Set up a portable XM Radio in your house…
Dissident75 shows how to set up a cheap xm radio in your house without buying the “home kit”. All done with cheaper/free parts. “This weekend I was bored and needed to do something. I had purchased a Roady2 XM Reciever for a exgirlfriend but broke up with her before giving it to her. Seemed like a shame to let it go to waste, and I had been curious about satellite radio for a while. Examining the package, it was a standard car install kit. Including the receiver, the antenna, 2 types of mounts (vent and pedestal), a tape adapter, dc power supply (cig lighter), and a few colored faceplate accents. Standard fare really. Useful for a car install but useless for a house install.” Link. In MAKE volume 01 we show how to make your own battery pack too (for XM radios).
C Connors writes – “A student had a need for sound while running with his friends. Over several revisions, he has made several portable audio systems to provide entertainment at track meets and other running events. 
This looks handy for collaborative CAD work, but a little pricey at $995 – “Adobe’s Acrobat 3D software lets people view three-dimensional objects with the Acrobat reader, append notes to the images and send them to colleagues. Typically, design engineers today create a two-dimensional image and send them via e-mail, Bhalla said. Having an embedded 3D image, which people can rotate to view and append with notes, will speed up the design collaboration process and reduce errors…” 
Pavel and Richard writes – “Last summer, we had a a lot of fun controlling RoboSapien robot using the serial infrared tower from LEGO Mindstorms version 1.5 kit. However, this required the tower (and thus also a PC) to be in the robot vicinity. Still, thanks to the feedback from the new WowWee family robots owners, we were very keen on seeing that the same program with small modifications can be used for RoboSapien V2, RoboPet, and RoboRaptor …” Here’s how to walk your robo dog with a LEGO bot! [
Richard writes “I have designed the hardware of the PIC game system to be able to run severla different kinds of games. It has two standard C64/Amiga/Atari joysticks and video and audio output. The processor is a PIC16F84 running at 12MHz. THe description of the hardware is placed on this separate page as it is the same for both of my PIC-based video games. So far I’ve only made two games, Pong and Tetris, but some day there might be more games for the system.” [
Cape and Ray writes “The great thing about building a loft, is that it is entirely customizable. Dorm rooms are small and it’s nice to have some extra space, so we built a loft for storage. There are many other things you can do from simply raising a chair or sofa a small bit to building an entire second floor.” 
