Bloom (Redmond) LoRA for Wan

Prompt
Bloom. A cinematic shot opens on a gleaming, industrial workbench. Centered is a flowerbud made of interlocking brass gears and polished copper piping. As the bloom begins, the petals, made of heavy gauge steel, separate with the slow, satisfying click of a well-oiled machine. The camera orbits as inner layers of intricate clockwork mechanisms and glowing vacuum tubes are revealed. Steam gently hisses from hidden valves. The heart of the flower is a perfectly stable sphere of gyroscopes, spinning silently and smoothly in a mesmerizing dance of mechanical precision. The final shot is a celebration of steampunk engineering—a warm, functioning, mechanical heart blooming into life.

Prompt
Bloom. A macro timelapse begins in a child’s playroom, bathed in soft, afternoon light. At the center sits a bud sculpted from primary-colored modeling clay, showing faint fingerprints. The bloom begins with a soft, pliable motion as the clay petals press outward. Each unfolding layer reveals a different childhood material: petals made of melted crayon wax, translucent layers of colorful plastic building blocks, and delicate chains of paperclips. The camera glides inward as the bloom opens fully, revealing a core made from a single, clear glass marble, refracting the light of the room into a tiny rainbow. The final form is a bloom of pure, unfiltered nostalgia.

Prompt
Bloom. Set against a clean, white background, a macro timelapse begins on a bud made from interlocking pieces of brilliant, white LEGO bricks. The bloom is a staccato, stop-motion-like event as the petals, also made of LEGO, snap outward with satisfying clicks. Each new layer reveals a different color scheme and more complex construction techniques—transparent blue bricks, chrome silver pieces, and flexible Technic parts. The camera rotates as the geometric, pixelated structure takes its final, perfect form. The core is a single, clear LEGO minifigure, encased in a transparent brick, standing at the center of its own architectural marvel.

Prompt
Bloom. A macro timelapse opens in a bright, clean artist's studio. The flowerbud is a tight ball of pure, wet, white porcelain clay on a potter’s wheel. As the timelapse begins, the wheel spins slowly and the bud begins to rise and open, not by unfolding, but by being gracefully shaped by an unseen force. Petals are thrown upward and outward, their edges thinning to a delicate translucence. The camera orbits, capturing the subtle throwing rings left by the process. As the petals open wide, they begin to dry and crack slightly, revealing a fragile, matte texture. The core of the flower is a swirl of liquid clay slip, tinted a deep cobalt blue, which pools at the bottom before being absorbed into the porcelain body. The final shot is a pure, serene form—a bloom captured at the perfect moment between liquid potential and solid art

Special Thanks:
This project was made possible thanks to generous sponsorship and GPU time provided by reDMOND Ai.
We are grateful for their support in training this LoRA.

Model Description

This LoRA imparts a surreal, artistic, and monumental style inspired by the "Bloom" series. The aesthetic is characterized by large-scale, impossible floral sculptures that blend technology, art, and nature in a mesmerizing, often cinematic, fashion.

This version is specifically adapted for use with Wan-AI models, like Wan2.1-T2V-14B.

Trigger Words

The trigger phrase is Bloom.

For best results, describe a grand, surreal floral sculpture or installation, and the model will render it in this unique aesthetic.

Setup for ComfyUI

To use this LoRA in ComfyUI, simply place the file in your loras directory:

Download Wan-Bloom-Redmond.safetensors and place it in ComfyUI/models/loras/

Ensure your ComfyUI environment is already configured to run Wan models.

Example Workflow (ComfyUI)

In your ComfyUI workflow, add a Load LoRA node after your base model loader.

Load your base Wan model.
Connect the output of the model loader to the model input of the Load LoRA node.
Select Wan-Bloom-Redmond.safetensors in the Load LoRA node.
Connect the MODEL output of the LoRA node to your KSampler.
Adjust the strength_model as needed (0.8-1.0 is a good starting point).

References

Base Model: Wan-AI/Wan2.1-T2V-14B
Original Style Inspiration: Google Flow / Veo
ComfyUI: comfyanonymous/ComfyUI

🌐 Website

You can find more of my models, projects, and information on my official website:

artificialguy.com

💖 Support My Work

If you find this model useful, please consider supporting my work. It helps me cover server costs and dedicate more time to new open-source projects.

Patreon: Support on Patreon
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Wan-Bloom-Redmond-Wan2.1-T2V-14B