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Divine Tribe on Hugging Face · Open weights

The vision king lineup

These are free AI models you run on your own computer, no internet needed. New to all this? Good, you are in the right place. We will explain every word, help you pick the one that fits your machine, and get you going in one command. The best ones can even see pictures.

Free to useRuns offlineYour data stays homeNo monthly bill👁️ Some can see images
Never run one of these? Start here

What is a local AI model, in plain words

You know chatbots like ChatGPT and Claude. They live on a company's computers far away, you pay every month, and everything you type gets sent over the internet to them. A local model is the same kind of smart helper, except it lives on your own computer and runs right there. Nothing leaves your machine.

Why would you want that? Four plain reasons. It is free, no monthly bill ever. It is private, your words and files never go anywhere. It works with the internet off, on a plane or in a cabin. And nobody caps how much you can use it. The trade is that it runs on your computer's memory, so a bigger, smarter model needs a bigger computer. That is the whole thing to understand, and this page helps you match a model to the machine you have.

Everything here is on our free Hugging Face page (Hugging Face is just the website where people share AI models, like an app store for them). Most of these are tuned-up versions of models built by Google, Meta, Alibaba, NVIDIA, Microsoft, Xiaomi and others. We made them run fast on Apple computers. We did not build the giants, and we thank the people who did down at the bottom.

The words you'll see

A quick plain-English glossary

Every AI page throws these words at you with no explanation. Here is each one in a single sentence. That is all they mean.

Vision model

A model that can look at a picture you give it, a screenshot, a photo, a camera frame, and answer questions about it, instead of only reading text.

Memory (RAM)

How much working space your computer has. On a Mac it is called unified memory. A model has to fit inside it, so this is the number that decides which models you can run.

GB

Gigabytes, the size of the download and roughly how much memory it needs while running. A 17 GB model wants a computer with more memory than 17 GB.

bf16 (full quality)

The model at full quality, nothing trimmed. These are the biggest files and the sharpest answers. Pick these when your computer has the memory to spare.

8-bit (about half the size)

The same model gently compressed to roughly half the size, still almost as good. A great middle choice for a medium computer.

4-bit (about a quarter the size)

Compressed further to about a quarter of the size. A little less sharp, but it lets a small or older computer run a model it otherwise could not.

mmproj

On some setups a vision model needs a small extra "eyes" file called mmproj. Ours bake the eyes right into the model, so you never have to think about it.

Abliterated

A build where the model's habit of refusing has been turned off, so it answers instead of saying no. Handy when you are building something unusual.

The simple part

Which model fits your computer

You have two ways to do this. The easy way picks and installs one for you. The hands-on way lets you grab any model from the table by clicking its link.

The easy way, and the one we recommend if you are new. Our free claude-code-local installer looks at your computer, figures out how much memory it has, picks a model that fits, downloads it, and sets everything up. One command and you are done, no choosing required. It runs on Mac, Linux and Windows.

Want to pick yourself? Find your computer's memory in the first column (on a Mac, click the apple menu, then About This Mac, and read the Memory line), then grab one of these. Click a model name to go straight to its download page.

Your computer's memoryA model that can see (vision)A model for writing code and text
8 to 16 GB
most laptops
Now a small computer can see too:AesCode-8B 4-bit 5.8 GB, sees and codes or MiMo-V2.6-9B 4-bit 6.0 GB or tiny Vision-Narrator-0.8B 0.65 GB The friendly first model:Huihui Qwen3 8B 4-bit, 4.6 GB or Hermes 4 14B 4-bit, 8.3 GB
24 to 32 GB
a mid-range Mac or PC
Step up the quality that can see:AesCode-8B 8-bit 9.9 GB or AesCode-8B bf16 17.5 GB, full quality, same for MiMo-9B 8-bit 10.5 GB, or the big AesCode-32B 4-bit 19.6 GB A strong daily driver:Gemma 4 31B 4-bit, 17.3 GB or Qwen 3.6 27B 4-bit, 15.2 GB
48 to 64 GB
a high-memory Mac
A bigger, sharper eye:AesCode-32B 8-bit 36.0 GB, the vision coder, nearly full quality or Muse-Glimmer-30B bf16, 59.6 GB More room, more depth:Gemma 4 31B (huihui) 4-bit, 17.3 GB, with memory to spare for long work
96 to 128 GB
a maxed-out Mac
The best, at full quality:AesCode-32B bf16 66.7 GB or NVIDIA Nemotron 74B 8-bit, 80.9 GB The deepest thinker we carry:Llama 3.3 70B 8-bit, 75 GB
Every size is live. The seeing models come in three sizes each now. bf16 is full quality, 8-bit is about half the size, and 4-bit is about a quarter, so the same model can fit a big Mac or a little laptop. Pick the biggest one your memory can hold and you will get the sharpest answers. Browse them all on our Hugging Face page.
29
Models published
19
Can see images
36,000+
All-time downloads
0.65 to 81 GB
Fits a phone to a maxed Mac
The headliners

Vision models, the ones that can see

Give these a picture and a question. A screenshot, a product photo, a camera frame, a page of a PDF. They look and they answer. These are the ones worth building around, and the reason we call this the vision king lineup. Each card tells you the size, the computer it wants, and a link to grab it.

Careful coding that can read your screen

Point it at a screenshot of a broken layout or a real web page and let it reason about what it sees.

AesCode-32B (MLX)

Microsoft AesCode, fine-tuned on Alibaba's Qwen3-VL-32B-Instruct

👁️ Visionbf16 66.7 · 8-bit 36.0 · 4-bit 19.6 GB24 to 128 GB Mac

Our flagship vision coder. It actually looks at the page or screenshot you give it and writes code against what it sees. Three sizes, so a mid-range computer can run the 4-bit and a maxed Mac can run full quality. Pick the biggest one your memory can hold.

bf16 · 8-bit · 4-bit

Huihui-Qwen3-VL-32B-Instruct abliterated (4-bit)

Alibaba Qwen3-VL-32B, abliterated by huihui-ai

👁️ Vision19.6 GB32 GB Mac4-bit

The same strong Qwen3-VL seeing and reasoning, squeezed to 4-bit so it fits a 32 GB Mac. This is the practical workhorse for screenshot and document work when you do not have a maxed machine.

huggingface.co/divinetribe/Huihui-Qwen3-VL-32B-Instruct-abliterated-4bit-mlx

Small vision models that code, great for a mid-range computer

Newer and lighter, these fit a 24 to 32 GB machine, read screens and camera frames, and still write code.

AesCode-8B (MLX)

Microsoft AesCode, fine-tuned on Alibaba's Qwen3-VL-8B-Instruct

👁️ Visionbf16 17.5 · 8-bit 9.9 · 4-bit 5.8 GB16 to 32 GB computer

The easiest vision coder to start with, and at 4-bit it is small enough for a 16 GB laptop. The little brother of AesCode-32B. Show it a screenshot of a broken page and it reads it and fixes the code.

bf16 · 8-bit · 4-bit

MiMo-V2.6-9B (MLX)

Xiaomi MiMo team, distilled from Alibaba's Qwen3.5-9B

👁️ Visionbf16 18.8 · 8-bit 10.5 · 4-bit 6.0 GB16 to 32 GB Mac

A 9B agentic model with a vision tower. Small enough to feel quick, smart enough to run a tool loop, and it can look at what the agent is seeing. We fed it a live game camera frame and it read the overlay correctly. The 4-bit fits a 16 GB laptop.

bf16 · 8-bit · 4-bit

Vision-Narrator-0.8B (4-bit)

Nice Dreamz fine-tune of Alibaba's Qwen3.5-0.8B, trained on VizWiz

👁️ Vision0.65 GBRuns on a phone4-bit

This is the little model inside our free RealTime AI Cam app for blind and low-vision people. Point a camera at a room or a letter, ask a question, and it answers out loud, all offline on the phone. Retrained on the real questions blind people asked about their own photos.

huggingface.co/divinetribe/Vision-Narrator-0.8B-4bit-mlx

Uncensored multimodal, nothing held back

Abliterated so they answer instead of refusing, which matters when you are building something unusual and the model keeps saying no.

Muse-Glimmer-30B abliterated (MLX, bf16)

Converted from mlx-community/Muse-Glimmer-30B-bf16, refusal removed

👁️ Vision59.6 GB64 to 96 GB MacFull bf16

One of our most downloaded vision builds. It does not just caption a picture, it reasons about fine detail, naming a specific car from its spoiler shape. Believed to be the first abliterated multimodal model running on Apple MLX.

huggingface.co/divinetribe/Muse-Glimmer-30B-Abliterated-MM-bf16

Nemotron-3 Nano Omni 30B abliterated

NVIDIA Nemotron Omni, MLX conversion by mlx-community, refusal removed

👁️ Text + vision + audiobf16 66.1 · 8-bit 35.8 · 4-bit 19.7 GB32 to 96 GB Mac

A tri-modal model where text, vision and audio all work, with the refusal direction removed. Pick the size that fits your Mac. We believe it was the first abliterated Omni running in MLX. Three builds, so a 32 GB machine can run the 4-bit and a big machine can run full bf16.

bf16 · 8-bit · 4-bit

NVIDIA Nemotron 3.5 Bolt 74B A9B (8-bit)

NVIDIA Nemotron 3.5 Bolt, converted for MLX

👁️ Vision80.9 GB96 to 128 GB Mac8-bit

The biggest vision model on the shelf, a mixture-of-experts design that only lights up about 9B of its weights per token, so it is smarter than its speed suggests. For the maxed-out Macs that want the heaviest seeing model we carry.

huggingface.co/divinetribe/NVIDIA-Nemotron-3.5-Bolt-74B-A9B-MLX-8bit

AesCode-32B abliterated (MLX)

AesCode-32B with the refusal removed, on Alibaba's Qwen3-VL-32B

👁️ Visionbf16 66.7 · 8-bit 36.0 · 4-bit 19.6 GB24 to 128 GB Mac

The uncensored twin of our flagship vision coder, for when the model keeps saying no to something you are trying to build. Same seeing and coding, with the refusal turned off. Three sizes so it fits any machine from a mid-range laptop up.

bf16 · 8-bit · 4-bit
For writing code and text

Text and coding models

These do not see pictures, they are for reading and writing. They are the daily drivers behind claude-code-local and they range from a 4.6 GB model that runs on almost anything to a 75 GB reasoner for a maxed machine.

Daily coding drivers

The ones to keep loaded for everyday work.

Gemma 4 31B abliterated (4-bit)

Google DeepMind Gemma 4, refusal removed

17.3 GB32 GB Mac4-bit

Our most popular daily driver, with over 6,000 downloads. Google's Gemma 4 at a size that is comfortable on a 32 GB Mac and quick enough to feel instant. There is a huihui-ai abliterated build of the same model too if you prefer their refusal removal.

gemma-4-31b-it-abliterated-4bit-mlx · huihui build

Qwen 3.6 27B abliterated (4-bit)

Alibaba Qwen, refusal removed

15.2 GB24 to 32 GB Mac4-bit

A strong, fast Qwen that fits nicely on a 24 to 32 GB Mac. A great middle-of-the-road coder when Gemma is not to your taste.

huggingface.co/divinetribe/Qwen3.6-27B-abliterated-4bit-mlx

Small and fast, great on 16 GB Macs

Light models that leave room to breathe. Perfect for an older or base-model Mac.

Hermes 4 14B abliterated (4-bit)

Nous Research Hermes 4, on Alibaba Qwen3, refusal removed

8.3 GB16 GB Mac4-bit

A favorite, with over 5,500 downloads. Nous Research's Hermes 4 is a sharp, agreeable assistant that fits a 16 GB MacBook with room for your work. A fine first local model.

huggingface.co/divinetribe/Hermes-4-14B-abliterated-4bit-mlx

Gemma 4 12B abliterated (4-bit)

Google DeepMind Gemma 4, refusal removed

11.0 GB16 to 24 GB Mac4-bit

The smaller Gemma 4, easy on a 16 GB Mac. There is also a text-only build of this one, trimmed down for pure chat and code when you do not need the extra parts.

gemma-4-12B-it-abliterated-4bit-mlx · text-only build

Huihui Qwen3 8B abliterated v2 (4-bit)

Alibaba Qwen3 8B, abliterated by huihui-ai

4.6 GB8 to 16 GB Mac4-bit

The smallest text model we carry. At 4.6 GB it runs on just about anything, including an 8 GB Mac. The one to start with if your machine is tight on memory.

huggingface.co/divinetribe/Huihui-Qwen3-8B-abliterated-v2-4bit-mlx

Heavy reasoning for a maxed Mac

When you have the memory and you want the most thoughtful answer.

Llama 3.3 70B abliterated (8-bit)

Meta Llama 3.3 70B, refusal removed

75.0 GB96 to 128 GB Mac8-bit

Our most downloaded model of all, nearly 10,000 pulls. Meta's Llama 3.3 70B at 8-bit for the hardest reasoning you can run at home. This is the one for a 128 GB machine that wants depth over speed.

huggingface.co/divinetribe/Llama-3.3-70B-Instruct-abliterated-8bit-mlx
The easy way and the manual way

How to download and run them

If you only read one thing, read step one. It does everything for you. The steps below it are for the curious who want to grab a specific model by hand.

1

The easy way, and all most people need

Our free claude-code-local installer looks at your computer, picks a model that fits its memory, downloads it, and sets up a local AI you can run offline. It works on Mac, Linux and Windows. Copy the line for your computer, paste it into the Terminal app, and press return.

# Mac and Linux
curl -fsSL https://raw.githubusercontent.com/nicedreamzapp/claude-code-local/main/install.sh | bash
# Windows, in PowerShell
irm https://raw.githubusercontent.com/nicedreamzapp/claude-code-local/main/install.ps1 | iex
2

For the curious: grab any model by name

Every model above has a Hugging Face path. Download the one you want with the Hugging Face tool, swapping in the name from any card.

pip install huggingface_hub
huggingface-cli download divinetribe/MiMo-V2.6-9B-MLX-bf16
3

Run a vision model on a Mac

The vision models run with mlx-vlm, the Apple Silicon vision engine. Give it an image and a question.

pip install mlx-vlm
python -m mlx_vlm.generate \
  --model divinetribe/MiMo-V2.6-9B-MLX-bf16 \
  --image screenshot.png \
  --prompt "What is on this screen, and what is broken?"
4

Run a text model on a Mac

The text and coding models run with mlx-lm, Apple's text inference library. Or just point the claude-code-local server at any model name and chat with it through Claude Code.

pip install mlx-lm
mlx_lm.generate \
  --model divinetribe/Hermes-4-14B-abliterated-4bit-mlx \
  --prompt "Write a Python function that de-dupes a list."
The people behind the work

Credits, a lot of them

We want to be as clear and as grateful as we can about this. Almost everything on our shelf is a conversion or a fine-tune of someone else's brilliant work. We make these models run full and fast on Apple Silicon, but the giants were trained by the teams below, and the Apple Silicon inference itself is only possible because of the open-source libraries other people pour their lives into. Thank you, truly.

The teams who trained the models

The libraries that make Apple Silicon inference possible

  • Apple's MLX and mlx-lm, by Awni Hannun, Angelos Katharopoulos, Cheng, Jagrit Digani, Gökdeniz Gülmez, Anchen and every other contributor
  • mlx-vlm, by Prince Canuma and the contributors who make vision models run on a Mac
  • mlx-community and lmstudio-community, whose MLX conversions several of these build on

The people behind abliteration

Several models here are abliterated, meaning the built-in refusal has been removed so the model answers instead of saying no. That technique rests on the research showing a single refusal direction can be ablated, and on the people who turned it into something anyone can use.

Grab one and start building

Everything here is free, open weight, and runs on the hardware you already own. Browse the whole library on Hugging Face, or let the one-command installer pick the right one for your Mac.