Extreme Hobbyists Put Satellites Into Orbit With $8,000 Kits, Wired

"The hexadecagon-shaped personal satellite, called TubeSat, weighs about 1.65 pounds and is a little larger than a rectangular Kleenex box. TubeSats will be placed in self-decaying orbits 192 miles above the earth's surface. Once deployed, they can put out enough power to be picked up on the ground by a hand-held amateur radio receiver. After operating for a few months, TubeSat will re-enter the atmosphere and burn up. "It is a pico satellite that can be a very low-cost space-based platform for experimentation or equipment testing," says Randa Milliron, CEO and founder of Interorbital Systems. About 20 kits have been sold and 14 more are in the process of being handed over to customers, says Milliron."

University students and professors from across the country and Puerto Rico will converge on NASA's Wallops Flight Facility in Virginia this month to learn how to build small experiments that can be launched on sounding rockets. This is part of a week-long workshop, known as RockOn!, that begins June 19.

The 80 workshop participants will build standardized experiments that will fly on a NASA Terrier-Orion suborbital sounding rocket set to launch between 6 a.m. and 9 a.m. EDT on June 24. The 35-foot-tall rocket is expected to fly to an altitude of 75 miles. After launch and payload recovery, the participants will conduct preliminary data analysis and discuss their results.

In addition to the 7 workshop-built experiments, 11 custom-built, self-contained experiments also will fly on the rocket inside a payload canister known as RockSat. The latter experiments were developed at ten universities that previously had participated in a RockOn! workshop.

James Cameron and NASA team up to shoot Mars in 3D, DVICE

"James Cameron got plenty of experience creating an alien world in Avatar. Now the 3D pioneer is looking to test his might with the real deal, Mars, though still in three dimensions. Cameron met with NASA administrator Charles Bolden to pitch the idea of including a 3D camera on the space agency's next generation rover, Curiosity, set to launch toward the red planet next year. "He actually was really open to the idea," Cameron told the Pasadena Star News. "Our first meeting went very well." Beyond the scientific value the detailed images could possess, Cameron may also use the footage in a documentary on Mars in the future."

Avatar Director Helps NASA With Mars Cameras, Information Week

"NASA is getting help from Hollywood director James Cameron to build 3D cameras for the next Mars rover, Curiosity. The space agency abandoned plans to build cameras with the capability for the rover in 2007 due to budgetary concerns. That prompted the director " known for blockbuster films Avatar and Titanic-- to step in and personally petitioned the agency to build the cameras, according to NASA. The agency this month said it has delivered the last two of four science cameras -- called Mastcams -- for the rover without 3D capability."

According to Intelsat: "As the world's largest commercial fixed satellite services operator, Intelsat typically procures 2 to 3 spacecraft per year and currently has 6 satellites - each designed for an operational life of 15+ years - in various stages of procurement and build. Intelsat's spacecraft have many commercial customers who depend upon the timely delivery of satellite capacity and delaying procurement and/or launches could result in unacceptable contention on existing resources across the global fleet."

This a Titan ICBM 1 first and second stage in the location where they have sat neglected for 40 years. We are going to restore this rocket and upgrade it to serve as an educational tool as well as a smallsat payload integration testbed. This project will be undertaken at NASA Ames Research Center at Bldg 596 aka "McMoons" where the Lunar Orbiter Image Recovery Project (LOIRP) has been underway for 2 years. The rocket is slated to be moved to its new location on Thursday 18 March.

Titan 1 first and second stage in the location where they have sat for 40 years.

More photos below

NASA is announcing a new initiative to launch small cube-shaped satellites for education and not-for-profit organizations. CubeSats are a class of research spacecraft called picosatellites, having a size of approximately four inches, a volume of about one quart, and weighing no more than 2.2 pounds.

This is NASA's first open announcement to create an agency-prioritized list of available CubeSats. They are planned as auxiliary payloads on launch vehicles already planned for 2011 and 2012.

"We're anticipating some exciting proposals for this pilot program with hopes to break down the barriers to the launching of CubeSats," said Jason Crusan, chief technologist for NASA's Space Operations Mission Directorate in Washington. "There are organizations that have been waiting a long time for a chance to see their satellites fly in space."

Proposed CubeSat payloads must be the result of development efforts conducted under existing NASA-supported activities. Investigations proposed for this pilot project 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 NASA's Education Strategic Coordination Framework.

Image: CU-Boulder Professor Xinlin Li holds a tiny spacecraft that will carry a CU student-built instrument package into space in 2012 to measure the behavior of so-called "killer electrons" in space that can have negative impacts on spacecraft and astronauts. Image courtesy Emilia Reed, CU-Boulder Laboratory for Atmospheric and Space Physics

The University of Colorado at Boulder has been awarded $840,000 from the National Science Foundation for students to build a tiny spacecraft to observe energetic particles in space that should give scientists a better understanding of solar flares and their interaction with Earth's atmosphere.

The three-year grant to CU-Boulder's Laboratory for Atmospheric and Space Physics and the aerospace engineering sciences department involves the development of a 5-pound, loaf of bread-sized spacecraft carrying a miniature instrument package to observe energetic particles tied to "space weather" in the near-Earth environment. CU-Boulder graduate students working with CU-Boulder faculty and LASP scientists and engineers will develop, integrate and test the experiment as well as conduct subsequent mission operations and data analysis.

By chance I was in Omaha this week when the news was announced that the X-38 was going on display in the Strategic Air & Space Museum there. What an interesting and out of the way place to display this remarkable device. My work schedule didn't allow me the luxury of a visit to the museum, but then I've seen the X-38 up close before.

Disclaimer: I was a member of an independent review team for the X-38 development for a short period of time.

ESA's Education Office has awarded a contract to Surrey Satellite Technology Ltd of the UK to manage the development and testing of the first European student mission to the Moon. Launch is expected in 2013-2014.

Surrey Satellite Technology Ltd (SSTL) has been selected as the prime contractor for the European Student Moon Orbiter (ESMO) project. The final signature of the contract took place on 4 November 2009. The mission involves delivering a spacecraft to lunar orbit, followed by 6 months of operations that include mapping of the lunar surface and studying our nearest neighbour.