At Titanic Tech, our work is grounded in accuracy, reliability, and historical integrity. Whenever possible, we use verified shipyard drawings, original documentation, and primary historical materials to ensure that every detail reflects the authentic design and construction of RMS Titanic. When original sources are unavailable, we turn to carefully selected secondary resources—such as photographic evidence, dive expeditions, external technical drawings, and other reputable third‑party information. Every source used in our research is clearly cited within each article. We never present our findings as established fact; rather, our mission is to contribute well‑supported, transparent analysis to the wider Titanic research community using all available resources.
Commitment to Accurate Sources
Researching the Titanic requires navigating a vast and sometimes inconsistent body of information. To maintain the highest standards, Titanic Tech prioritizes original materials and historically reliable references. This includes archived shipyard drawings, contemporary photographs, and respected publications such as The Ship Magnificent, NMNI resources, and documents produced during Titanic’s construction era. By grounding our work in these sources, we ensure that every interpretation remains as faithful as possible to the ship’s true historical and technical reality.
A Long‑Standing Passion for the Titanic
The journey began with the impact of James Cameron’s 1997 film Titanic—a spark that grew into a deep and lasting interest in the vessel’s engineering, aesthetics, and human stories. This passion continues to be fueled by the work of historians, researchers, and creators across the world. Research naturally progresses in phases: sometimes intensively, sometimes at a slower pace. But the dedication behind the work remains constant, and every new insight adds depth to the ongoing exploration.
Current Focus: Structural Frame Analysis
The ongoing project concentrates on analyzing the TANK AND FLOORS technical drawing to accurately determine the lengths and configurations of frame components. This task is both complex and time‑consuming, requiring detailed interpretation of historical engineering records. Each advancement brings the 3D model closer to a precise digital reconstruction of Titanic’s structure—one step at a time.