Free Flux AI image generator platform offering multiple text-to-image models and creative tools
Open-source SDXL-based AI model for native high-resolution anime art generation
Stage
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Founded
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Based in
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Pricing model
Freemium
Open source
Pricing
Free: $0/month with 50 tokens per month (non-PRO models only). Basic: $13/month (14% off yearly) with 8000 tokens/month. Standard: $24/month (30% off yearly) with 18000 tokens/month. Pro: $45/month (44% off yearly) with 42000 tokens/month.
Free for personal and research use; prohibits closed-source proprietary monetization
Key features
Image editing tools including Canny, Depth, Redux, Outpaint, and Inpaint
Ultra-high resolution output with pixel-perfect clarity
Perfect text rendering and typography in images
Complex prompt understanding with detailed instruction handling
Realistic hands and fine composition details
AI music generation
Native 1536x1536 high-resolution generation without upscaling
Hybrid Prompting System combining natural English and Danbooru tags
Stable text encoder fine-tuning for superior concept understanding
Trained on comprehensive Danbooru2023 dataset
Full compatibility with ComfyUI, Automatic1111, Forge, and Draw Things
Superior anatomy rendering with flawless hands and character details
V-Prediction architecture for enhanced dynamic range and contrast
Highly flexible base canvas for LoRA training and custom checkpoints
What makes it different
Outperforms competitors like DALL-E, Midjourney, and Stable Diffusion in visual quality and prompt adherence
Free access with no credit card required to start
Generates exceptionally realistic images with natural lighting and depth
Open-source model from Black Forest Labs, creators of Stable Diffusion
Comprehensive ecosystem with 2 million users and 300 million+ images generated
Only open-source SDXL model natively trained at 1536x1536 resolution
Stylistically neutral untuned base canvas unlike Pony Diffusion
Continuous rapid iterations from v0.1 to v3.5 with aggressive optimization
Thousands of compatible community-trained LoRAs and derivatives