- Uniworld will launch three new Super Ships and eight itineraries in 2028
- The S.S. Helen sails the Danube, S.S. Clara joins the Rhine fleet
- The Mekong Mystique expands Uniworld’s presence along the Mekong
- A new Mystery Journey begins June 15 with two clues for guests
- New itineraries include a 30-day Amsterdam to Black Sea sailing
Uniworld Boutique River Cruises has announced its 2028 programme, launching three new Super Ships, eight itineraries and a Mystery Journey. The added offerings will introduce guests to lesser-explored destinations along the Danube and Rhine, extended journeys on multiple rivers and countries, and new ways to experience Germany and France during the holiday season, while expanding Uniworld’s fleet to 22 ships. The company will welcome three ships to its fleet in 2028: the S.S. Helen, S.S. Clara and Mekong Mystique.
The S.S. Helen will sail the Danube, the S.S. Clara will join the Rhine fleet and the Mekong Mystique will expand Uniworld’s presence along the Mekong. Uniworld will launch eight new itineraries across Europe and Asia in 2028, including the 30-day Amsterdam to the Black Sea sailing aboard the S.S. Helen or S.S. Clara. Other new itineraries include Eastern Europe Exploration at 25 days, Danube East & West at 18 days, and Grand France Holiday at 15 days aboard the S.S. Catherine and S.S. Joie de Vivre.
Uniworld is also putting a fresh spin on its guest-favourite Mystery Cruise concept in 2028 with the debut of an entirely new Mystery Journey. Beginning June 15, the 11-day experience comes with just two clues: guests will arrive through Luxembourg Airport and depart from Zürich Airport. The new Mystery Journey builds on the popularity of the Mystery Cruise concept, which has become a hallmark of Uniworld’s innovative approach to river cruising.
Ellen Bettridge, president and CEO of Uniworld Boutique River Cruises, shared “2028 is shaping up to be an incredibly exciting year for Uniworld, giving our guests the opportunity to see more, travel farther and experience destinations in entirely new ways.”
