AI-generated tattoo projects present a refined black and grey fine line floral bouquet sketched on a clean sheet of paper. The central composition features three large blossoms with delicate, slightly cupped petals, subtle shading, and arrangements of smaller daisies and buds. Leaves extend with slender stems, balancing the vertical axis and guiding the eye along a rhythm that would translate well into a tattoo on the forearm, shoulder, or back. The linework employs varying weights—from fine threads to bolder contours—creating depth and a tactile sense of dimension that mimics graphite illustration. A scattering of gold specks punctuates the composition, adding a hint of warmth and contrast that catches light in a way ink tends to lose in monochrome. The surrounding studio tools—a handful of brushes—frame the piece, reminding the viewer that this is a study in ink-inspired technique rather than a finished skin piece. The overall mood is calm and natural, with the bouquet suggesting growth, renewal, and connection between blossoms that echo the idea of meaningful tattoos chosen for personal symbolism. From a tattoo design perspective, this study demonstrates how a botanical motif can function as a small, versatile piece or as a larger botanical sleeve concept when scaled. It suits black and grey realism and fine line tattoo aesthetics, offering a reliable template for custom tattoo design where precise line control and shading define the final result. The AI-generated origin signals a modern approach to motif development, enabling artists and clients to experiment with floral geometry, spacing, and balance before committing to skin. While the core is delicate and restrained, the piece remains rich enough to inspire a range of placements, from wrists and ankles to ribs and shoulders, and it can be adjusted to accommodate different skin tones and healing considerations. This floral study fits well within the broader tradition of flower tattoos and small tattoos, reinforcing timeless appeal while embracing contemporary, precision-focused ink techniques.