Wan2.2 T2V A14B Char Renamon Digimon LoRA

Details

Model description


🟡 Wan2.2 T2V A14B – Renamon (Digimon) Character LoRA

Model Type: Character LoRA
Base Model: Wan2.2 (T2V / Text-to-Visual)
Character: Renamon (Digimon Tamers)
Version: A14B
Trigger Words: r3n4m0n2003, r3n4m0n, renamon
Recommended Weight:

  • High Noise: 0.8 – 1.0

  • Low Noise: 0.8 – 1.0


🔍 Description

This LoRA brings Renamon, the classic fox-like Digimon, into the Wan2.2 T2V environment with accurate anime proportions, fur details, and signature purple glove markings.
It’s optimized for both text-to-image and text-to-video outputs, giving consistent quality in motion and still renders.

The A14B tuning improves stability, edge clarity, and lighting response, ensuring Renamon looks natural under various scene styles — from action poses to calm cinematic frames.


⚙️ How It Works

This LoRA (Low-Rank Adaptation) was trained to focus specifically on Renamon’s visual identity — color, shape, and motion cues — without modifying the full Wan2.2 model.
When applied, it adjusts only lightweight internal layers in Wan2.2, making it efficient and flexible.

In simple terms:
It “teaches” the model what Renamon looks like and how to maintain her style consistently, even under high or low noise levels.


đź§© Usage Tips

Prompt Example:

r3n4m0n2003, renamon, standing in forest, anime lighting, detailed fur, action pose, cinematic background

LoRA Weight:

  • Use 0.8–1.0 for balanced results

  • Increase slightly for more stylized or saturated outputs

Noise Settings:

  • High noise (0.8–1.0): Great for animation or expressive video scenes

  • Low noise (0.8–1.0): Best for clean single-frame renders

Works with: Wan2.2 and other T2V-compatible pipelines.
Not required: SDXL or full model merge.


⚠️ Notes

  • Fan-art, non-commercial use only

  • Adjust CFG and motion settings for desired realism or anime style

  • If generation looks off, try switching between trigger tags (r3n4m0n2003, r3n4m0n, or renamon) — some respond better depending on your base seed or prompt structure.

Images made by this model

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