CubeSat is Cal Poly’s plan to make space accessible to the rest of us. That is, they want to make it easy and cheap enough to launch satellites that even high schools can get a chance at it. Engadget says they call it “the Apple II of space exploration” (link added). Here, read this:

The CubeSat Project is a international collaboration of over 40 universities, high schools, and private firms developing picosatellites containing scientific, private, and government payloads. A CubeSat is a 10 cm cube with a mass of up to 1 kg.

…we provide a standard, reliable, and flight proven deployment system. The Poly Picosatellite Orbital Deployer, or P-POD, is a tubular, spring loaded mechanism taking up very little space. It can be integrated into any launch vehicle and protects primary payloads from the CubeSats and vise-vera. By repeatedly flight proving the P-POD design, we hope to instill confidence in launch providers, primary payloads, and organizations interested in flying experiments on CubeSats. We envision a day when P-PODs can manifested into a mission with minimal per launch integration time and engineering costs.

Launch costs are said to be about $40,000, while Engadget figures construction costs will run another $40,000. CubSatKit.com offers parts (price list) that they say fully conform to the design specification (oversized drawing).

The next launch is scheduled January 2005 with 14 satellites from 11 entities, including a private CubeSat from The Aerospace Corporation.

tags: calpoly, cubesat, cubesat project, diy, diy satellite, launch vehicle, microsatellite, pod, pods, satellite, space, space exploration, space race

Tom Mangan has put the Google Maps API to interesting use with his space shuttle tracking page. Also worth checking out: his Blackbird Spotting site and TLable, a little extension to make pinning/annotating maps even better.

blackbird, google maps, map api, space, space shuttle, spacecraft, sr-71, tom mangan