How To 3D Model This ORGANIC Design (Plasticity Tutorial)

🔥🔥🔥 Plasticity Course EASTER SALE - Save up to 70% 🔥🔥🔥 ✅ Learn Plasticity 3D Modeling with my Premium Step-By-Step Courses: 👉 https://nikitakapustin.com/courses/ _______________________________________________________________ 🔗 Links Mentioned 🔗 Reference Image -   / 119415827618308658   🔔 Don’t forget to Like & Subscribe for more Plasticity content. _______________________________________________________________ Try out Plasticity for Free - https://www.plasticity.xyz/ 🎁 Save 10% on Plasticity 🎁 Step 1 - Go to: https://www.plasticity.xyz/#pricing Step 2 - Select your desired license Step 3 - Type NIKITA in the "Add discount" field _______________________________________________________________ ✅ Useful Links ✅ Plasticity Courses - https://nikitakapustin.com/courses/ Email/Business - [email protected] _______________________________________________________________ What Video About In this tutorial, I’ll show you how to model complex organic design details using advanced surface modeling techniques in Plasticity 3D. We'll take a reference bottle design and recreate one half of its structure, focusing on high-quality topology, beautiful reflective surfaces, and intricate cutouts. These same workflows can be used for modeling everything from bicycle frames and helmets to robots and product designs. You’ll learn how to build inner and outer surfaces, cut precision shapes with curves, patch complex holes, and create flawless manual fillets using the pipe method. If you’ve struggled with fillets or surface matching before, this tutorial will take your skills to the next level. _______________________________________________________________ ⏲️ Timestamps ⏲️ 00:00 – What You’ll Learn from This Bottle-Based Surface Modeling 03:40 – Creating Inner & Outer Surfaces and Cutting Clean Openings 10:03 – Modeling the Complex X-Cut & Organic Pattern 19:29 – Building Wavy Transitions with Loft & Tangency 31:03 – Manual Fillets with Pipes & Perfect Surface Patching _______________________________________________________________ #3dmodeling #plasticity #plasticity3d