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  1. Collection
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  3. Flux Kontext Dev Lora

Edit Any Image with Flux Kontext Dev LoRA

Flux Kontext Dev LoRA is an image editing model that takes a reference photo and a text instruction, then outputs a modified version of that image. It addresses the common frustration with standard text-to-image generators that ignore what you already have: instead of starting from scratch, you describe the change you want and the model applies it. That makes it practical for swapping backgrounds, adjusting clothing, or adding stylistic effects to existing photography. The model supports custom LoRA weights, which means you can load a fine-tuned model trained on a specific character, brand aesthetic, or artistic style and apply it during the editing pass. Output aspect ratio is fully configurable, from 1:1 square through 16:9 widescreen to 21:9 cinematic, with an option to match the dimensions of your input image exactly. You can also adjust guidance scale and inference steps directly, trading computation time for how closely the result stays to your prompt. In practice, this fits into any workflow that starts with real photos rather than blank-canvas generation. A fashion photographer can change a garment color on a final shot without a reshoot. A digital artist with a trained character LoRA can edit scene elements while keeping that character consistent across the whole set. Open Flux Kontext Dev LoRA on Picasso IA, drop in your reference image, and see what one instruction can change.

Official

Black Forest Labs

231.9k runs

Flux Kontext Dev Lora

2025-07-18

Commercial Use

Edit Any Image with Flux Kontext Dev LoRA

Table of contents

  • Overview
  • How It Works
  • Frequently Asked Questions
  • Credit Cost
  • Features
  • Use Cases
  • Examples
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Overview

Flux Kontext Dev LoRA is an image editing model that applies custom LoRA fine-tune weights to generate or modify images from a text prompt and a reference photo. Instead of building from scratch every time, you start with an existing image and describe what you want changed, added, or reinterpreted. On Picasso IA, this means running your own style weights against the model without writing a single line of code. Think of it as an AI editor that already knows your visual aesthetic before you type the first word.

How It Works

  • Upload a reference image in JPEG, PNG, GIF, or WebP format and write a prompt describing the edit or the scene you want.
  • Paste the path to your LoRA weights file, then use the strength slider to control how heavily the fine-tune shapes the output.
  • Choose the aspect ratio that suits your project from options including 1:1, 16:9, portrait orientations, and a setting that matches your source image exactly.
  • Set the output resolution (1 megapixel or 0.25 megapixel), adjust the guidance scale, and pick the number of inference steps to balance detail against generation speed.
  • Generate, preview, and download your result in WebP, JPG, or PNG at your chosen quality level.

Frequently Asked Questions

Do I need programming skills or technical knowledge to use this? No, just open Flux Kontext Dev LoRA on Picasso IA, adjust the settings you want, and hit generate.

Is it free to try? Picasso IA provides access to Flux Kontext Dev LoRA as part of its model library. Check the current plan page for free-tier credits and any applicable usage limits.

What are LoRA weights and where do I get them? LoRA weights are compact fine-tune files that teach the model a specific style, character, or visual concept. You can train your own using standard fine-tuning workflows, or use weights you have already prepared. Enter the file path or a hosted URL in the lora_weights field before generating.

How long does a generation take? Most runs finish in under 30 seconds at 1-megapixel resolution with the default 30 inference steps. Dropping to 0.25 megapixels or reducing the step count cuts that time noticeably when you are iterating quickly.

Can I control how much my LoRA affects the output? Yes. The lora_strength value ranges from 0 (no fine-tune influence) to 1 (full influence). Values around 0.7 to 0.85 tend to keep the learned style visible while still responding clearly to your text prompt.

What output formats are supported? Results can be saved as WebP, JPG, or PNG. WebP and JPG both support a quality setting from 0 to 100, so you can trade file size for sharpness. PNG is lossless and ignores the quality slider entirely.

What if the result does not match what I had in mind? Adjust the guidance scale, change the number of inference steps, or tune the lora_strength up or down. Setting a fixed seed locks in the composition, so you can then rephrase your prompt until the output lines up with your vision.

Credit Cost

Each generation consumes 1 credit

1 credit

or 5 credits for 5 generations

Features

Everything this model can do for you

LoRA weight support

Load any custom fine-tuned model to apply specific styles or characters during the edit.

Instruction-based editing

Describe the change you want in plain text and the model applies it to your reference image.

Flexible aspect ratios

Output in 12 standard formats, from 1:1 square to 21:9 cinematic, or match the input image exactly.

Adjustable guidance scale

Control how strictly the output follows your prompt versus how freely the model interprets it.

Multiple output formats

Save results as WebP, JPG, or PNG, with quality settings from 0 to 100.

Reproducible results

Set a seed to get the same output each time you run the same prompt and settings.

Resolution control

Choose between standard 1-megapixel or compact 0.25-megapixel outputs to match your production needs.

Use Cases

Upload a product photo and type an instruction to change its background to a clean white studio setting

Apply a trained LoRA style model to a portrait to give it a consistent branded look across a full photo set

Edit a character's clothing in an illustration by describing the change in text, keeping the face and pose untouched

Convert a horizontal landscape photo to a 9:16 vertical format by describing how to fill the new canvas area

Use a character LoRA to place a fictional figure into a real photo scene using a short descriptive prompt

Recolor a product in an existing photo by writing an instruction like 'change the bag to dark navy leather'

Generate a series of image variations from one reference by running different edit instructions in sequence

Examples

make this object fluffy
Input
Input 1
Output
make this object fluffy
4.4s
View Example
Glittering Portrait with dark shadows
Input
Input 1
Output
Glittering Portrait with dark shadows
4.6s
View Example
render this image like a ps1 game (no UI)
Input
Input 1
Output
render this image like a ps1 game (no UI)
4.4s
View Example
make this person look real, bad skin
Input
Input 1
Output
make this person look real, bad skin
6.2s
View Example
give this person a big head
Input
Input 1
Output
give this person a big head
4.7s
View Example
the camera zooms out to show him spreading his arms in prayer, with a church full of people
Input
Input 1
Output
the camera zooms out to show him spreading his arms in prayer, with a church full of people
4.4s
View Example
Place it
Input
Input 1
Output
Place it
4.7s
View Example

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