Momo Belia Deviluke is depicted in a chic Desktop Cute scale, shown as a petite yet elegant figure wearing a Chinese cheongsam dress with red and gold accents. Her long pink hair falls in twin tails that frame her playful face, with delicate ribbons and tiny accessories catching the light. The cheongsam features a mandarin collar, ornate frog buttons, and subtle side slits that reveal a hint of leg, all hand-painted with careful shading to bring out the fabric's sheen. She stands on a circular base with a matching motif, while a small charm or accessory adds a touch of whimsy. The pose is lively, with one hand posed gracefully and a coy expression that captures her mischievous charm. The overall finish is glossy with crisp linework, giving a premium display presence on desks or shelves. The figure blends the cute desk toy vibe with the elegance of a traditional dress, making it a standout piece for collectors who enjoy a mix of kawaii styling and refined sculpting.

Momo Belia Deviluke is the youngest princess of the Deviluke royal line in the To LoveRu universe. Known for her brilliant mind and playful schemes, she frequently uses charm and clever ideas to shape outcomes in her favor and to nurture the romantic interests of those around her. Though initially arriving on Earth to observe and meddle, Momo quickly forms bonds with the human cast, especially the central protagonist. In To LoveRu Darkness, her role evolves from a prankster to a thoughtful ally who seeks to protect friends and create opportunities for happiness, often orchestrating events behind the scenes. Her alien heritage and abilities add a supernatural flair to her interactions while her affectionate, teasing nature keeps the tone light. Through her plans and gentle interventions, Momo reveals both a genuine kindness and a youthful impatience that makes her both endearing and unpredictable. Her presence illustrates themes of friendship, family, and the delicate balance between mischievous ambition and heartfelt care that defines her character arc across the series.