Loras AI

LoRA training / Style LoRA

Teach a visual language, then explore new subjects.

Build a style dataset around consistent colors, textures and rendering choices while varying subject matter. Use new-subject prompts to plan a useful evaluation.

Quick answer: Train supported image and video LoRAs with configured services, sufficient credits and a compatible dataset. Each LoRA must use its paired generator; catalog listings do not establish compatibility.

Cloud training is integrated for Krea 2, FLUX.1, FLUX.2 Dev, Qwen Image, Z-Image, Wan 2.2 I2V and LTX-2 19B. Configure the required services, sign in and check the quoted credit cost before submitting.

Gouache concept reference of a Mediterranean village with terracotta stairs and a cobalt sea
Concept reference
Train LoRA
Local dataset draft

Training dataset

Add images of the style, character or object you want to teach.

Images0 / 30
Avg. shortest edge—
Image captions0 / 0

Before submission, files stay in this tab. Submitting Krea 2 training uploads images and captions to fal. Reloading clears local files; cloud jobs remain in My LoRAs.

A focused dataset works better

Keep the visual style consistent. Vary the subjects and compositions so the model can learn the style itself.

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Training capabilities and requirements

Costs and limits below follow the application configuration. Integration describes the code, not verified provider uptime or a successful live training run.

Cloud training inputs, costs and compatible outputs
ModelIntegrationCloud input limitsCredits and settingsOutput and compatibility
Krea 2Integrated; configuration required1–30 JPEG, PNG or WebP images with captions and a trigger phrase. Up to 15 MiB per image; 25 MiB total.Training: 100 credits / task. Generation: 10 credits / image. Fixed training steps: 100.LoRA weights after success; use the paired Krea 2 generator. Compatibility with other base models is not implied.
FLUX.1 DevIntegrated; configuration required4–30 JPEG, PNG or WebP images with captions and a trigger phrase. Up to 15 MiB per image; 25 MiB total.Training: 167 credits / task. Generation: 10 credits / image. Fixed training steps: 500.LoRA weights after success; use the paired FLUX.1 Dev generator. Compatibility with other base models is not implied.
FLUX.2 DevIntegrated; configuration required10–30 JPEG, PNG or WebP images with captions and a trigger phrase. Up to 15 MiB per image; 25 MiB total.Training: 2134 credits / task. Generation: 14 credits / image. Fixed training steps: 1000.LoRA weights after success; use the paired FLUX.2 Dev generator. Compatibility with other base models is not implied.
Qwen Image 2512Integrated; configuration required4–30 JPEG, PNG or WebP images with captions and a trigger phrase. Up to 15 MiB per image; 25 MiB total.Training: 167 credits / task. Generation: 10 credits / image. Fixed training steps: 500.LoRA weights after success; use the paired Qwen Image 2512 generator. Compatibility with other base models is not implied.
Z-Image TurboIntegrated; configuration required4–30 JPEG, PNG or WebP images with captions and a trigger phrase. Up to 15 MiB per image; 25 MiB total.Training: 209 credits / task. Generation: 10 credits / image. Fixed training steps: 500.LoRA weights after success; use the paired Z-Image Turbo generator. Compatibility with other base models is not implied.
Wan 2.2Integrated; configuration required3–10 MP4 clips with a trigger phrase. Up to 8 MiB per clip; 24 MiB total.Training: 1667 credits / task. Generation: 67 credits / 5-second video. Fixed training steps: 100.LoRA weights after success; use the paired Wan 2.2 generator. Compatibility with other base models is not implied.
LTX-2 19BIntegrated; configuration required3–10 MP4 clips with a trigger phrase. Up to 8 MiB per clip; 24 MiB total.Training: 584 credits / task. Generation: 34 credits / 5-second video. Fixed training steps: 500.LoRA weights after success; use the paired LTX-2 19B generator. Compatibility with other base models is not implied.

Cloud tasks require sign-in and sufficient credits. Krea 2 needs Fal; WaveSpeed image and video trainers need WaveSpeed access and R2 storage.

Cloud training sends your selected media and captions to the provider. Image and video dataset limits differ. Confirm account readiness before submitting.

A focused workflow

A focused workflow for Style LoRA.

A transferable style is more than a repeated subject. Collect examples that share the same visual decisions but show different objects, environments and compositions.

Match the base model

Compare families, versions and availability before choosing a workflow.

Inspect the source files

Read real image dimensions and check the local file limits before export.

Review every caption

Describe changing details instead of silently teaching them as part of the concept.

Keep a reusable draft

Export settings and captions together. Source image files stay separate.

Ideas worth teaching

Concept ideas for Style LoRA.

Explore three ways to define a training concept. Each reference links to a dedicated workflow, with dataset advice and evaluation prompts.

These original images were AI-generated as concept references. They are not Loras AI training outputs, before/after comparisons or evidence of model performance.

From intent to evaluation

How to prepare your Style LoRA concept.

Prepare the image or video dataset required by the selected model, review its trigger and captions, then submit training. Use the completed weights with their matching generator.

  1. 1

    Choose one concept

    Decide whether you want a recognizable character, a transferable style, a distinctive product or a specific motion.

    Read the note
  2. 2

    Collect useful examples

    Keep the intended concept consistent while varying details you do not want the model to memorize.

    Read the note
  3. 3

    Review captions & export

    Inspect file dimensions, edit each caption and export the local configuration before leaving the workspace.

    Read the note
  4. 4

    Plan your test prompts

    Test completed, compatible LoRA weights with new prompts. Record the model, settings, successes and failures, and compare with the base model to evaluate the concept.

    Read the note

Dataset & compatibility

Build a better Style LoRA dataset.

Style is an objective shared by several candidate models. A style adapter still needs a compatible model architecture and loading workflow after training.

Read the dataset preparation note
  • Keep the rendering language coherent across the collection.
  • Vary objects and scenes instead of repeating one subject.
  • Note the textures, contours and color decisions that matter.
  • Plan tests on subjects missing from the reference set.

Prompt notebook

New-prompt ideas for Style LoRA.

Save these ideas for evaluating a compatible trained adapter later. They are prompt examples, not generated results or a promise of consistent output.

Architecture

A hillside library in ohwx_style, warm flat colors, textured paper and delicate ink contours.

An everyday object

A vintage desk lamp in ohwx_style, simple composition, warm ochre and indigo palette.

A natural scene

A quiet forest path after rain in ohwx_style, layered shapes, visible gouache texture.

A different subject

A small sailboat in ohwx_style, bold simplified forms, soft paper grain, no lettering.

A character study

An original fictional gardener in ohwx_style, full-body pose, simple pale background.

A new palette test

A night market in ohwx_style, restrained blue and amber palette, hand-painted details.

Related notes

A little preparation goes a long way.

Practical reading on image selection, captions, training settings and evaluating what a model actually learned.

FAQ

Style LoRA: questions before you train.

Model-specific guidance, with the current availability stated clearly.

What should I prepare for Style LoRA?

A transferable style is more than a repeated subject. Collect examples that share the same visual decisions but show different objects, environments and compositions. Style is an objective shared by several candidate models. A style adapter still needs a compatible model architecture and loading workflow after training.

How should I evaluate a Style LoRA concept?

Use subjects absent from the reference set. Compare texture, contours and palette while checking that the subject itself is still accurate.

Can I submit a paid training job on this page?

Krea 2, FLUX.1, FLUX.2 Dev, Qwen Image, Z-Image, Wan 2.2 I2V and LTX-2 19B have training and paired generation integrations. Paid tasks require configured services, sign-in and sufficient credits. Other catalog models remain previews.

What happens to the images I add?

Local draft preparation processes images in the current browser tab; exported JSON excludes source files. Refreshing or leaving clears local images. Submitting cloud training sends the selected dataset and captions to the provider; WaveSpeed training also uses configured R2 storage for datasets and archived artifacts. Storage privacy depends on bucket access settings. Generation sends prompts and selected LoRA references to the relevant service. Only submit material you have permission to use.

Can I reuse one LoRA with every image or video model?

Adapters are not interchangeable. Match the model architecture, base version and loading workflow. Krea 2, MOSS and Anima need their own compatible weights; similar names do not imply compatibility. Video workflows may also require multiple adapter files.

Keep exploring

Find a compatible next step.

Compare related model families before choosing a training workflow. Adapter formats and base-model versions must remain compatible.

Your Style LoRA concept starts here.

Choose a compatible model, prepare images and captions, then submit an available training or generation workflow. You can also export a dataset configuration draft for free.

Prepare a dataset