A Joint Tau Zero Foundation and British Interplanetary Society Initiative
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Project Daedalus – Background

The potential of nuclear power as a propulsion mechanism that would allow for interstellar flight has been recognized since the first half of the 20th century. The idea was initially proposed by Stanislaw Ulam at Los Alamos in 1947 and then, in 1958, Ted Taylor initiated Project Orion.

The idea behind Project Orion is to detonate a nuclear charge at some distance from a vehicle. The detonation creates an expanding plasma wave which transfers momentum to the vehicle by hitting a pusher plate. This detonation process is repeated, and the rocket achieves thrust. In 1965, the Test Ban Treaty, which prohibits the detonation of nuclear devices in space, put a stop on the development of the nuclear pulse rocket.

Several years later, Alan Bond of the British Interplanetary Society, believed that the time was right to investigate the feasibility of an interstellar mission. He discussed the idea with members of the Society and Project Daedalus was born.

Project Daedalus began on 10th January 1973 and the final reports were published 15th May 1978 taking just over 64 months or over 5 years. Approximately  10,000 man hours were used by 13 core designers and several additional consultants.

In essence, Project Daedalus was a feasibility study for an interstellar mission, using 1970’s capabilities and credible extrapolations for near-future technology. One of the major objectives was to establish whether interstellar flight could be realized within established science and technology.

The conclusion of the report was that Interstellar flight is feasible.

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Interstellar Propulsion and the Fermi Paradox

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6 comments

1 The Fermi Paradox, Project Daedalus, Project Icarus — Project Icarus { 12.19.09 at 4:57 pm }

[...] people read about The British Interplanetary Society Project Daedalus they usually marvel at the boldness of the idea and the amount of thought that went into the [...]

2 Project Icarus, fusion proplsion, pulsed fusion engine, Nuclear Propulsion, Nuclear Engine — Project Icarus { 12.23.09 at 2:50 pm }

[...] it is necessary to understand some of the history of how Project Daedalus came about. It is generally accepted that the nuclear pulse propulsion scheme as proposed by [...]

3 Interstellar Navigation, Project Icarus, Project Daedalus, Interstellar propulsion, starship, fusion drive, fusion propulsion — Project Icarus { 02.23.10 at 12:34 am }

[...] no longer ‘fixed’ in the sky, how would you navigate then?  This was the question asked by the Daedalus team in the 1970s as they planned their flight out of the solar system to Barnard’s star.  Despite [...]

4 Project Icarus, Project Daedalus, Interstellar Travel, Interstellar technology, interstellar propulsion, travel to the stars — Project Icarus { 03.13.10 at 11:15 pm }

[...] Daedalus” was inspired by advances in nuclear fusion technology as well as the 1960s “Orion” nuclear pulse rocket. The apparently rapid developments in laser and electron beam initiation of fusion in the early [...]

5 icarus interestellar, interstellar navigation, fusion starship, fusion propulsion, Daedalus, project Daedalus — Project Icarus { 05.06.10 at 9:37 pm }

[...] Project Icarus Team plan to follow on from Project Daedalus and design an interstellar spaceship. A few questions might spring to mind, such as, ‘amazing, how you gonna do that’? Or perhaps, [...]

6 Starship economics, intestellar vehicle cost, cost of interstellar flight, starship cost — Project Icarus { 06.09.10 at 11:35 pm }

[...] we’ll have the full ‘Daedalus Class Starship’ with a price tag of $100 [...]

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