This is the untested first look at the new layout for the Inchworm. I made a couple of small changes to the original design and added a few extra features.
Plus features
commonly available parts
basic version is priced the same as the original Inchworm $45 MSRP
I had a look at your new site yesterday. (I was looking at how you made use the ports on another project.)
I must say, it looks great! I wish you all the best with sales; I think this is a good deal on the Inchworm.
Thanks Mike, as for Sketchup tutorial the Sketchup site has great videos (that's how I learned it)
It's also the prequil (and test platform, notice the 40pin connector under the PIC) for the Inchworm II (can be upgraded to USB) but will cost more than the Inchworm+ same PCB size (using PLCC with holethrough sockets).
Not sure I got the BS250P right way round though... Found two different datasheets on the things.
It's also the prequil (and test platform, notice the 40pin connector under the PIC) for the Inchworm II (can be upgraded to USB) but will cost more than the Inchworm+ same PCB size (using PLCC with holethrough sockets).
Not sure I got the BS250P right way round though... Found two different datasheets on the things.
I post Mongoose development in the robotics section. And pictures too!
Here's the Tamiya Double Gearbox (Mongoose II drivetrain) with optics for rotation sensing.
I just love Sketchup for 3D drawing. **broken link removed**
The gears are drawn partially with a ruby script. The rest is calipers and time. No libriaries except my own. Since I use the drawings for both documentation and in the case of Mongoose to have parts made; all parts are generally accurate to .1mm