Celebrating the Monogram flowers, the emblematic Louis Vuitton Color Blossom fine jewelry collection in 2026 welcomes a new stone color – the eye-catching, navy-blue hued sodalite, which is rarely seen in jewelry today – while also introducing new pavé designs. A total of 28 new jewels now enhance the Color Blossom collection, inviting wearers to play, stack, combine and self-style the pieces.

This year, the House welcomes a brand-new stone to the Color Blossom repertoire: sodalite. With a beautiful navy-blue hue, sodalite is a strong, relatively opaque stone with subtle inclusions, highlighting its link to nature and the elements. Known as the “salt stone”, sodalite is rarely seen in jewelry today.

The introduction of sodalite is marked with a full set of jewels, for a total of seven new pieces. Two delicate and more classic pendant necklaces, in a star and sun motif, are joined by a long sautoir necklace. There is also a standout multi-motif bracelet playing with a sodalite star and a paved sun. A more elevated version accented with a unique motif and a precious round brilliant diamond. A simple star stud earring joins the lineup, while an open ring, set with a sodalite star paired with a precious diamond, rounds out this debut.

In addition to a new hard stone, pavé creations are also being introduced across the line. They are adding more luminosity and sparkle, but also new self-styling options to mix, match and complement the existing Color Blossom line. Luxuriantly enveloping the center bombé stone, the precious pavé detail frames the signature motif, enhancing contrast with light and shade, while emphasizing the center stone’s depth and intensity. This workmanship calls upon the demanding execution of the in-house jewelers, where the gold is delicately polished to a high shine, requiring precise skill to meet each distinctive angle.

As ever, the Monogram’s creative spirit continues to inspire, and new jewels are further being added to Color Blossom, launching even more versatile ways to wear the collection.