Results tagged “nanosat”

8th Annual CanSat Competition

"The Naval Research Laboratory supported the 8th Annual CanSat competition where 26 college rocket teams came together from all over the world to compete. This year's "mission" was to launch an autonomous CanSat (a satellite in a can) with a deployable lander containing one large raw hen egg that cannot be damaged on landing. The "CanSat " refers to the complete system-the carrier and the lander. The event was held on June 8-10, 2012, in Abilene and Burkett, Texas.

The CanSat is deployed from a rocket at an altitude of about 610 meters (2001 feet). Once released from the rocket, the CanSat descends between 10 and 20 meters per second using any type of descent control system or device. At an altitude of 200 meters, the CanSat reduces the descent rate to within 4 and 6 meters per second. At 91 meters altitude, the CanSat carrier releases the lander that contains one large raw hen's egg. The lander hopefully lands without damaging the egg. The lander cannot free fall. It must contain a descent control system or device to reduce the descent rate to less than 5 meters per second. The carrier telemetry data may be stored on-board for post processing in the event of a communications failure. Teams must build their own ground station. Telemetry from the carrier is displayed, in real-time, on a team-developed ground station." More.

"A penny-sized rocket thruster may soon power the smallest satellites in space. The device, designed by Paulo Lozano, an associate professor of aeronautics and astronautics at MIT, bears little resemblance to today's bulky satellite engines, which are laden with valves, pipes and heavy propellant tanks. Instead, Lozano's design is a flat, compact square -- much like a computer chip -- covered with 500 microscopic tips that, when stimulated with voltage, emit tiny beams of ions. Together, the array of spiky tips creates a small puff of charged particles that can help propel a shoebox-sized satellite forward. "They're so small that you can put several [thrusters] on a vehicle," Lozano says. He adds that a small satellite outfitted with several microthrusters could "not only move to change its orbit, but do other interesting things -- like turn and roll." Lozano and his group in MIT's Space Propulsion Laboratory and Microsystems Technology Laboratory presented their new thruster array at the American Institute of Aeronautics and Astronautics' recent Joint Propulsion Conference." More

"The National Aeronautics and Space Administration (NASA) Human Exploration and Operations Mission Directorate (HEOMD) anticipates making launch opportunities for a limited number of CubeSats available on launches currently planned for 2013-2016. The CubeSat Launch Initiative is a project to demonstrate viable launch opportunities for CubeSat payloads as auxiliary payloads on planned missions. NASA anticipates using its authority to enter into one or more collaborative Agreements with selected Respondents ("Collaborators") to support the CubeSat Launch Initiative. During the project, NASA will provide integration and other services as necessary to complete the launch activity. The CubeSat Launch Initiative is open to NASA centers, U.S. not-for-profit organizations, and accredited U.S. educational organizations. Participation in the CubeSat Launch Initiative will be contingent upon selection by NASA and negotiation of an appropriate Agreement between NASA and the Collaborator. Proposed CubeSat investigations must address an aspect of science, exploration, technology development, education, or operations encompassed by NASA's strategic goals and outcomes as identified in the NASA Strategic Plan and/or the NASA Education Vision and Goals." More

"Centennial Challenges is a program of prize competitions to stimulate innovation in technologies of interest and value to NASA and the nation. In 2010 NASA announced a Nano-Satellite Launch (NSL) Challenge to encourage development of safe, low-cost, small-payload delivery systems for frequent access to low Earth orbit (LEO) through innovations in propulsion and other technologies as well as operations and management for broader applications in future launch systems that could result in a commercial capability for dedicated launches of small satellites at a cost comparable to secondary payload launches--a potential new market with Government, commercial, and academic customers. To assist in formulation of the Nano-Satellite Launch Challenge, NASA is seeking additional information on the nano-satellite market and on approaches to address the market needs. There are currently several existing launch vehicles and new launch vehicle programs that could provide ride-sharing opportunities for nano-satellite. A NASA NSL Challenge could focus on a vehicle dedicated to providing greater payload design flexibility for cubesats and other small payloads, more frequent access to space at costs comparable or less than existing or proposed ride-share launch options." More

Firefly Cubesat

"Imagine a fully-instrumented satellite the size of a half-gallon milk carton. Then imagine that milk carton whirling in space, catching never-before-seen glimpses of processes thought to be linked to lightning. The little satellite that could is a CubeSat called Firefly, and it's on a countdown to launch next year. CubeSats, named for the roughly four-inch-cubed dimensions of their basic building elements, are stacked with modern, smartphone-like electronics and tiny scientific instruments. Built mainly by students and hitching rides into orbit on NASA and U.S. Department of Defense launch vehicles, the small, low-cost satellites recently have been making history. Many herald their successes as a space revolution."


CubeSats to NanoSats; Bridging the gap between educational tools and science workhorses, Aerospace Conference, 2012 IEEE

Since their initial development and launch in the early 2000's, the CubeSat platform has captured the imagination and energy of our next generation of spacecraft technologists around the world. Once thought of by the established space community as "toys" and educational novelties, the CubeSat has revolutionized the space-community and broken the acceptance barrier with proven development and on-orbit performance. Leveraging CalPoly's published specification, CubeSats have demonstrated the advantages of a common form factor that can be launched and deployed using a common deployment system by smashing the cost-to-orbit price-point while offering significant mission manifest flexibility. The challenge now lies in transitioning the strengths and success of the CubeSat to mainstream science investigations. While the CubeSat's successes combined with today's budget constraints have served to open the established space community to discussions of innovative ideas to reduce costs; it faces both perceived and real constraints related to mission applications, reliability, payload performance, communications, and operations. The CubeSat model must be evolved to penetrate the stigmas and applied appropriately to become an accepted tool in the world of mainstream science investigations. This paper identifies issues and presents potential solutions and lessons-learned regarding these issues based on several recent mission concept developments for potential real-world applications.

Testing New Software Via Nanosat

Innovative Nanosat Will Test Space Software

"How do you test ground-breaking satellite software under real flight conditions? Why not build a satellite? A new design developed by ESA promises new opportunities for European space industry to test software on an actual mission in space. The popular image of a 21st-century satellite includes a sleek design, gossamer solar arrays, ultra-high-tech components and cutting-edge digital electronics. And the onboard software must be the very latest thing, too, right? Wrong. Or, at least, the reality is much more prosaic: software used in satellites today is certainly good, but it rarely runs the latest operating systems, languages or interfaces. "Space software is generally older because it is selected for its proven, rock-solid reliability rather than its use of the latest and newest programming technologies," says Dave Evans, a mission concept engineer at ESOC, ESA's European Space Operations Centre, Darmstadt, Germany. "ESA is still using the Packet Utilisation Standard to control our satellites, which was defined in 1994. "Today, the software for terrestrial computers has completely changed. Who else do you know still using software from 1994? Back then, PCs were running Windows 3.1 with 3.5-inch floppy disks."

NASA Ames Cubesat Opportunity

NASA Notice: Scientific Payload for Multipoint Space Physics Measurements: Nanosat Cubesat

"This notice is to solicit information from the small satellite community. NASA is seeking sources to develop and deliver a low cost, 1/2U (10cmx5cmx10cm) scientific payload for multipoint space physics measurements on a NanoSat Spacecraft of 1.5U CubeSat form factor. Please see the attached "Draft" Statement of Work (SOW) for additional details regarding this future acquisition."

NEW-GEN_Spotlight.jpgNEW-GEN™ a new cross-platform brand with a comic book distribution deal with Marvel has published it's first spotlight interview with Dr. Brad Edwards. This comes right after the Space Elevator Conference in Redmond, WA .

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