VIVI 30ML Chanel Coco Madam Type

Description

VIVI Coco Madam Type is a sophisticated and modern Oriental Floral women’s Eau de Parfum inspired by the elegance of Chanel Coco Mademoiselle. The fragrance opens with sparkling citrus and soft orange blossom, transitions into a luxurious bouquet of rose, jasmine, mimosa, and ylang-ylang, and finishes with a refined base of patchouli, white musk, vanilla, vetiver, and tonka bean. Crafted for the confident woman, this scent blends freshness with sensual depth, creating a long-lasting and versatile signature.

Scent Family

Oriental Floral.

Fragrance Pyramid

The opening brings a bright and fresh combination of orange, mandarin, and bergamot with delicate orange blossom. As the fragrance evolves, the floral heart blooms with Turkish rose, jasmine, mimosa, and ylang-ylang, offering a rich, feminine core. The dry down introduces warm patchouli, creamy vanilla, white musk, vetiver, and tonka bean, delivering elegance, softness, and depth that lingers on the skin.

Character and Story

This perfume reflects independence, sophistication, and modern femininity. It blends luminous freshness with warm sensuality, making it suitable for both daytime and evening wear. VIVI Coco Madam Type captures the timeless spirit of the original, offering accessible luxury crafted with premium ingredients and African perfumery artistry.

Longevity, Projection, and Sillage: Performance Ratings

Scent: Fresh citrus, soft floral, warm patchouli-vanilla base.
Longevity: 7 to 10 hours depending on skin type.
Projection: Moderate to strong, especially during the floral heart.
Opening: Bright citrus sparkle and delicate blossoms.
Dry Down: Smooth patchouli, warm vanilla, soft musk.
Mood: Elegant, confident, feminine, refined.

Layering Combos

Recommended Pairing: VIVI 30ML Lady Million Type
Why It Works: Lady Million adds honeyed warmth and a golden sweetness that blends beautifully with the patchouli-vanilla base of Coco Madam, creating a richer, fuller floral-gourmand profile with enhanced depth and projection.