In the realm where entertainment meets engineering marvels, Royal Caribbean’s Star of the Seas cruise ship has set a new benchmark in immersive live performances at sea. Debuting in August 2025, this vessel is not only one of the largest and most technologically advanced cruise liners globally, it also hosts a roster of spectacular shows that rival any land-based stage production. Among these features is the thrilling “Torque” show, a high-energy event that combines extreme stunts, synchronized aquatic choreography, aerial artistry, and cutting-edge effects. Central to this lineup is the motorcycling feat known as the MotoGlobe—a daring stunt where riders execute a full 360-degree ride inside a steel sphere, capturing the imagination of audiences on the open ocean.
Royal Caribbean’s ambitious vision for MotoGlobe called for an unprecedented engineering feat: a stunt apparatus that could safely function in a dynamic ship environment while maintaining the thrill and spectacle audiences expect. “The Globe needed to balance performance, modularity, durability, and shipboard practicality,” explains Entertainment Project Services (EPS), the full-service design and development company responsible for turning this concept into an operational masterpiece. EPS leveraged its extensive experience in theatrical engineering and marine installations to develop a mechanical marvel that perfectly unites showmanship with safety and operational efficiency at sea.
One of the standout challenges was ensuring that the MotoGlobe could split neatly into two sections for storage and scene changes, yet lock together seamlessly for performances. EPS engineers meticulously designed the structure to withstand the intense dynamic loads generated by the riders as well as the motion of the ship itself. EPS further underscored their commitment to excellence with a comprehensive Factory Acceptance Test (FAT) involving Royal Caribbean and the stunt riders. This rigorous testing proved that the Globe met all mechanical and safety requirements well before it even boarded the ship.
The Globe’s modular design also addressed the logistical demands of international show shipping and installation, carefully engineered to endure packaging, ocean transport, and onboard assembly. EPS’s oversight extended through every stage—from transport and installation to commissioning and training the ship’s crew on operation and maintenance—ensuring the stunt could be performed reliably for years to come.
More than just a high-adrenaline stunt, the MotoGlobe epitomizes how creative ambition and meticulous technical engineering can converge to create landmark moments in live entertainment. It symbolizes the cutting edge of theatrical innovation, where engineering meets artistry in ways that elevate the audience experience and redefine the possibilities for shows aboard cruise ships and beyond. As EPS puts it, their work on the MotoGlobe “demonstrates its ability to make the impossible not only possible but spectacular,” and solidifies their standing as international leaders in entertainment engineering.
In the broader context of entertainment venues pushing the limits of immersive experiences, Star of the Seas and its MotoGlobe sequence exemplify the future of live performance spaces that harness technology’s full potential while being adapted to unique environments such as ocean-going vessels. This project reflects a growing trend in the entertainment industry towards integrating engineering ingenuity with creative storytelling to deliver experiences that are both breathtaking and technologically sophisticated.
As the entertainment field evolves, such innovations foster new avenues for creators and designers to develop captivating experiences in diverse settings—from fulldome theaters and planetariums to cruise liners and large-scale theme parks. They open the door for more immersive, versatile, and technically challenging productions that engage global audiences in fresh and exciting ways. Through projects like the MotoGlobe, the intersection of mechanical design, live performance, and audience engagement continues to flourish, expanding the boundaries of what entertainment can achieve both on land and at sea.
Originally reported by Rebecca Hardy via blooloop.com on 2025-11-12 03:22:00.
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