RMS Titanic left Southampton on April 10, 1912 on her maiden voyage to New York. The scheduled passage included calls at Cherbourg, France, and Queenstown in Ireland, now Cobh. Those port calls are firmly documented. Any modern line connecting them should still be labeled as a route reconstruction rather than a continuous record of the ship’s exact position.
Titanic was built by Harland and Wolff for the White Star Line and represented the scale of early twentieth-century North Atlantic passenger traffic. Her propulsion system combined two large reciprocating steam engines driving the port and starboard propellers with a low-pressure turbine driving the center propeller. Her watertight subdivision was advanced for a passenger liner of the period but was not sufficient for the pattern of flooding that followed the collision.
During April 14, Titanic received a number of wireless messages concerning ice. At about 11:40 p.m. ship’s time, lookouts sighted an iceberg ahead. The bridge ordered evasive action, but the ship’s starboard side struck or brushed the ice. Damage admitted water into more forward compartments than the vessel could remain afloat with.
The sinking was progressive. As the bow settled lower, water could move into additional spaces above the tops of watertight bulkheads. Titanic disappeared beneath the Atlantic in the early hours of April 15. Casualty totals vary slightly among historical sources because lists were revised and categories differed, so TransitSatellite should identify the source behind any exact total instead of pretending that every published number is identical.
The lifeboat failure was partly a regulatory failure. Titanic carried lifeboat capacity that complied with the British rules then in force, but those rules had not kept pace with the increasing size and passenger capacity of ocean liners. Several boats also left with unused seats. The disaster therefore exposed the difference between legal compliance and adequate safety provision.
Wireless telegraphy was central to the emergency. Distress calls reached other ships, and RMS Carpathia altered course toward Titanic’s reported position. Carpathia arrived after the sinking and recovered survivors from the boats. The rescue and the communications record became important evidence in the investigations that followed.
The United States Senate began hearings almost immediately after survivors reached New York, while Britain conducted a formal Board of Trade inquiry. Those 1912 investigations preserve sworn testimony, diagrams, technical evidence and contemporary judgments. Later books, films and recollections are part of Titanic’s cultural history, but they should not replace the official inquiry record when reconstructing the voyage and sinking.
The disaster accelerated major changes in maritime safety: lifeboat requirements, radio watch practices, ice reporting and international safety conventions. The International Ice Patrol emerged from the same response. Titanic is therefore not only a disaster story but a case study in how transportation systems change after regulations and assumptions are shown to be inadequate.
For TransitSatellite, the story should distinguish the documented itinerary, the ship’s reported positions, the collision area and the planned destination. A smooth GPS-like track would falsely imply precision that the 1912 evidence does not provide.