Kimi can now drive Blender and CAD tools to build 3D scenes and games

Moonshot AI has introduced 3D Make in Kimi, a feature that connects the assistant to tools such as Blender and CAD software so it can create models, assemble scenes and develop games. The company said it is available now on Kimi and in Kimi Work.

What Moonshot has said about 3D Make

The announcement is a single post on X from the @Kimi_Moonshot account, which reads: “Kimi connects to tools like Blender and CAD tools to create models, assemble scenes, and develop games.” It gives no pricing, usage limits, supported file formats or list of compatible CAD programs. The post says only that the feature is live on Kimi’s own site and in Kimi Work, the company’s workplace product.

The wording matters. Moonshot describes Kimi as connecting to existing 3D software rather than replacing it. That suggests the assistant operates tools users may already have open, instead of generating meshes inside a closed generator. The post does not say how the connection works, whether it runs locally or in the cloud, or which versions of Blender are supported. A short video accompanies the post, but the text does not describe what it shows.

A launch that follows Kimi K3.1 Pro

3D Make arrives a week after Moonshot released Kimi K3.1 Pro on October 23. Moonshot called that model its most capable 3T-class open-weight system and said it can code full games in Unreal, Unity and Godot. According to the company’s figures, which we covered in our report on the OpenRouter listing, it has 2.8 trillion total parameters, 104 billion active, and a 1 million token context window, with weights due by November 4. Moonshot has not said which model powers 3D Make, so a link to K3.1 Pro is an inference, not a stated fact.

The launch also follows a rough patch. On October 25 Moonshot apologized for rate limits and unnecessary quota use on the K3.1 Pro subscription plan and gave every subscriber a one-time usage grant. Anyone expecting heavy 3D sessions should watch how the feature counts against plan quotas, since the announcement is silent on that.

Who benefits from tool-driven 3D work

The analysis here is about who this affects in practice. Hobbyist game makers and designers who know what they want but not Blender’s interface are the obvious audience. Instead of learning every menu, they could describe a scene and have the assistant set it up in software they can then edit by hand. Engineers working in CAD are a harder case, because parts must be dimensionally exact, and the announcement offers no accuracy claims.

Independent hands-on results with the underlying model show why caution is warranted. In a test published by MindStudio, K3.1 Pro produced a working browser Rubik’s Cube simulation, but its Blender bowline knot looked like a figure-eight and was not actually tied. The same write-up reported a finished 3D rocket launch scene in about 6 minutes for roughly $1.95 in Moonshot’s own demo, against about 24 minutes and $10.35 for Claude Opus 5.5. Those figures concern the model, not 3D Make, and the demo costs come from Moonshot’s run.

The same write-up lists K3.1 Pro’s API prices at $2 per million input tokens and $10 per million output tokens. If 3D Make bills through subscriptions instead, those prices will not apply directly. The post does not say.

What remains unverified

No outside testing of 3D Make itself has surfaced yet, and every capability described comes from Moonshot’s one-line announcement. Open questions include whether users must connect their own Blender or CAD installation, whether outputs can be exported for printing or game engines, and how well the system handles revisions after a first attempt. Until Moonshot publishes documentation, the claim that Kimi can build whole scenes and games through these tools stays a company statement, not a measured result.