Motion capture used to cost thousands of dollars and a full studio setup 😅 QuickMagic AI does it from a single video — full 3D body tracking, ready to animate in minutes. No suit. No markers. No budget. Just AI 🔥👇 #Blender3D #B3D #MotionCapture #3DAnimation #MoCap

Is flattening a 3D character mesh directly against the camera lens the ultimate hack for 2D anime rendering in Blender? Indie anime creator 炭猫べべ / Sumineko_BeBe demonstrated a technique where the 3D model is dynamically squashed flat relative to the camera view. Unlike an orthographic camera—which flattens everything globally and ruins 3D environment depth—this camera-flattening setup lets you keep a full perspective camera for background parallax while rendering character meshes with a clean, orthographic-like 2D look. Have you tried using camera-space mesh flattening for NPR anime renders, or do you still prefer tweaking perspective focal lengths? #b3d #indie_anime #3DAnimation #AnimeDev

Procedural mesh fracturing in Blender usually means slow calculations, messy topology, or relying on heavy third-party add-ons. Environment and technical artist Jolan Huijskes built a custom Geometry Nodes fracturing solution that splits 3D models into clean, procedural stone blocks and cracked surface tiles in real time—and he's releasing the nodes for free. By leveraging Blender's Manifold booleans and accumulating cuts across individual mesh islands, the setup generates realistic stone cracks and edge damage without tanking viewport performance. Do you rely on Geometry Nodes for procedural destruction and asset variation, or do you still prefer destructible physics tools and manual sculpting? #b3d #GeometryNodes #Blender3D #TechArt #EnvironmentArt

Is drawing a rough stick figure on screen actually faster than manually moving control bones in a 3D viewport? Developer proNano just updated Sketch2Pose, a Blender add-on that instantly converts rough stick-figure sketches into 3D character poses. Crucially, it uses zero Generative AI—relying entirely on custom code, math solvers, and inverse kinematics (IK) logic. The new update adds support for multi-angle camera projection and works seamlessly across custom humanoid, Rigify, and Mixamo rigs. Do you prefer blocking out initial character poses with quick 2D sketches, or do you still manually position rig controllers from scratch? #b3d #Blender3D #3DAnimation #IndieDev

Take a look at this 👀 @RyanLykos showcased this assault rifle rig in Blender, and that auto magazine mechanism is insanely satisfying 🔥 The added firing MCH idea makes this even more exciting. #B3D #Blender3D #Animation #Rigging

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Creating a custom, photorealistic 3D human head used to take days of manual sculpting or expensive 3D scanning rigs. Now, KeenTools makes it possible to generate a fully rigged Unreal Engine MetaHuman using just a few reference photos and their FaceBuilder Blender add-on. By aligning a 3D head model directly onto reference photos in Blender, FaceBuilder bakes facial geometry and textures that import seamlessly into Unreal's MetaHuman pipeline. #b3d #UnrealEngine #MetaHuman #3DModeling

3D modeling and texture artist Claudia Aylas brought Junji Ito's iconic character Tomie into 3D using ZBrush, Maya, Substance 3D Painter, and Marmoset. Instead of clean PBR shading, Claudia focused on hand-painted texturing to capture the raw, cross-hatched graphic style of traditional horror manga. Do you prefer non-photorealistic (NPR) manga renders that keep line work and ink shading, or fully realistic photorealistic horror sculpts? #3Dart #ZBrush #Substance3DPainter #JunjiIto #CharacterArt

MetaHuman Facial Rig Transfer (MHFRT) is a Blender add-on created by Souhail Ninia, available on Superhive. It provides automated retopology and facial rigging for custom 3D head models in under 10 minutes. 🔗 superhivemarket.com/products…

Shoulder and chest deformation is notoriously one of the hardest problems to solve in character rigging. Most technical artists rely on dozens of corrective blendshapes, heavy muscle systems, or complex deformers to prevent mesh collapse. But Matt Le-Fevre, Senior Technical Artist at Ninja Theory, tackled it using 100% joints attached to curves—with zero blendshapes required. By letting poses drive authorable curves, the underlying joint skeleton handles non-linear movement, volume preservation, and twist offsets seamlessly. Are you still relying on corrective blendshapes for shoulder rigs, or are you moving toward pose-driven curve and RBF joint setups?