HTC's Nexus One is about to create its own massive jump into the inky blackness of area, complimentary of NASA. The legendary organization is designed to create progress in its Small Spacecraft Technology Program by identifying if affordable customer components can dependably endure traumatic trips through area.
So, exactly why is providing a smart phone beyond our azure fish dish important to NASA? The organization considers rocketing pint-sized satellite tv into area will set the groundwork for a low-cost payload distribution system. NASA eggheads wish to also improve upon or progress new space techniques by working with smaller sized gadgets.
The first trend of these smartphone-powered satellite tv will be located in a flip, cube-based framework created as a CubeSat. The size of the first PhoneSat will period just 10x10x10 inches -- that's about twice the size of a Rubik's Dice. The spend will contain a Nexus One smart phone, an exterior power supply, stations equipment and a watch dog routine which be will be used to restart it in case the requirement occurs.
If you own a Nexus One, take a moment to feel proud: the smart phone efficiently finished NASA's stress assessments without any variations. Those models ensure the Nexus One will be able to hold up against the afflication of release and orbit.
Somewhat amusingly, the PhoneSat's small, four-pound self will be naturally situated upon an Antares explode during release -- a 15,000-pound, 133-foot massive billed with the liability of providing the small system beyond the out levels of environment. From high above us, PhoneSat 1.0 will orbit for a bit, providing indicator data and images returning to objective control.
After the release of PhoneSat 1.0, a more innovative heir is organized. PhoneSat 2.0 will be improved to a Nexus S and contain more innovative components, such as screen arrays and a two-way microwave stations.
These model PhoneSat models will price NASA just $3500 each. However, catapulting the satellite tv into LEO on the returning of an Antares explode should still price many huge amount of money. After all, repel the Global gravitational take is no simple accomplishment.
So, exactly why is providing a smart phone beyond our azure fish dish important to NASA? The organization considers rocketing pint-sized satellite tv into area will set the groundwork for a low-cost payload distribution system. NASA eggheads wish to also improve upon or progress new space techniques by working with smaller sized gadgets.
The first trend of these smartphone-powered satellite tv will be located in a flip, cube-based framework created as a CubeSat. The size of the first PhoneSat will period just 10x10x10 inches -- that's about twice the size of a Rubik's Dice. The spend will contain a Nexus One smart phone, an exterior power supply, stations equipment and a watch dog routine which be will be used to restart it in case the requirement occurs.
If you own a Nexus One, take a moment to feel proud: the smart phone efficiently finished NASA's stress assessments without any variations. Those models ensure the Nexus One will be able to hold up against the afflication of release and orbit.
Somewhat amusingly, the PhoneSat's small, four-pound self will be naturally situated upon an Antares explode during release -- a 15,000-pound, 133-foot massive billed with the liability of providing the small system beyond the out levels of environment. From high above us, PhoneSat 1.0 will orbit for a bit, providing indicator data and images returning to objective control.
After the release of PhoneSat 1.0, a more innovative heir is organized. PhoneSat 2.0 will be improved to a Nexus S and contain more innovative components, such as screen arrays and a two-way microwave stations.
These model PhoneSat models will price NASA just $3500 each. However, catapulting the satellite tv into LEO on the returning of an Antares explode should still price many huge amount of money. After all, repel the Global gravitational take is no simple accomplishment.