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ISAS Deployed Solar Sail Film In Space

The deployment of clover type film taken by a camera onboard S-310 rocket. (ISAS image)
Kagoshima (SPX) Aug 12, 2004
ISAS launched a small rocket S-310-34 from Uchinoura Space Center in Kagoshima, Japan, at 15:15 [0615 UTC], August 9, 2004 (Japan Standard Time). The launch was the culmination of a historic new technology, the world-first successful full-fledged deployment of big films for solar sail.

A solar sail is a spacecraft without a rocket engine. It is pushed along directly by light particles from the Sun, reflecting off its giant sails. Because it carries no fuel and keeps accelerating over almost unlimited distances, it is the only technology now in existence that can one day take us to the stars.

Although both scientists and science-fiction authors have long foreseen it, no solar sail has ever been launched until now. It is because superlight material for thin film which could bear extremely critical environment in space.

Now due to the development of material and production technology, we can utilize promising film materials for solar sail, and the experimental deployment trials toward realization of solar sail have been initiated in some countries.

The S-310 rocket which was launched from Uchinoura Space Center at 15:15 of August 9, 2004, carried two kinds of deploying schemes of films with 7.5 micrometers thickness.

A clover type deployment was started at 100 seconds after liftoff at 122 km altitude, and a fan type deployment was started at 169 km altitude at 230 seconds after liftoff, following the jettison of clover type system.

Both experiments of two types deployment were successful, and the rocket splashed on the sea at about 400 seconds after liftoff.

Related Links
Uchinoura Space Center at JAXA
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NASA Solar Sail Propulsion Team Successfully Deploys Two Solar Sail Systems
Huntsville AL (SPX) Aug 10, 2004
NASA's Solar Sail Propulsion Team and industry partners have successfully deployed two 10-meter solar sails in a vacuum environment - a critical milestone in development of the unique propulsion technology that could enable future deep space missions. Solar sail propulsion uses the Sun's energy to travel through space. The work is led by the In-Space Propulsion Technology Projects Office at the Marshall Center.



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