Learn Blender for free: a step-by-step Blender course

Searching for "Blender tutorial" or "Blender 3D tutorial" brings up thousands of videos, of very varied length and level, often made for a different version from yours. For a beginner, the hard part is less finding a tutorial than knowing in which order to follow them. This guide offers a seven-step path, the free official resources to rely on, and how to choose a tutorial that will really help you progress. TURNA does not sell training: the resources cited are those of the Blender Foundation and the free guides on this site.

The official resources for learning Blender

Blender is free software, distributed under the GNU GPL licence: you can use it for any project, including commercial ones, without paying for a licence. If you have not installed it yet, the article Blender 3D, installation and first steps (in French) describes the software and how to install it. To learn, four official resources are enough to cover the essentials.

The reference manual

The manual, on docs.blender.org, describes every tool, every setting and every shortcut of the current version. It can be downloaded as web pages or as an e-book, to read offline. The most useful part is inside Blender itself: hover over a button and press F1, and the manual page for that tool opens. Get into the habit of doing this for every new tool you come across in a tutorial.

Blender Studio

Blender Studio is the studio of the Blender Foundation, the one that produces its open films. It publishes courses, workshops and production lessons, sorted by theme: animation, Geometry Nodes, lighting, rendering, rigging, shading. The Blender 2.8 Fundamentals course is free to access: ten chapters, 43 videos, about five hours, from navigation to sculpting by way of modelling, UVs, lighting, rendering, rigging and animation. It was recorded in Blender 2.8: the principles have not changed, but some menus have moved since then. The rest of the catalogue requires a subscription, which also funds the development of the software.

Demo files

The Demo Files page on blender.org offers official scenes sorted by theme (Cycles, EEVEE, Geometry Nodes, Grease Pencil, sculpting, simulation, video editing), as well as the files behind the splash screen of each version. Opening a finished scene and taking it apart node by node teaches you a lot about how a real project is organised.

Release notes and the community

Each version of Blender has its official notes, available from the Help menu, Release Notes. They say what has changed, and therefore what an older tutorial does not show; the Blender 5 guide summarises them for versions 5.0, 5.1 and 5.2. For video tutorials, the official tutorials page on blender.org itself points to the community, and advises following the #b3d tag on social networks.

Before you start: version, language and shortcuts

Work on a recent, stable version. As of 19 October 2026, the stable version is Blender 5.2 LTS, released on 14 July 2026. LTS versions come out once a year and are maintained for two years: a good choice for learning, because the interface does not change under your feet.

For the language, the setting is in Edit, Preferences, Interface section: Language chooses the language, and three checkboxes decide what is translated: the tooltips, the interface and the names of new data. If English is not your first language, a common compromise is to keep the interface in English and translate only the tooltips: almost every tutorial, and the manual, name the menus in English, and you will find them without searching.

Finally, keep the default keymap, called Blender in the preferences (Keymap section). The Industry Compatible preset brings Blender closer to other 3D applications, but most tutorials and the manual assume the default keymap. The essentials are gathered in the Blender shortcuts guide.

The seven-step path

Each step ends with a small, complete project. That is what makes the difference between watching tutorials and knowing how to use Blender: a finished object, lit and rendered, teaches you more than ten demonstrations followed halfway.

Step 1: the interface and navigation

Learn to orbit around the scene with the middle mouse button, to pan with Shift and that same button, to zoom with the wheel, and to switch to the front, side and top views with the numpad (1, 3 and 7). Add objects with Shift+A, then move, rotate and scale them with G, R and S. When you cannot find a command, F3 opens the menu search. Project: reproduce a simple scene with basic shapes, a table and a chair for example.

Step 2: modelling

Switch to Edit Mode with Tab, then work at the level of vertices, edges or faces (1, 2, 3 on the top row of the keyboard). Four tools cover a large part of the work: extrude (E), loop cut (Ctrl+R), bevel (Ctrl+B) and inset faces (I). Then discover modifiers, which transform an object without touching its mesh: Mirror for symmetry, Subdivision Surface for smoothing (both entries in French). Project: a mug or a piece of furniture. To go further, the tutorial on the topology of an organic model (in French) explains how to make the edges flow.

Step 3: materials and textures

Open the Shading workspace. The default material is based on the Principled BSDF node, which brings together colour, roughness, metallic and transparency in a single node. To apply an image, the object has to be unwrapped: that is the role of UVs, which you create in Edit Mode with U. The tutorial on UV unwrapping (in French) details seams and packing islands, and the one on procedural textures (in French) shows how to create wood or concrete without an image. Project: texture the object from step 2.

Step 4: lighting

Blender offers four types of lamp: Point, Sun, Spot and Area. Learn three-point lighting (a key light, a fill light and a rim light), then lighting with a panoramic image, explained in the HDRI in Blender guide. Project: present your object under two very different lighting setups.

Step 5: rendering

Blender has two main engines. Cycles calculates the path of light and aims for realism; EEVEE is a real-time engine, much faster, at the cost of approximations. Learn to choose the engine, set the samples and denoising, and render the image with F12. The guide how to render in Blender covers these settings and saving the image. If you have an NVIDIA card, the guide OptiX vs CUDA in Blender explains how to make Cycles render on the graphics card. Project: a polished final image, well framed.

Step 6: animation

A keyframe is inserted with I in the 3D Viewport, and Space starts playback. Start by animating an object (a bouncing ball is the classic exercise), then move on to the animation curve in the Graph Editor. Characters come afterwards: the T-pose guide explains the reference pose of a character, the walk cycle guide the looping walk, and the tutorial on bone constraints (in French) rigging. To output the video, see rendering an animation in Blender. Project: an animation a few seconds long, rendered and edited.

Step 7: choose a specialism

Once you have the basics, each area of Blender is almost a separate application. Procedural modelling goes through Geometry Nodes (in French), animated 2D drawing through Grease Pencil, cartoon-style rendering through cel shading, and effects through liquid or fire and smoke simulations (tutorials in French). Choose the one that serves your projects rather than skimming over everything.

Choosing a good Blender tutorial

• Check the version. It is often shown in the title or on the splash screen visible at the start of the video. A tutorial older than your version is still useful for the principles; compare with the release notes when a menu does not match.
• Be wary of tutorials from before 2.80. Blender then selected with the right mouse button by default, and the interface was very different. The Blender 27x keymap preset still exists, but there is no point in learning on an interface that has been abandoned.
• Prefer a complete project to an isolated tip. A tutorial that takes you from an empty scene to a rendered image makes you practise the whole sequence.
• Redo the project without the video. The next day, start again from memory, only looking at the tutorial when you get stuck. That is where the learning sticks.
• Spot the add-ons. If the author uses an extension you do not have, the result cannot be reproduced as it is. The guide to Blender add-ons for rendering presents the official extensions platform.

The mistakes that block beginners

• A distorted bevel or modifier: the scale of the object has not been applied. In Object Mode, Ctrl+A then Scale.
• Dark faces or strange shading: flipped normals. In Edit Mode, select everything, then Shift+N recalculates them outwards.
• A stretched texture: the object has not been unwrapped, or its UVs were created before a change to the mesh.
• A render that never ends: Cycles is rendering on the processor because the graphics card has not been enabled in the preferences. See the OptiX and CUDA guide mentioned above.
• A lost project: Blender is no substitute for saving regularly. Press Ctrl+S often, and save a new version of the file at each important step.

How long does it take to learn Blender?

It depends above all on regularity. The Blender Studio Fundamentals course lasts about five hours of video, but redoing it while practising takes much longer, and that is normal. A pace of one step of the path per week, with its project, is better than a whole weekend of videos without practice. The aim is not to know everything: Blender covers modelling, sculpting, animation, simulation, video editing and rendering, and even professionals master only part of it.