
Learn to align front, right, and top blueprints in Blender to set up a jet fighter reference for accurate modeling, including orientation, scaling, and synchronized positioning.
Improve Blender modeling shading by switching to matcap lighting and enabling cavity, then raise ridge and valley values to two for crisper edges, and apply a shadow value around 0.4.
Model the F-15 jet air intake from scratch in Blender, using extrusion, insets, edge loops, and vertex shifts; sharpen seams with crease and subdivision surface for a precise, realistic geometry.
Model the f15 jet engine socket in blender by building a low-poly cylinder, aligning to reference images, extruding, merging edges, and applying subdivision and crease for sharp detail.
Model the F15 jet wings in Blender by extruding and filling geometry, sharpening edges with creases, and using a subdivision surface for a smooth fusion with the fuselage.
Learn to model the F15 jet wings in Blender by adding back and vertical wings, then build and refine the wing geometry with extrudes, fills, edge loops, and normals.
Model the F-15 jet engine core in Blender by building from a cylinder, applying mirror modifiers, bevels, extrudes, edge loops, and array orbit using an empty axis to match reference.
Design the jet's rockets and wings by modeling with cylinders, edge loops, and a reference image, then duplicate on the other side, merge by distance, and smooth.
Design and model the F-15 missile in Blender, using a reference image, edge loops, mean crease, extrusion, and subdivision surface to create a detailed, multi-shielded missile ready for the animation.
Separate the wings into movable parts and set pivots to origins for independent scaling. Fill gaps, refine the intake with insets and edge sharpening, and merge the jet for rigging.
Unwrap the jet fighter model using the uv editor and smart uv project, after applying mirror and subdivision modifiers, then create a single material with a jet texture for painting.
Learn to texture paint a jet in Blender using texture paint tools: fill, masking, color hex codes, brush falloff, stabilizer, and mirrored symmetry to create sharp edges, puddles, and lines.
Learn to paint logos and text onto a jet model in Blender using texture paint, applying a new image texture with stencil mapping, and saving your painted image.
Blend a seamless grunge texture with the jet texture using a mix node to add imperfections. Scale the grunge with mapping and texture coordinates (node wrangler required) for realistic edges.
Paint imperfections on jet texture using a dirt brush in texture paint, adjusting scale, strength, and randomness with x axis mirroring, then save for next lecture on roughness and metallic.
Learn to add seams, bolts, and nuts to a jet model through texture painting in blender, adjusting brush settings for realism.
Apply and fine-tune roughness, metallic, and normal maps in Blender to add gloss control, metallic sheen, and subtle surface bumps for a textured cinematic jet fighter.
Texture the missile in blender by creating a material, unwrapping UVs, painting the base color, adding logo and grunge textures, and adjusting roughness and metallics for a cinematic look.
Disconnect the extreme-right missile, apply the mirror modifier, separate the missile in edit mode, reset its origin, and clear parent while preserving transformation for a cinematic launch in Blender 4.
Create a fire emission domain, switch smoke to fire, raise resolution to 75, increase fuel, then add a wind force to push the flame along the missile.
Add smoke particles to the missile via a particle system, replace halo objects with a sphere, and apply turbulence with zero gravity for chaotic smoke that follows the missile.
Shape a curve, snap it to the missile, apply a follow path constraint, and animate the offset from start to end so the missile follows the path.
Organize the scene by creating a missile launch collection and isolating the jet engine. Shape the engine flames with a cylinder mesh, apply modifiers, and extrude.
Learn to light and shader a jet flame in Blender by switching to the shader editor, adding a sky texture, and rendering with cycles for a transparent background.
Create a jet flames material with an emission shader, color ramp, and gradient texture using spherical mapping for a volumetric flame; apply scale and rotation, and multiply emission strength.
Add noise and randomness to the jet flame in Blender by using a noise texture, mapping, and vector math to vary scale, distortion, and strength.
Animate jet engine flames in Blender with vector math, mapping, and noise textures; keyframe 0 to 10, apply cycles for looping flame, and tune speed in the graph editor.
Use a video reference to set frame 0 to 35 for the jet sliding maneuver, then parent engines and keyframe movement, and refine with the graph editor.
Add and animate a camera in Blender, set focal length to 30, and keyframe location, rotation, and linear y movement from frame 0 to 215 for a smooth jet shot.
Animate the jet leaving the area after firing a missile by keyframing location and rotation from frame 180 to 250, adjusting y and x rotation, with camera movement.
Learn to animate a jet missile firing in blender, timing the launch from frame 120 to 200, adjust curves and particles, and disconnect the missile for independent motion.
Create a rollover jet animation in Blender by keyframing camera motion, location, and rotation across 60 frames, then refine with the graph editor for a smooth, continuous motion.
Create a cinematic jet fighter animation by building a curved path, applying a follow path constraint, and animating the jet’s offset from start to end along the curve.
Adjust the jet speed using the graph editor to create continuous, linear motion. Learn to fine-tune offset factor and keyframes for smooth acceleration.
Duplicate the curve, add a camera, set 33mm focal length, set resolution to 1920x1080, lock the camera to movement, insert keyframes, and adjust jet speed as they rise.
Apply randomness to jet trajectories by keyframing rotations at frame 65, add wobble with a noise modifier on the y axis, and ensure the paths converge at the end.
Learn to create a cinematic jet tail by using a particle system in Blender, bake dynamics, and render with a volumetric smoke material for a realistic smoke trail.
Learn to create a slow-motion effect in Blender by selecting the animation segment from 110 to 117, multiplying timing by nine, and applying a time stretch of 900 before rendering.
Learn to improve lighting by adding an HDRI environment texture and sky map to your Blender scene, adjust background strength, and rotate the HDRI using mapping and texture coordinates.
Capture the best jet shot, then switch the render engine from EV to cycles for realism, adjust render settings, denoise, and render at 1920x1080 using F12.
Learn to apply motion blur in Blender to convey speed for a jet animation by adjusting render motion blur settings and shutter values, achieving a more realistic, natural look.
Adjust camera depth of field in Blender to create cinematic focus by animating focus distance and f stop, selecting the jet as focus object, and using Cycles render settings.
Fix a brightness issue in your render by adjusting color management in Blender's render settings and previewing in image editor to set the look from none to very low contrast.
Add glare effects, adjust color balance, crop for a cinematic look, and apply lens distortion and blur to achieve a filmic blue look in your Blender jet fighter render.
Render and combine three Blender jet animations — rise to sky with slow motion and normal speed, rollover, and missile launch — into a final video.
Add sound effects to Blender animations using video editing in Blender, syncing jet rise to the sky and rolling over, adjusting volume, and rendering 1920x1080 with mp3 audio.
Set up a flying F-15 jet fighter in Unreal Engine and establish basics for making it fly. Learn the basics of aerodynamics and jet movement to keep it responsive.
Rig a jet in Blender using the vehicle rigging add-on for Unreal Engine, assign wheels, export an FBX with textures embedded, and disable leaf bones and animations.
Create an Unreal project, import Blender-exported jet FBX with textures, and set up materials. Make the jet mesh skeletal, adjust glass translucency, and fix wheel orientation to prep for rigging.
Install the Chaos Vehicle plugin in Unreal Engine, build a jet blueprint, assign the jet mesh, set the game mode and default pawn, and configure the camera for cinematic flight.
Set up a spring arm and camera to orbit a jet in unreal engine, then control orbit and pitch with mouse x and y via blueprint event graphs.
Set up the physics for the jet by switching from skeleton to physics, creating a multi convex hull collision, configuring sphere wheels, and adjusting the mass center forward for stability.
Explore jet aerodynamics by configuring wings, rudder, and elevator to control tilt, spin, and vertical movement, assign bone names to the route, and tune thrust and torque.
Map axis controls for jet throttle, steering, brake, and rudder, then bind keys W, A, D, S, Ctrl, left shift, Q, and E to enable forward, lift, and spin.
Finish the jet rig and fly it in game by wiring throttle, thrust, and pitch controls in the blueprint, then test with w, shift, and ctrl to lift and land.
Master 3D Design, Cinematic Animation & Game Development — Updated September 2025
In this course, you’ll learn how to model, texture, animate, and fly a realistic F-15 Jet Fighter using Blender 4 and Unreal Engine 5.6. Starting from a blank scene, we’ll design every detail of the jet, create cinematic-quality textures, and animate stunning sequences like barrel rolls, missile launches, and takeoffs.
Once your jet is ready, we’ll move into Unreal Engine 5.6 to set up materials, configure aerodynamics, and use the Chaos Vehicle system to make the F-15 fully controllable. By the end, you won’t just have a cinematic render — you’ll have a playable jet fighter inside Unreal Engine.
Along the way, you’ll also master fire and smoke effects, HDRI lighting, cinematic rendering techniques, and production-ready workflows that can be applied to both animation projects and game development.
This course is designed for anyone who wants to combine the artistry of Blender with the power of Unreal Engine. Whether you’re an aspiring game developer, a 3D artist, or someone looking to expand their skills with a portfolio-ready project, this course gives you everything you need.
With lifetime access, dedicated instructor support, and Udemy’s 30-day money-back guarantee, you can dive in completely risk-free.
Enroll today and start building your own cinematic F-15 Jet Fighter — and take it to the skies in Unreal Engine 5.6!