This 3D model is a sculptural storytelling playground centered around a giant watering can with sunflowers planted inside, where a ladybug climbs upward and the watering can pours water onto young sprouts.The overturned flower pot becomes a small playhouse, inspiring children’s imagination, while the soil spilled from the pot is expressed as soft mounded terrain.On top of this mound sits a caterpillar shaped bench, representing the caterpillar that once lived inside the flower pot and now functions as a seating and play element for children.Sprout columns, flowers, and caterpillars emerge from the ground as if they have grown from the water poured by the watering can.The flower elements function as rocking play equipment, while the caterpillar elements serve as benches and rocking play features, integrating play and storytelling into the design.The playground surface design visually represents flowing water poured from the watering can.The ground beneath the watering can is shaped as a gently sloped mound to express the tilted watering can, and the flowing water transforms into a themed slide, creating a sculptural play landscape.Designed as a story based playground system, this model is created for playground designers, landscape architects, and public design professionals.The playground is organized around the tilted watering can as a visual landmark of the theme and includes slides, tunnel play, net climbing, and ground level play elements forming a sprout themed play environment.Rather than a single large play structure, the overall layout is composed as a flowing play field.Gentle mounded terrain and circular patterned surfacing are combined to encourage free movement, exploration, and imaginative play.Under the story concept “A gentle garden playground where children explore flowers, paths, and playful terrain,”the landscape, play equipment, and surfacing are organically integrated into a unified storytelling playground system.The model is designed based on children’s safety standards and professional playground planning principles, making it suitable for real world fabrication and construction as well as direct application in practical projects.The entire model is created in Rhinoceros, and all components are clearly organized with professional layer structures, allowing easy modification, scaling, layout changes, and partial reuse according to site conditions.Materials are assigned using Rhino object colors, enabling designers to freely apply their own color plans and material systems.