saracen9/vt-vlm-base-qwen35

VISIONConcurrent Unit Cost:1Model Size:9BQuant:FP8Context Size:32kTool Calling:SupportedPublished:Jul 10, 2026License:apache-2.0Architecture:Transformer Open Weights Featherless Exclusive Cold

The saracen9/vt-vlm-base-qwen35 is a 9-billion parameter vision-language model based on Qwen3.5, specifically modified to remove refusal and evasive hedging behaviors. Developed by saracen9 using the Heretic tool, this model is optimized for literal image and video frame captioning, including sensitive content, without moralizing. It serves as a shared base for VLM fine-tuning pipelines, enabling small, swappable LoRA adapters for specific captioning concepts.

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Overview

The saracen9/vt-vlm-base-qwen35 is a 9-billion parameter vision-language model derived from Qwen/Qwen3.5-9B. Its core distinction lies in the surgical removal of refusal and evasive-hedging behaviors through a process called "abliteration" using the Heretic tool. This modification ensures the model provides plain, literal descriptions of visual content, including potentially sensitive imagery, without deflection or moralization.

Key Capabilities & Features

  • Refusal-Removed Vision-Language Model: Specifically engineered to describe visual content directly, without the inherent biases or refusal mechanisms often found in RLHF-trained models.
  • Base for VLM Fine-tuning: Designed as a foundational model for the video-trainer pipeline, supporting the training of small, cost-effective LoRA adapters for specialized captioning tasks.
  • Flexible Deployment: Provided as a full HF-transformers-format checkpoint (safetensors) for fine-tuning, and as a two-file GGUF (Q4_K_M-quantized text model and F16 vision projector) for local inference with llama-server.
  • Optimized for llama-server: Includes specific instructions for local serving with llama-server to manage its 32768-token context size efficiently, avoiding OOM errors.

Good For

  • Literal Image/Video Captioning: Ideal for applications requiring unbiased, factual descriptions of visual data, regardless of content sensitivity.
  • Developing Specialized VLMs: Serves as an excellent base for researchers and developers looking to fine-tune vision-language models with custom LoRA adapters for niche captioning concepts.
  • Local Inference: The provided GGUF format allows for efficient local deployment and inference, particularly with llama-server's router mode for managing multiple adapters.