Shooting Stars Allende

Xerjoff Shooting Stars Allende – A Celestial Symphony for Iconic Women

Description: Enchanting, timeless, and breathtakingly sophisticated—Shooting Stars Allende by Xerjoff is designed for the woman who seeks an aromatic connection with the stars. Inspired by cosmic beauty and celestial wonders, this scent captures the essence of pure glamour and elegance.

Fragrance notes: Unveil your senses with an opening of luscious Italian bergamot and sweet pineapple. This radiant burst promises an immediate lift, akin to the first glimpse of a shooting star in a velvet sky.

As this olfactory journey advances, an exquisite heart of rose, lily of the valley, and iris blooms, creating a soft, floral cascade. Romantic and ethereal, it envelops you in a stunning aura of femininity and grace.

The base resonates with a luxurious backdrop of amber, vanilla, and musk. Warm, creamy, and enduring, these notes provide a harmonizing dry-down, infusing sophistication into every lingering moment.

Shooting Stars Allende is more than a fragrance—it’s an adventure among the stars. Perfect for those celestial evenings, date nights, or when commanding admiration in social gatherings, its essence transforms your world into an enchanting journey of beauty.

This vibrant Eau de Parfum acts as an impeccable bridge between the elegant and the audacious—perfect for self-confident women who cherish their powerful presence.

With its intense formula and long-lasting sillage, Shooting Stars Allende ensures your allure shines through every moment. It's the scent of ambition and dreams, captured in a bottle.

Volume & Size: Available in 50ml (1.7 oz) and 100ml (3.4 oz) Eau de Parfum bottles. Elegantly sculpted, the flacon reflects both classic luxury and modern artistry, enhancing its celestial origins.

Don't just look to the stars—wear them. Experience every day as a stunning revelation, express your inner radiance, and inspire timeless elegance. Embrace the essence of Xerjoff’s Shooting Stars Allende and ascend to celestial heights.