I scored some used shelving 18” x 36” x 72” for $10 bucks from an onsite auction of a closed furniture store. Space is at a preimum in my house and garage. I wanted to put some wheels on the shelves so I can move them around the garage.
Category: Projects
Edit: Ohh My! :-) I won honorable mention in the contest! What fun. Too cool. happy jeffa, happy happy!
See all the winners here.
Hello pictured above is yours truly the author Jeff Albrecht holding my nerdDoro prototype entry for the Parallax, Inc. 2011 Spinneret Web Server Design Contest.
Power over other Pairs (PooP – perhaps the second o is silent)
I’m working on a project I’ve entered into Parallax, Inc. Spinneret Design contest. The first thing I need to accomplish after ordering and receiving the parts from Parallax is to create power for the Spinneret. Hello World on my Spinneret will have to wait for me to create a power supply and delivery method.
![32203-L[4]](https://www.rodaw.com/wp-content/uploads/2011/07/32203-L4.jpg "32203-L[4]")
Cool! This test of my second prototype worked. This first prototype didn’t. Not bad for an hour of work and less than five bucks of parts.
Next step accelerometer and or gyroscope. I think I’ll try it with Parallax propeller, netdruino and arduino.
I mounted the motors on the top of stronger spars with a glue gun. Dressed the wires too.
(FYI It’s a mountain Dew)
Although highly unstable I’ve proved to myself that these motors have enough lift to experiment with. If you look closely in the video you will note that two motors on one spar or the spare itself is tilted slightly. Hopefully this can be overcome once I add some sensing and logic to the motor control. This is just motors straight to power supply. Might try warping the spar with some steam. I’ll probably wait until after I add the control electronics.
Great second prototype test proving the motors have enough left to experiment with.
Well I guess if NASA can do it in the open so can I. Fail that is. Openly. I remember watching several Mercury program missions failing spectacularly on the launch pad.
So here is a quick post to document my first prototype test of a homemade on the cheap autonomous quad copter drone.
I bought a bunch of small DC motors at a surplus site that I used for an art project honoring Parallax by creating their logo in a low fire ceramic with functioning propeller of the quintessential nerd beanie. I gave a functioning ceramic beanie to the founders of Parallax and sold one too when I attended the 2010s unofficial propeller expo.
(This is not a flyable beanie!)
I have a bunch of the motors with propellers left over. I think I paid fifty cents or something cheap. I had some balsa wood laying around that I’ve used for some model airplanes and such. I used a glue gun to attach to the spars. Lately I’ve been wanting to buy a quad copter but they are at least three hundred dollars. I thought I would tinker a bit. I plan on trying to fly it with a couple different processors both a netduino and a Parallax propeller.
It’s probably taking me about as much time to take the pictures, write the blog and upload it as it did to build the first prototype. Looks like I will have to concentrate on a stronger air frame. I wonder if I can buy some carbon steel in pre cut shapes? For maybe three hours work including the blog post and less than five bucks not bad. Cheaper than crack!
OK here is the before:
and the after:
I hope you’ll take a moment to comment, particularly if you have some suggestions where to buy parts or alternate ideas for an airframe. A great deal on motors and propellers would be cool. These motors are pretty small and not much to attach to, hence the glue gun.