BESCH Style – Flux2 / Klein-9B LoKR
Model source
Source description
Structured Caption Edition
Trigger: besch
Lower learning rate (3e-5)
Same image dataset as V01
Fully reorganized captions
Vocabulary normalization
Structured tagging and stylistic taxonomy
Characteristics:
More stable full-body rendering
Better control of graphic elements
Sources
1 sourceModel artifacts
1 artifactbesch-flux2-klein-9b-lokr-lion-3e-6-bs2-ga2-v02-15000.safetensors
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1 excerptSource context: 116 downloads · Type LoCon · Base model Flux.2 Klein 9B-base
Cleaner silhouette separation
Slightly more composed and controlled close-ups
V02 is technically more consistent and responds better to structured prompts.
Captioning Philosophy (V02)
For V02, I rebuilt the dataset captions with a structured taxonomy approach:
1️⃣ Style Layer
Consistent use of controlled stylistic vocabulary:
bold dark ink outlines
flat graphic illustration
layered painterly planes
graphic high contrast mode
angular shadow segmentation
warm-to-cool rim lighting
2️⃣ Structural Layer
Clear separation between:
subject description
camera framing
lighting
environment
texture treatment
3️⃣ Vocabulary Normalization
Synonyms were reduced and harmonized. Redundant adjectives removed. Key tokens stabilized.
The goal was to reduce noise in the training signal and give the LoKR a clearer stylistic identity.
This made V02 more controllable — but slightly less raw in emotional close-ups compared to V01.
Training Pipeline
Base: Klein-9B
Adapter: LoKR
Framework: Diffusers
Trainer: SimpleTuner
Inference: ComfyUI
The model was trained using SimpleTuner , a modular Diffusers-based trainer that allows precise control over:
learning rate scheduling
optimizer configuration
dataset structure
LoRA/LoKR behavior
resolution strategy
The training pipeline was kept clean and reproducible. No merges, no hidden tricks.
Resolution Notes
The dataset contains a mix of 512, 768 and some 1024 images.
Close-ups tend to perform best around:
768–1024 base resolution
Very high initial resolutions (1MP x1.25 and above) may slightly destabilize hand placement and complex limb overlap due to spatial distribution differences in training data.