringDesign #LearnCAD #CADForBeginners #Inventor2025 #ProductDevelopment #StarryIndustries #EngineeringEducation #DesignEngineering #EngineeringYouTube #ParametricDesign #InventorTraining