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Animate a Rocket Launch: Smoke & Fire Simulation in Blender

Name: Animate a Rocket Launch: Smoke & Fire Simulation in Blender
Rating: 4.5 (74 reviews)

Learn 3D Animation, Hard Surface Modeling, Realistic Texturing, Fluid Simulation in Blender

Created byAbdelilah Hamdani

Last updated 3/2025

English

English [Auto],

What you'll learn

Master Fire & Smoke Simulation in Blender
Understand Force Fields & Use them in Blender
Animate Rocket Launch into Space
Learn Advanced Surface Modeling Skills
Build a Rocket Launch Base based on Real References
Learn Water Simulation: Create a Water Suppression
Simulate Realistic Rocket Engine Animation

Course content

5 sections • 24 lectures • 4h 26m total length

Modeling Rocket Launch Base9:12
Model a rocket launch base in Blender by shaping a cube, applying bevel and mirror modifiers, adding edge loops and bridges, and cleaning geometry with scale application and clipping.
Build Pipe System in Rocket Base16:46
Learn to build a pipe system for the rocket base by creating curved pipes, extruding edges, adding depth and bevels, modeling supports, and duplicating across sides.
Modeling Fire Hydrant2:03
Model fire hydrants in Blender by building from a cylinder, refining with insets, bevels, and extrudes, then apply scale and duplicate for a realistic array.
Modeling Rocket Base Fences11:27
Model the space station base by creating and duplicating fences, beveling edges, and extruding sections, then use array modifiers and snapping to align pipes and stairs.
Modeling Floors and Stairs - Part 110:01
Learn to build detailed space-station floors and stairs in Blender by duplicating geometry, applying mirror and solidify modifiers, adding edge loops, and precise extrusions for a cohesive base structure.
Modeling Floors & Stairs - Part 213:37
Learn to add stairs quickly using the curve modifier, duplicating edge curves and converting them to curves, then use array and bridge edge loops to shape and connect the steps.
Modeling Rocket Base Supporting Columns8:17
Model rocket base supporting columns in Blender, guiding you through beveling, extruding, scaling, and duplicating to create ground-connected hooks and a polished, ready-to-render structure.
Modeling Base Side Tanks12:57
Refine the rocket’s base side tanks in Blender by adjusting gaps, shaping, beveling, and applying scale and smooth shading, then add pipes and ignition details.
Modeling Supporting Column - Part 111:18
In Blender, model a second side column for the shuttle, create a base, bevel edges, apply the array modifier for repetition, and add fences, doors, and an elevator shaft.
Modeling Supporting Column - Part 215:55
Explore modeling a supporting column in Blender, duplicating components, adding pipes, bevels, and an array of details to create a cohesive, industrial shaft for a rocket launch scene.
Modeling Supporting Column - Part 315:44
Create and refine the second supporting column by cutting it into pieces, adding pivots, fences, bevels, extrusions, and connectors, using snapping and array techniques for accuracy.
Modeling Supporting Column - Part 417:46
Model the base by adding pipes and supporting columns, adjust vertices, duplicate parts, and apply bevel depth 0.25 to enhance realism while setting origin and using snapping for precise alignment.
Modeling Spaceship & Side Rockets19:01
Model a detailed spaceship and side rockets in blender, using bevels, edge loops, proportional editing, and symmetry, then export and append into the scene.

Texture Rocket Base - Part 111:47
Texture the rocket base using concrete and grass textures in Blender, adjusting UVs and cube projection. Create metallic finishes and subtle bumps across tanks, pipes, and panels.
Texture Rocket Base - Part 27:19
Texture the rocket base with black and white materials, using cube projection for UV mapping; apply metal variants to pipes, refine seams with alt-click, and combine parts with ctrl j.
Texture Rocket Base - Texturing the Ground4:14
Texture the ground in Blender using grass and concrete materials, adjust ridge UVs via cube projection, scale textures for realistic tiling, and use color ramp for variations.

Fluid Simulation - Simulate Rocket Engines Start11:39
Learn to set up a rocket engine smoke and fire simulation in Blender, including creating emitters, a smoke domain, wind forces, inflow fire, and iterative baking.
Fluid Simulation - Simulate Fire Engines Start - Part 213:09
Practice building a fire and smoke fluid simulation in Blender by iteratively adjusting engine scale, wind, noise, and domain settings, baking samples, and optimizing with adaptive domain for performance.
Create a Water Suppression System - Fluid Simulation19:14
Create a water suppression system in Blender by building pipes, a water source, and a fluid domain, then bake an inflow simulation to cool the base and prevent fires.
Add Smoke Simulation to the Base6:23
Add smoke simulation from a bottom emitter by using a plane, bake the data, adjust the domain and wind, and fine-tune timing to reproduce rocket exhaust effects.
Realistic Smoke Shader: Quick Trick to Achieve Realistic Smoke3:28
Learn a quick blender trick to achieve realistic smoke with a volume principled shader, adjusting blackbody intensity and temperature, and driving density via a color ramp.

Lighting & Rendering the Scene8:32
Learn lighting and rendering a rocket launch scene in Blender with HDRI textures. Use camera setup, denoising, glare, and color balance to finalize the render.
Producing Final Animation of Rocket Launch into Space5:04
Animate the final rocket launch by rendering frames 270 to 500 in Blender, export a 2k png sequence, and assemble it into an mp4 video with the video editor.

Requirements

Have Blender Downloaded in your Computer
Have a Decent GPU that can handle the Fluid Baking

Description

In this course we will create a short film animation of a Rocket Launch. This is a Step by Step Guide to Learn Fluid Simulation including fire & smoke in Blender

Create a Short film Animation of a Rocket Launch

We will learn modeling:

-- Section 1: Master Surface Modeling: Build a Realistic Rocket Launch Base

We will learn to model a space station, starting by the base. Adding the supporting column on the left side. Then we will import the Rocket and put it in place

-- Section 2: Realistic Texturing

We will create different shaders: Metal and assign them to our space station

We will fix the "Blury" smoke by create a specific shader for the smoke to make it look high quality

-- Section 3: Fluid Simulation - Fire & Smoke & Water Simulation

We will Make Fire & Smoke, then we will add forces to affect our fire & smoke

Learn the Secret for Achieving Photorealistic Smoke Simulation in Blender

-- Section 4: Animate the Launch of the Space Shuttle Discovery

We will animate our spaceship going up to the space. We will use the graph editor to control the speed of our rocket

-- Section 5: Lighting & Compositing

We will experiment with the new HDRI map in blender 2.9, changing the altitude to have the space effect

-- Section 6: Rendering & Production

After Baking our smoke & fire simulation & animating our rocket going up with the camera pointing to it. We will render our Animation and Achieve our final result

3..2..1 Start!

Release the Ignition and Lift Off!!

Who this course is for:

3D Designers who want to Learn Blender
Animators who want to improve their 3D skills

Animate a Rocket Launch: Smoke & Fire Simulation in Blender

What you'll learn

Explore related topics

Course content

NEW UPDATES - Modeling the Rocket Launch Station13 lectures • 2hr 44min

Texturing and Materials in Blender3 lectures • 23min

Animate the Space Shuttle1 lecture • 12min

Fluid Simulation: Fire & Smoke5 lectures • 54min

Rendering the Rocket Launch Animation2 lectures • 14min

Requirements

Description

Who this course is for: