Chasing Sunsets Maison Martin Margiela for women and men
Maison Martin Margiela
Save to my notebookChasing Sunsets by Maison Martin Margiela is a Floral Fruity fragrance for women and men. Top notes are Mango and Guatemalan Cardamom; middle notes are Tuberose and Solar Notes; base notes are Sandalwood, Vanilla and Moss.
Scent
tropical · woody · fruity
Top notes
Mango, Guatemalan Cardamom
Heart notes
Tuberose, Solar Notes
Base notes
Sandalwood, Vanilla, Moss
Source details
Description
Chasing Sunsets by Maison Martin Margiela is a Floral Fruity fragrance for women and men. This is a new fragrance. Chasing Sunsets was launched in 2026. Chasing Sunsets was created by Elise Benat, Dora Baghriche, Coralie Spicher and Gabriela Chelariu. Top notes are Mango and Guatemalan Cardamom; middle notes are Tuberose and Solar Notes; base notes are Sandalwood, Vanilla and Moss. Chasing Sunsets by Maison Margiela is a unisex fragrance from the Replica collection, introduced in 2026, reviving a moment in Ipanema in 1965. The composition highlights a fruity-floral character built around mango and tuberose, supported by a sandalwood base. Mango adds a soft, tropical fruit nuance, while tuberose brings creamy white-floral facets. Sandalwood grounds the blend with a smooth, woody warmth, resulting in a modern fragrance that balances fruit, florals, and woods. Crafted by four perfumers - Elise Benat, Dora Baghriche, Coralie Spicher, and Gabriela Chelariu – is an olfactory escape to Brazil's vibrant beach culture. This addictively tropical fragrance, built around a juicy mango accord and radiant, solar white flowers, transports you to iconic Ipanema Beach for a moment of bliss suspended in time under the sun’s endless golden glow. Top notes: Mango accord, Cardamom Heart Guatemala Middle notes: Tuberose, Solar White Flowers Base notes: Sandalwood Heart New Caledonia, Vanilla Accord, Crystal Moss
More scents
sweet · tuberose · powdery · warm spicy · white floral · terpenic
Scent notes describe a smell. They do not confirm ingredients or safe amounts.