Why Subdivision Surfaces?
Subdivision surfaces are perfect for sleek, high-speed designs because they refine the geometry, ensuring seamless transitions between edges and surfaces. This technique is ideal for sculpting streamlined fuselages, integrated engines, and futuristic wing structures.
- Screenshot.jpg (47.99 KiB) Viewed 16035 times
On the left the SubD mesh, I only had to model half and used object symmetry.
- Screenshot 2023-12-30 104033b.jpg (30.85 KiB) Viewed 16034 times
The Sculpting Process—From Sketch to Flight-Ready Model
1. Sketching the Base Shape
- Using Curvy’s sketch-based modeling, I quickly outlined the core structure of the plane, ensuring the proportions were balanced and aerodynamic.
- The soft move tools helped refine the curves, making sure the plane looked fast and futuristic.
2. Refining with Subdivision Surfaces
- Subdivision smoothing transformed the rough sketch into a polished, flowing form, eliminating sharp edges and creating organic curves.
- Adaptive sculpting allowed for precise control over the wing shape and engine integration, ensuring the design felt functional and high-tech.
3. Painting & Texturing for Maximum Impact
- Metallic textures gave the plane a sleek, polished finish, while subtle lightmaps enhanced the shine on reflective surfaces.
- Specular highlights added depth, ensuring the plane looked ready to soar through a futuristic skyline.
Final Thoughts—Why This Was So Much Fun
Sculpting this high-tech plane in Curvy 3D was an absolute thrill! The combination of sketch-based modeling, subdivision surfaces, and detailed texturing made the process fast, fun, and visually stunning.
Find out more about Curvy 3D's Unique Sketch Modelling Tools
Download Free Curvy 3D Demo