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I've built a new opensource Third-Person Soldier Stage in the browser, built with Three.js. 4 techniques, 4 abilities, 2 boons, endless procedural night terrain, ragdoll deaths with no physics engine, katana & gun play. All GLSL. No engine, no physics lib, no asset pipeline. This VFX showcase is an... show more

Chiro Visuals

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23,811 views • 8 days ago •via X (Twitter)

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This is my new opensource project with WEBGL2 & Three.js , my goal was to build a third person template of a samurai, so I built 3 techniques ( using the katana ) & 3 magic abilities which are fully procedural. katana fire made of a real raymarched volume, ragdoll with no physics engine, Skeleton was done in mixamo so that it's easy to swap character & a character editor. A lot of manual work done & I used Opus 5 Anthropic help to speed up my vision. Live link: Source code:

This is my new opensource project with WEBGL2 & Three.js , my goal was to build a third person template of a samurai, so I built 3 techniques ( using the katana ) & 3 magic abilities which are fully procedural. katana fire made of a real raymarched volume, ragdoll with no physics engine, Skeleton was done in mixamo so that it's easy to swap character & a character editor. A lot of manual work done & I used Opus 5 Anthropic help to speed up my vision. Live link: Source code:

Chiro Visuals

45,580 views • 22 days ago

I've built a new opensource Elemental Sandbox, VFX playground built with Three.js . it contains 6 fully custamizable abilities. Everything you see is generated: no textures, no sprite sheets, no baked meshes. hand-written GLSL, GPU-simulated instanced particles, World position resolved in the vertex shaders... Source code :

I've built a new opensource Elemental Sandbox, VFX playground built with Three.js . it contains 6 fully custamizable abilities. Everything you see is generated: no textures, no sprite sheets, no baked meshes. hand-written GLSL, GPU-simulated instanced particles, World position resolved in the vertex shaders... Source code :

Chiro Visuals

236,222 views • 29 days ago

I've built a new open-source Elemental Sandbox, a VFX playground built with Three.js, Contianing 10 new complex abilities, every one of them fully customizable, live, while the sim is paused. Everything you see is generated: no textures, no sprite sheets, no baked meshes. Hand-written GLSL, GPU-simulated instanced particles, raymarched volumes, world position resolved in the vertex shaders. Source code : Live link:

I've built a new open-source Elemental Sandbox, a VFX playground built with Three.js, Contianing 10 new complex abilities, every one of them fully customizable, live, while the sim is paused. Everything you see is generated: no textures, no sprite sheets, no baked meshes. Hand-written GLSL, GPU-simulated instanced particles, raymarched volumes, world position resolved in the vertex shaders. Source code : Live link:

Chiro Visuals

52,297 views • 1 day ago

Turn a single 2D image into a fully interactive, animated 3D character - running directly in your browser.🥊 This is the Ringside Boxer, built with img2threejs v1.5.1. Live showcase: 2D Image → 3D Reconstruction (TripoAI/Hyper3D) → Reference GLB + Specs → Rig & Animation Setup → Animation Loops → Physics VFX → Playable Three.js Scene ( 100% pure typescript ) 🔥 Under the hood: • ~97.5K triangle 3D reconstruction • 41-bone character rig • 19 combat animation clips • Jab, Hook, Body Shot, Footwork, Victory, Defeat & more • Physics-based sweat particles with gravity • Impact shock-ring VFX • Fully interactive 360° orbit + zoom And the important part: 1. The final result is generated as pure Three.js + TypeScript code. 2. No traditional 3D authoring workflow. 3. No Blender setup. 4. Just code that can be inspected, modified, and dropped directly into a WebGL experience. This is where I want img2threejs to go: Image → 3D → Animation → Interactive Web Experience. And this is only v1.5.1. 🚀 #ThreeJS #GameDev #TypeScript #Web3D #img2threejs

Turn a single 2D image into a fully interactive, animated 3D character - running directly in your browser.🥊 This is the Ringside Boxer, built with img2threejs v1.5.1. Live showcase: 2D Image → 3D Reconstruction (TripoAI/Hyper3D) → Reference GLB + Specs → Rig & Animation Setup → Animation Loops → Physics VFX → Playable Three.js Scene ( 100% pure typescript ) 🔥 Under the hood: • ~97.5K triangle 3D reconstruction • 41-bone character rig • 19 combat animation clips • Jab, Hook, Body Shot, Footwork, Victory, Defeat & more • Physics-based sweat particles with gravity • Impact shock-ring VFX • Fully interactive 360° orbit + zoom And the important part: 1. The final result is generated as pure Three.js + TypeScript code. 2. No traditional 3D authoring workflow. 3. No Blender setup. 4. Just code that can be inspected, modified, and dropped directly into a WebGL experience. This is where I want img2threejs to go: Image → 3D → Animation → Interactive Web Experience. And this is only v1.5.1. 🚀 #ThreeJS #GameDev #TypeScript #Web3D #img2threejs

Nick

47,316 views • 9 days ago

Someone on Reddit just built a AAA-quality snow simulation in their browser. Using Claude Opus 5. Millions of snow particles. A character in a robe with cloth physics. Five water-based spells that carve the terrain. A snow surfing system with a wake that throws spray into sunlight. Every footstep displaces snow. Trails form berms at the edges. Trenches slowly refill over time. Spells leave permanent craters. The entire thing runs in one browser tab. WebGPU. No game engine. No 3D modeling software. Just code. He wrote one detailed prompt. Opus 5 planned the architecture, wrote the shaders, built the physics, iterated from screenshots, and documented every decision. 9 hours. ~4 million tokens. You can open it right now and walk around in it. This isn't a demo. This is the kind of thing a small studio would spend months building.

Someone on Reddit just built a AAA-quality snow simulation in their browser. Using Claude Opus 5. Millions of snow particles. A character in a robe with cloth physics. Five water-based spells that carve the terrain. A snow surfing system with a wake that throws spray into sunlight. Every footstep displaces snow. Trails form berms at the edges. Trenches slowly refill over time. Spells leave permanent craters. The entire thing runs in one browser tab. WebGPU. No game engine. No 3D modeling software. Just code. He wrote one detailed prompt. Opus 5 planned the architecture, wrote the shaders, built the physics, iterated from screenshots, and documented every decision. 9 hours. ~4 million tokens. You can open it right now and walk around in it. This isn't a demo. This is the kind of thing a small studio would spend months building.

Vaibhav Sisinty

1,219,163 views • 1 month ago

I turned Raz from Arena of Valor into an animated 3D character running directly in Three.js. 🔥🥊 This is my latest showcase for img2threejs v1.5.2 - and the new version is officially out. Image → TripoAI or Hyper3D → Rigging → Animation → VFX → Three.js. For this demo, I wanted to push beyond simply reconstructing a character. Raz needed to actually FEEL like Raz: explosive punches, fast movement, combat animation, and the fiery VFX around his attacks. The entire workflow was built through the img2threejs pipeline, turning visual references into a character that can be controlled, animated, and extended directly in code. And the best part: img2threejs v1.5.2 is available now. You can try the same pipeline yourself and see how far you can push AI-assisted 3D character creation for Three.js and WebGL. Open source. Built for experimentation. GitHub 👇 #ThreeJS #img2threejs #AI3D #ArenaOfValor

I turned Raz from Arena of Valor into an animated 3D character running directly in Three.js. 🔥🥊 This is my latest showcase for img2threejs v1.5.2 - and the new version is officially out. Image → TripoAI or Hyper3D → Rigging → Animation → VFX → Three.js. For this demo, I wanted to push beyond simply reconstructing a character. Raz needed to actually FEEL like Raz: explosive punches, fast movement, combat animation, and the fiery VFX around his attacks. The entire workflow was built through the img2threejs pipeline, turning visual references into a character that can be controlled, animated, and extended directly in code. And the best part: img2threejs v1.5.2 is available now. You can try the same pipeline yourself and see how far you can push AI-assisted 3D character creation for Three.js and WebGL. Open source. Built for experimentation. GitHub 👇 #ThreeJS #img2threejs #AI3D #ArenaOfValor

Nick

12,812 views • 5 days ago

An AI Community Meetup website can now be built in minutes. No code. No endless setup. Choose a theme → type “AI Community Meetup” and Readdy AI / Readdy [ does the rest. And the crazy part? The site talks back. The built-in AI agent answers event questions, handles RSVPs, even books calls. All live, right on the site. For communities that have struggled with messy email chains and endless coordination, this is a turning point. A site that runs itself — the closest thing yet to a GPT-4 leap for grassroots events.

An AI Community Meetup website can now be built in minutes. No code. No endless setup. Choose a theme → type “AI Community Meetup” and Readdy AI / Readdy [ does the rest. And the crazy part? The site talks back. The built-in AI agent answers event questions, handles RSVPs, even books calls. All live, right on the site. For communities that have struggled with messy email chains and endless coordination, this is a turning point. A site that runs itself — the closest thing yet to a GPT-4 leap for grassroots events.

The AI Colony

68,667 views • 11 months ago

Claude Fable 5 just one shot this procedural creatures! 🤯 Built a whole procedural 3D character generator in Three.js with: > Ragdoll-like characters made from primitive shapes that merge into one seamless body > Custom vertex shader + SDF tech that removes all seams and blends normals/colors perfectly > Fully procedural animation system that works for 2 legs, 4 legs, 6 legs, hopping, or flying > Physics-based tails/ears that stay seamlessly fused > Entire character defined in ~15 lines of JSON (AI can generate infinite new ones) PROMPT: Build with Three.js and explore a new procedurally generated 3D character style ragdoll-like characters composed of primitive shapes that look like one seamless body via a custom, mobile-performant tech-art/shader solution, with toon styling, plus a procedural animation system that works for 2-legged, any-legged, no-legged (hopping) and flying characters with arms. Goal: a unique, easily AI-generatable style with heavy juice and polish "HOLY SH** THIS WAS DONE WITH AI?" quality, "for the next billion dollar game."

Claude Fable 5 just one shot this procedural creatures! 🤯 Built a whole procedural 3D character generator in Three.js with: > Ragdoll-like characters made from primitive shapes that merge into one seamless body > Custom vertex shader + SDF tech that removes all seams and blends normals/colors perfectly > Fully procedural animation system that works for 2 legs, 4 legs, 6 legs, hopping, or flying > Physics-based tails/ears that stay seamlessly fused > Entire character defined in ~15 lines of JSON (AI can generate infinite new ones) PROMPT: Build with Three.js and explore a new procedurally generated 3D character style ragdoll-like characters composed of primitive shapes that look like one seamless body via a custom, mobile-performant tech-art/shader solution, with toon styling, plus a procedural animation system that works for 2-legged, any-legged, no-legged (hopping) and flying characters with arms. Goal: a unique, easily AI-generatable style with heavy juice and polish "HOLY SH** THIS WAS DONE WITH AI?" quality, "for the next billion dollar game."

Tim Jayas

48,018 views • 2 months ago

$This is running in a browser tab. No engine. No install. No download. Six spells, real-time particle simulation, refracting ice geometry, and a live VFX editor on the right side where every parameter is tunable while the scene runs. A studio VFX artist builds this in weeks. It is genuinely the hardest discipline in 3D - nothing about particle work is intuitive. The thing that changed is not that AI got better at art. It is that Astra writes geometry and shaders as CODE instead of as files. A game made of .fbx files is a game an AI can only rearrange. A game made of code is a game an AI can edit. That is why the good demos this week are all three.js and Blender-scripted, and why they run at 60fps in a tab. Dude built a full game this way and it came out under 2 MB before audio. Every rock, tree and character - procedural code, not assets. The cost consequence is the part almost nobody understood: → let the model CLICK in Blender: burns your weekly cap in two minutes → let the model WRITE Blender Python: ~100x cheaper One builder shipped a complete 3D roguelike level - day/night cycle, weather, modeling, texturing, enemies - for 3% of his quota. That is the entire reason why. Scripts, not clicks. It's the single rule that decides your bill. Full breakdown + the 7-day guide in the article below ↓$

This is running in a browser tab. No engine. No install. No download. Six spells, real-time particle simulation, refracting ice geometry, and a live VFX editor on the right side where every parameter is tunable while the scene runs. A studio VFX artist builds this in weeks. It is genuinely the hardest discipline in 3D - nothing about particle work is intuitive. The thing that changed is not that AI got better at art. It is that Astra writes geometry and shaders as CODE instead of as files. A game made of .fbx files is a game an AI can only rearrange. A game made of code is a game an AI can edit. That is why the good demos this week are all three.js and Blender-scripted, and why they run at 60fps in a tab. Dude built a full game this way and it came out under 2 MB before audio. Every rock, tree and character - procedural code, not assets. The cost consequence is the part almost nobody understood: → let the model CLICK in Blender: burns your weekly cap in two minutes → let the model WRITE Blender Python: ~100x cheaper One builder shipped a complete 3D roguelike level - day/night cycle, weather, modeling, texturing, enemies - for 3% of his quota. That is the entire reason why. Scripts, not clicks. It's the single rule that decides your bill. Full breakdown + the 7-day guide in the article below ↓

Aleiah

37,652 views • 2 days ago

forgot how much fun it is to experiment 🧑‍🔬🧪 Made in less than 1h on the new engine: every new @pumpdotfun coin drops as a cube, cube size = market cap, if you touch a cube you buy 1$ (real) can be remixed in 2mins with no code; all in the browser

forgot how much fun it is to experiment 🧑‍🔬🧪 Made in less than 1h on the new engine: every new @pumpdotfun coin drops as a cube, cube size = market cap, if you touch a cube you buy 1$ (real) can be remixed in 2mins with no code; all in the browser

rayan ᴏɴᴄʏʙᴇʀ

19,652 views • 1 year ago

One completely still photograph. Nothing moved - Nothing breathed. It is now a fully alive, fully controllable 3D character written entirely in pure Three.js code - complete geometry, full skeleton, full animations, and every part editable. Built with the img2threejs skill: No Blender. No GLB. No black-box mesh. Just native code you can own, modify, and ship.I spent a full day on this character. Does this result feel more satisfying to you? Showcase:

One completely still photograph. Nothing moved - Nothing breathed. It is now a fully alive, fully controllable 3D character written entirely in pure Three.js code - complete geometry, full skeleton, full animations, and every part editable. Built with the img2threejs skill: No Blender. No GLB. No black-box mesh. Just native code you can own, modify, and ship.I spent a full day on this character. Does this result feel more satisfying to you? Showcase:

Nick

27,323 views • 21 days ago

No Three.js. No fake web-based depth-of-field or focal-length emulation. Customize in web, render in Blender. While everyone is vibe-coding apps for flat pattern generators, or at most Three.js-based 3D scenes, we’re already one step ahead. We built an app that lets you use a web UI to control an actual Blender 3D render. Eevee engine is used for streaming quick previews back into the app, while Cycles renders the final image for better material quality and lighting. So simple to use that you can even give it to your client. Of course, built with Toolcraft.

No Three.js. No fake web-based depth-of-field or focal-length emulation. Customize in web, render in Blender. While everyone is vibe-coding apps for flat pattern generators, or at most Three.js-based 3D scenes, we’re already one step ahead. We built an app that lets you use a web UI to control an actual Blender 3D render. Eevee engine is used for streaming quick previews back into the app, while Cycles renders the final image for better material quality and lighting. So simple to use that you can even give it to your client. Of course, built with Toolcraft.

Alex Barashkov

76,478 views • 2 months ago

The first universal 3D robot viewer for the browser… load URDF, MJCF, or USD in seconds. No installs. No setup. Developer Victor Oldensand has built Mechaverse, a universal 3D robotics viewer that works on desktop and even mobile (if your phone is strong enough). No installs. No setup. Just drag and drop your robot model. Mechaverse merges and improves the work of several open-source projects, including: ✅ Mujoco_wasm (MuJoCo in the browser) ✅ USD-viewer (OpenUSD) ✅ URDF-loaders … into one clean, cross-platform tool. 💻 Try it here: Built in just 4 days, it supports URDF, MJCF, and OpenUSD formats via Three.js, with rendering powered by WebAssembly. Perfect for quickly inspecting robot models or scenes without heavyweight desktop software.

The first universal 3D robot viewer for the browser… load URDF, MJCF, or USD in seconds. No installs. No setup. Developer Victor Oldensand has built Mechaverse, a universal 3D robotics viewer that works on desktop and even mobile (if your phone is strong enough). No installs. No setup. Just drag and drop your robot model. Mechaverse merges and improves the work of several open-source projects, including: ✅ Mujoco_wasm (MuJoCo in the browser) ✅ USD-viewer (OpenUSD) ✅ URDF-loaders … into one clean, cross-platform tool. 💻 Try it here: Built in just 4 days, it supports URDF, MJCF, and OpenUSD formats via Three.js, with rendering powered by WebAssembly. Perfect for quickly inspecting robot models or scenes without heavyweight desktop software.

Ilir Aliu

40,101 views • 1 year ago

The new live translator model is really outstanding - it can translate synchronously without getting confused. This video is just my screen recording with no editing. I built a little chrome extension that can hook into a YouTube video and translate it automatically live to lots of different languages - I love this. Link to github below, you'll need to add your own API key to it.

The new live translator model is really outstanding - it can translate synchronously without getting confused. This video is just my screen recording with no editing. I built a little chrome extension that can hook into a YouTube video and translate it automatically live to lots of different languages - I love this. Link to github below, you'll need to add your own API key to it.

Peter Gostev

82,087 views • 4 months ago

Someone built Kubernetes that runs entirely in your browser. This might be the easiest way to learn Kubernetes. - No Docker. - No Minikube. - No Kind. - No EKS. - No installation. Just open a webpage and start exploring Pods, Deployments, ReplicaSets, Nodes, scheduling, networking, and more. The engineering behind it is incredible. Kubernetes is written in Go, but instead of compiling it to the browser, the developer rewrote major Kubernetes components in TypeScript so they could run natively inside the browser. This is one of the best examples of using AI I've seen. AI helped port thousands of lines of Kubernetes code, while the developer manually reviewed everything and validated it with extensive tests to make sure it behaves like a real cluster. ⚠️ It's not for running production workloads. It's built for learning, teaching, experimenting, and preparing for DevOps interviews. Imagine onboarding new engineers or teaching Kubernetes without asking everyone to spend an hour installing Docker, configuring Minikube, or creating an EKS cluster. I genuinely think projects like this will change how we learn infrastructure. Interactive labs > Static documentation. Blog Post:

Someone built Kubernetes that runs entirely in your browser. This might be the easiest way to learn Kubernetes. - No Docker. - No Minikube. - No Kind. - No EKS. - No installation. Just open a webpage and start exploring Pods, Deployments, ReplicaSets, Nodes, scheduling, networking, and more. The engineering behind it is incredible. Kubernetes is written in Go, but instead of compiling it to the browser, the developer rewrote major Kubernetes components in TypeScript so they could run natively inside the browser. This is one of the best examples of using AI I've seen. AI helped port thousands of lines of Kubernetes code, while the developer manually reviewed everything and validated it with extensive tests to make sure it behaves like a real cluster. ⚠️ It's not for running production workloads. It's built for learning, teaching, experimenting, and preparing for DevOps interviews. Imagine onboarding new engineers or teaching Kubernetes without asking everyone to spend an hour installing Docker, configuring Minikube, or creating an EKS cluster. I genuinely think projects like this will change how we learn infrastructure. Interactive labs > Static documentation. Blog Post:

Nandkishor

90,702 views • 2 months ago

Meta spent $40 billion and 10 years trying to make hand tracking feel natural. This guy did it with Claude in a weekend. No code written. No team. No hardware. He described what he wanted, Claude built it. The app tracks every finger, every joint, every movement live on his laptop. Physics bend around his hands in real time. The $40B industry just got embarrassed by one person with a Claude subscription. Everything you need to start building like this is in the article above.

Meta spent $40 billion and 10 years trying to make hand tracking feel natural. This guy did it with Claude in a weekend. No code written. No team. No hardware. He described what he wanted, Claude built it. The app tracks every finger, every joint, every movement live on his laptop. Physics bend around his hands in real time. The $40B industry just got embarrassed by one person with a Claude subscription. Everything you need to start building like this is in the article above.

Anatoli Kopadze

190,075 views • 4 months ago

THIS GUY REBUILT A CHILDHOOD PS2 GAME AS A FREE BROWSER VERSION WITH CLAUDE CODE he grew up obsessed with downhill domination, the ps2 downhill mountain biking game that never got a sequel so he rebuilt the entire thing from scratch > its a full downhill biking game you play right in your browser, nothing to install > the whole thing is one single html file with no separate image, model, or sound files > everything, the track, the bike, the physics, is generated in code, not loaded from assets > built with fable, opus, vanilla js and three.js over multiple sessions of iterating someone even sent a pull request to add controller support, he merged it, and people helped him squash bugs on the fly a dead ps2 game came back to life as an open source community project this is the best use of this stuff

THIS GUY REBUILT A CHILDHOOD PS2 GAME AS A FREE BROWSER VERSION WITH CLAUDE CODE he grew up obsessed with downhill domination, the ps2 downhill mountain biking game that never got a sequel so he rebuilt the entire thing from scratch > its a full downhill biking game you play right in your browser, nothing to install > the whole thing is one single html file with no separate image, model, or sound files > everything, the track, the bike, the physics, is generated in code, not loaded from assets > built with fable, opus, vanilla js and three.js over multiple sessions of iterating someone even sent a pull request to add controller support, he merged it, and people helped him squash bugs on the fly a dead ps2 game came back to life as an open source community project this is the best use of this stuff

Om Patel

22,230 views • 1 month ago

a Minecraft server launched with $0 budget. > no investors. no team. no code knowledge. > VIP ranks: $6.99 > monthly recurring revenue: $3,500+ 166 million people still play this game every month. > they're not getting better at Minecraft > they're paying to live in worlds other people built the full breakdown of how to do the same is in my article.

a Minecraft server launched with $0 budget. > no investors. no team. no code knowledge. > VIP ranks: $6.99 > monthly recurring revenue: $3,500+ 166 million people still play this game every month. > they're not getting better at Minecraft > they're paying to live in worlds other people built the full breakdown of how to do the same is in my article.

Anatoli Kopadze

227,710 views • 4 months ago

A single 2D image → a 110,745-triangle 3D monster with 27 animations, running live in the browser. This is the Abyss Monster, built with img2threejs: The workflow: Image → 3D Reconstruction → Reference GLB + Specs → Rig → Animation Loops → VFX → Interactive Three.js 🔥 Inside this demo: 1/ 110,745 triangles reconstructed from the reference image 2/ 27 animation clips - Spin Flurry, Leap & Stomp, Charge, Collapse & more 3/ Reference-driven rig & animation workflow 4/ Dynamic lighting 5/ Real-time floating ember VFX 6/ Interactive WebGL character What I find most interesting is the workflow itself. The character and scene are built through a multi-prompt workflow, using visual references, GLB specs and animation loops to progressively construct the Three.js experience. Then, for the VFX, I used a single focused prompt to create the floating ember effect and integrate it into the scene. The final result is Three.js + TypeScript code - turning a visual reference into a programmable, interactive web experience. I’ll share the VFX prompt in the comments. 👇 #ThreeJS #WebGL #GameDev #TypeScript #Web3D #img2threejs

A single 2D image → a 110,745-triangle 3D monster with 27 animations, running live in the browser. This is the Abyss Monster, built with img2threejs: The workflow: Image → 3D Reconstruction → Reference GLB + Specs → Rig → Animation Loops → VFX → Interactive Three.js 🔥 Inside this demo: 1/ 110,745 triangles reconstructed from the reference image 2/ 27 animation clips - Spin Flurry, Leap & Stomp, Charge, Collapse & more 3/ Reference-driven rig & animation workflow 4/ Dynamic lighting 5/ Real-time floating ember VFX 6/ Interactive WebGL character What I find most interesting is the workflow itself. The character and scene are built through a multi-prompt workflow, using visual references, GLB specs and animation loops to progressively construct the Three.js experience. Then, for the VFX, I used a single focused prompt to create the floating ember effect and integrate it into the scene. The final result is Three.js + TypeScript code - turning a visual reference into a programmable, interactive web experience. I’ll share the VFX prompt in the comments. 👇 #ThreeJS #WebGL #GameDev #TypeScript #Web3D #img2threejs

Nick

11,242 views • 7 days ago

GLM-5.1 > Claude Code (Opus 4.6)? I'm tripping or CC has become very bad but built a Three.js racing game to eval and it's extremely impressive. Thoughts: - One-shot car physics with real drift mechanics (this is hard) - My fav part: Awesome at self iterating (with no vision!) created 20+ Bun.WebView debugging tools to drive the car programmatically and read game state. Proved a winding bug with vector math without ever seeing the screen - 531-line racing AI in a single write: 4 personalities, curvature map, racing lines, tactical drifting. Built telemetry tools to compare player vs AI speed curves and data-tuned parameters - All assets from scratch: 3D models, procedural textures, sky shader, engine sounds, spatial AI audio! - Can do hard math: proved road normals pointed DOWN via vector cross products, computed track curvature normalized by arc length to tune AI cornering speed You are going to hear about this model a lot in the next months - open source let's go 🚀🚀

GLM-5.1 > Claude Code (Opus 4.6)? I'm tripping or CC has become very bad but built a Three.js racing game to eval and it's extremely impressive. Thoughts: - One-shot car physics with real drift mechanics (this is hard) - My fav part: Awesome at self iterating (with no vision!) created 20+ Bun.WebView debugging tools to drive the car programmatically and read game state. Proved a winding bug with vector math without ever seeing the screen - 531-line racing AI in a single write: 4 personalities, curvature map, racing lines, tactical drifting. Built telemetry tools to compare player vs AI speed curves and data-tuned parameters - All assets from scratch: 3D models, procedural textures, sky shader, engine sounds, spatial AI audio! - Can do hard math: proved road normals pointed DOWN via vector cross products, computed track curvature normalized by arc length to tune AI cornering speed You are going to hear about this model a lot in the next months - open source let's go 🚀🚀

Victor M

202,410 views • 4 months ago