Mission X

Duel in the Dark (2x4)

Data di messa in onda: Ott 31, 2004

The uproar in Downing Street was considerable. Just a year after Hitler grabbed power, a new, stiff breeze was blowing across Europe and it was not good. Britain was in serious danger. The country's natural moat, the English Channel, no longer posed much of a barrier because of the new breed of faster, longer range aircraft. "England is no longer an island," Britain's concerned political leaders were saying. The government of his majesty, King George, declared air defense its highest priority. In this tense situation, the Scottish physicist, Watson Watt, came up with a revolutionary idea and set out to invent an air surveillance system using radio waves. His system would be able to identify airborne objects hundreds of miles away by night or day, rain or shine, fog or snow. His urgent task was to develop a shield against the growing signs in the 1930s that a new world war was imminent. Watt was convinced that his vision was unique. But in not-so-far-off Germany, two young engineers were tirelessly working on the same trailblazing concept. The two self-taught young men, Paul Erbslöh and Hans Karl von Willisen, were hoping that their invention in future would prevent disasters like the sinking of the Titanic. Under the watchful eye of the German navy, they were close to developing a mobile radar system. They recognized too late in whose hands they had placed their fate and were overrun by the events of history. "Duel in the Dark" is the fascinating story of scientists unknown to each other competing to develop the world's first radar on the eve of a terrible confrontation. This is a story, full of drama, disappointing setbacks, technological achievement, espionage and patriotism. What began as a vision nurtured by a few individuals would revolutionize the art of war like no other invention before it. For the first time in history, military commanders could have early information in their hands about the movements of enemy troops and strategically re-deplo