LTX-2 19B Video to Video LoRA

Transform videos with custom style control using LoRA weights.

"black-and-white video, a cowboy walks through a dusty town, film grain"

Input Video

@Video1

Generated Video

Generated

Upload your video and extend it in seconds

8,500+ videos generated this month

📄 About LTX-2 19B Video to Video LoRA
Key Features
Transform videos with AI-driven style transfer using custom LoRA weights from HuggingFace, CivitAI, or direct URLs.
Generate synchronized audio alongside video for a complete multimedia output.
Flexible input options: upload videos or link via URL, and optionally set a custom first frame image.
Advanced prompt and negative prompt support for precise creative control and exclusion of unwanted elements.
Fine-tune video length, frame rate, size, output format, and quality to match project requirements.
Control camera movements with specialized LoRA and adjust strength for cinematic effects.
Optional preprocessing (depth, canny, pose) and in-context LoRA for enhanced conditioning and style consistency.
💡 Use Cases
Cinematic video editing and style transformation for short films or trailers.
Creating social media content with unique visual themes and audio.
Generating marketing or promotional videos with custom branding styles.
Revamping user-generated content with professional-grade enhancements.
Developing educational or explainer videos with consistent style and clarity.
Experimenting with creative storytelling and visual effects for art projects.
Automating video post-processing for content agencies and businesses.
🎯 Best For
🎯 Filmmakers, content creators, marketers, social media influencers, and creative professionals seeking advanced AI video editing capabilities.
👍 Pros
Highly customizable with support for up to three custom LoRA weights.
Integrated audio generation ensures seamless multimedia outputs.
Advanced control over camera movement, frame rate, quality, and output formats.
Supports negative prompts and preprocessing for precise and high-quality results.
User-friendly, flexible credit-based access with no long-term commitment.
⚠️ Considerations
Requires a basic understanding of LoRA and prompts for optimal results.
Processing times may vary based on video length and settings.
Advanced settings may be overwhelming for beginners.
Dependent on video input quality and complexity for best results.
📚 How to Use LTX-2 19B Video to Video LoRA
1
Upload your video file or paste a video URL as the source for transformation.
2
Enter a detailed text prompt describing the desired style or transformation.
3
Add up to three custom LoRA weights from HuggingFace, CivitAI, or direct URLs to tailor the visual output.
4
Adjust video settings such as frame rate, video size, output format, and enable audio generation as needed.
5
Optionally, set negative prompts to avoid unwanted visual or audio elements and select preprocessing options for enhanced effects.
6
Start the generation process and download your transformed video with synchronized audio once complete.
💡 Pro Tips for LTX-2 19B Video to Video LoRA
Match LoRA Styles to Your Footage Choose LoRA weights that complement your source video's content and lighting. A film-grain LoRA works best on well-lit, stable footage, while artistic style LoRAs shine on simpler compositions. Test one LoRA at a time before stacking multiple weights. If you need simpler video-to-video transformation without custom LoRAs, try LTX-2 19B Video to Video for faster results with built-in styles.
Use Preprocessors for Structural Control Enable depth, canny, or pose preprocessing when you want the AI to preserve specific structural elements from your input video. Depth works well for landscapes and architecture, canny for sharp edges and outlines, and pose for human motion. Match your IC-LoRA setting to the preprocessor for maximum coherence. For video editing focused on object removal rather than style transfer, consider Bria Video Eraser Prompt instead.
Control Camera Movement with Dedicated LoRA The camera_lora parameter offers more reliable camera motion control than text prompts alone. Use dolly in/out for zoom effects, jib up/down for vertical movement, and static for locked-off shots. Set camera_lora_scale between 0.7 and 1.0 for natural movement. For advanced camera control with real-time editing, explore Kling O1 Edit Video, which offers different motion control approaches.
Adjust Video Strength for Creative Freedom The video_strength parameter controls how closely the output follows your input video. Set it to 1.0 for maximum adherence to the original motion and composition, or lower it to 0.6-0.8 to give the AI more creative freedom with style application. Lower values work well when applying dramatic artistic LoRAs. If you need precise frame-level control, LTX Video 2.0 Retake offers alternative editing workflows.
Optimize Inference Steps and Acceleration Balance quality and speed by adjusting num_inference_steps and acceleration settings. Start with 40 steps and regular acceleration for high quality, then reduce to 25-30 steps with high acceleration for faster previews. Full acceleration works best for simple style transfers. Maximum quality requires 40-50 steps with none or regular acceleration. Generation time scales with video length and resolution.
Write Detailed Negative Prompts The model includes a comprehensive default negative prompt, but customize it for your specific needs. Add terms like "flickering", "inconsistent lighting", or "distorted faces" if you encounter those issues. Negative prompts are especially important when applying multiple LoRAs, as they help prevent conflicting style artifacts. For simpler prompt-based editing without LoRA complexity, check Grok Imagine Video Edit.
Frequently Asked Questions
LTX-2 19B Video to Video LoRA is an AI model that transforms input videos by applying custom styles and effects using LoRA weights and detailed prompts. It supports video and audio generation, allowing users to create cinematic, stylized, or branded videos easily.
Yes, you can add up to three custom LoRA weights from platforms like HuggingFace, CivitAI, or direct URLs, giving you full control over the visual style of your output video.
The model can generate synchronized audio to match the video transformation. You have the option to enable or disable audio generation based on your project needs.
Pricing varies by model and is based on a pay-as-you-go credit system, allowing you to pay only for what you use without long-term commitments.
While beginners can use the basic features, optimal results may require some familiarity with prompts and LoRA weights. However, the interface is designed to be user-friendly, and there are default settings to help new users get started.
Credit costs for LTX-2 19B Video to Video LoRA depend on video length, resolution, and settings like inference steps and acceleration. A typical 5-second video at 720p with 40 inference steps costs approximately 15-25 credits, while longer videos or higher resolutions (1080p+) can cost 40-80 credits or more. Enabling audio generation adds a small additional cost. The match_video_length option calculates frames automatically, helping you estimate costs before generation. You can reduce costs by lowering num_inference_steps to 25-30 or using higher acceleration levels, though this may slightly reduce output quality. Check your credit balance and model pricing in your JAI Portal dashboard before starting longer generations.
All videos generated with paid credits on JAI Portal come with full commercial-use rights, including content created with LTX-2 19B Video to Video LoRA. You own the output and can use it in client projects, marketing campaigns, social media, films, or any commercial application. However, you are responsible for ensuring that any custom LoRA weights you upload comply with their original licensing terms. LoRAs from HuggingFace or CivitAI may have specific usage restrictions set by their creators, so verify those licenses before commercial use. Your input video must also be content you own or have rights to transform. JAI Portal does not claim ownership of your generated content.
LTX-2 19B Video to Video LoRA accepts most common video formats as input, including MP4, MOV, AVI, and WebM. The model automatically detects input resolution and frame rate when video_size is set to auto and match_input_fps is enabled. You can override these with custom settings, choosing from square, portrait, or landscape aspect ratios. Output formats include MP4 (X264), WebM (VP9), MOV (ProRes 4444), and GIF. ProRes 4444 is recommended for professional editing workflows requiring transparency or high color fidelity, while MP4 offers the best balance of quality and file size for web use. Maximum supported resolution is 1080p, and frame counts range from 9 to 481 frames depending on your settings.
Yes, LTX-2 19B Video to Video LoRA is fully accessible via the JAI Portal API, allowing you to integrate video transformations into automated workflows, batch processing pipelines, or custom applications. The API accepts all the same parameters as the web interface, including LoRA URLs, prompts, and advanced settings. You can queue multiple video jobs programmatically and retrieve results via webhook or polling. This is ideal for content agencies processing large volumes of video, social media automation tools, or SaaS platforms embedding AI video editing. API documentation and authentication keys are available in your JAI Portal account dashboard. Rate limits and concurrent job limits depend on your account tier, with higher limits available for enterprise users.
Flickering and artifacts usually result from conflicting LoRA weights, unstable input footage, or insufficient inference steps. First, try reducing the number of LoRAs to one or two and ensure they are compatible in style. Enable use_multiscale for better temporal coherence across frames. Increase num_inference_steps to 45-50 and set acceleration to regular or none for higher quality. If your input video is shaky or poorly lit, preprocess it with stabilization software before uploading. Use the preprocessor options (depth, canny, pose) to give the model structural guidance, and match your ic_lora setting to the preprocessor. Lower video_strength slightly (0.7-0.8) to give the AI more flexibility in smoothing motion. If issues persist, try a simpler prompt or switch to LTX-2 19B Video to Video without custom LoRAs for baseline quality testing.
⚖️ How LTX-2 19B Video to Video LoRA Compares
LTX-2 19B Video to Video LoRA stands out among JAI Portal's video editing models for its deep customization through custom LoRA weights, making it ideal for creators who want precise style control beyond standard presets. Unlike LTX-2 19B Video to Video, which offers faster processing with built-in styles, the LoRA variant lets you load up to three external style adapters from HuggingFace or CivitAI, unlocking nearly unlimited artistic possibilities. This makes it perfect for branded content, unique visual experiments, or projects requiring specific aesthetic consistency. For users who need simpler prompt-based editing without LoRA complexity, Grok Imagine Video Edit or Kling O1 Edit Video offer faster workflows with fewer parameters. If your goal is object removal or inpainting rather than style transfer, Bria Video Eraser Prompt is a better fit. LTX-2 19B Video to Video LoRA also includes integrated audio generation and advanced camera control via dedicated LoRA, features not available in many competing models. Choose this model when you need maximum creative control, have existing LoRA assets, or want to apply consistent branding across video content. For side-by-side quality comparison or to explore all video editing options, visit the JAI Portal models page or sign up to test multiple models with your own footage.

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