Blender now runs natively on Windows ARM devices, with a Vulkan graphics backend that dramatically speeds up the EEVEE viewport and lays groundwork for future GPU‑accelerated ray tracing on Snapdragon processors.
Blender 5.0 changes the meaning of existing node socket shapes and adds new ones to unlock lists and volume grids in Geometry Nodes, improving visual clarity and future feature support.
Blender 5.0 adds a native volume‑grid data type to Geometry Nodes, unlocking procedural fluid simulation, signed‑distance‑field modeling, and efficient OpenVDB‑based workflows.
In October 2025 Blender announced the results of its Google Summer of Code participation, highlighting eight contributors who delivered improvements to the compositor, video sequence editor, edit‑mesh tools, sculpting performance, regression testing, and the Flamenco render manager, many of which are slated for Blender 5.0.
The September 2025 Geometry Nodes workshop reviewed the latest design work heading into Blender 5.0, including non‑experimental closures, bundles, new volume grid nodes, list support, and physics‑solver integration.
Blender developers focused on quality and stability between December 2025 and January 2026, fixing over 350 reported issues and addressing technical debt across modules like Modeling, VFX, and the User Interface.
Blender 5.2 LTS adds a native Cycles texture cache that loads only the tiles and resolutions required for a render, dramatically reducing memory consumption for scenes with many image textures.
Blender 5.2 introduces Remote Asset Libraries, letting users browse and download assets from any HTTP server on demand. This article explains the feature, how to enable it, how to host your own library, and the current limitations.
Blender 5.2 LTS introduces a new, node‑driven physics system for cloth and hair. Built as built‑in Geometry Nodes assets and powered by an XPBD solver, the feature is experimental but already supports pinning, tearing, custom effectors, and more.
