Speedtree for Beginners

Learn to model a pine tree in SpeedTree for Beginners, using references and gravity-driven branches, and create bark and leaf materials for Unreal Engine.

Refine the pine trunk by shaping the radius with stepped tapering and adjusting the profile curve. Apply displacement and noise, tweak gravity and twist, and add branches for realism.

Select the trunk, add branches with interval generation, and set first/last boundaries to shape a cone-like pine tree. Adjust size, randomness, broken branches, and displacement for realism.

Layer pine branches across big, medium, and small levels using procedural controls—length, variance, gravity, and rotation—to create a fluffy, cone-shaped tree ready for leaves in the next lesson.

Explore adding leaves to a pine tree with leaf and batch leaf generators, mesh cutouts, and anchors for optimized geometry, deformation, and animation.

Create pine tree leaves using mesh variations, anchor points, masking, and batch leaves for fullness. Apply wind, ambient occlusion, and procedural randomization to achieve natural pine foliage.

Learn to create grass in SpeedTree by converting trunks to a spine, adding fronts, and using randomized generation, spiral spread, and two material variations for Unreal Engine optimization.

Explore how to create diverse grass shapes with procedural and randomization variation, using trunk spine, profile curves, variance, forces, rotation, and material variation to achieve natural, fuller patches.

Design a bush in SpeedTree for beginners using a trunk, multi-level branches, and a puffy silhouette with interval generation, randomness, gravity, and spiral layout; apply Megascans PBR materials and displacement.

Refine speedtree bushes by creating leaf materials, importing leaf atlas textures, using masking to generate geometry, optimizing polygons, and applying wind to produce game-ready, natural looking foliage.

Explore how to optimize speedtree models for game engines by clustering leaves, building bush structures with low polygon counts, and exporting textures (albedo, normal, gloss, opacity) for efficient real-time rendering.

Learn to build a bush in Speedtree by creating a branch leaves cluster, importing maps, configuring leaves with presets, and anchoring them to branches.

Create a game-ready bush in SpeedTree by configuring anchors, channels, and materials, generating low and medium poly leaves, and adding optimized collision for gameplay environments.

Learn to optimize grass midpoly models for games by reducing polygons with mesh cutouts and vertex deletion, using Elodie and three levels of detail for game-ready grass.

Create optimized grass for games by using the atlas method to combine high-poly screenshots into a single texture atlas, then build low-poly blades with mesh cutouts.

Configure wind and light maps in speedtree using wind wizard, then optimize light map resolution and channel usage for Unreal with weight, offset, frequency, and UV distribution.

Export trees from speedtree for vfx into common modeling tools, ensuring correct units and axis orientation. Use grouping by hierarchy, material, or geometry type, and alembic textures with wind animation.

Export your speedtree assets for games by using the export to game option, selecting sd9 for unreal engine, and optimizing with atlas textures, billboards, and lod-based distance rendering.

Explore speedtree exporting addon plugins for Blender, 3ds Max, Maya, and Houdini; install, import, and export FBX with an estimates file, and set units to centimeters.

Finish this Speedtree for Beginners course by mastering the tools, exploring generators, and creating cinematic pine trees, bushes, and grasses optimized for games with collision.