TITAN — Kyzis Conceptual Spacecraft Simulation

Titan is a spacecraft featuring a large rectangular crew compartment, a pointed nose, and four SMD accelerator rings — containing dense matter spheres — with two on each side. The simulation begins with a four-second SMD spin-up on the ground, reaching 180 revolutions per minute, followed by an eight-second progressive takeoff. Viewed from above, the spheres on the left rotate clockwise, while those on the right rotate counterclockwise. Once airborne, increasing the SMD speed on one side moves the spacecraft toward that same side, according to the proposed conceptual model. Titan banks slightly in the direction of movement and gradually returns to level as it slows down. The dark Kyzis interface, highlighted with vivid red accents, lets users start, pause, and reset the simulation, independently adjust the left and right SMD speeds, and manipulate the 3D camera. Indicators display the flight phase, altitude, lateral speed, and bank angle. Available in French and English, the interface includes a collapsible menu for mobile devices. This simulation is a visual exploration of the Titan concept. Its movements follow animation rules and do not constitute physical validation of the SMD propulsion system.