Let's Make Robots!


Your most lethal component in your work room

So today I recieved my huge capacitor, 10,000UF @ 450VDC, this thing is freaking huge. I mean it's like I'm overcompensating for something... Anyways, what is the most dangerous component you own? This is probably it, as it has enough power to remove limbs. Heres a picture too.


So I was going to post a blog with a picture but I can but the picture was about my robot  SOLAR-1. It has a IR sensor, a Light sensor, 2 LEDs, Picaxe mircocontroller and that all of the major part of the robot. It will avoid object and when its in a dark place it will turn two a very bright blue LEDs located above the light sensor. Thats all for now cheack back next time for some updates

Wheeled to Biped conversion

Greetings. *spock sign*

 I have been reading a lot of these articles over a period of time while trying to develop a good understanding of robotics before I begin making them. (It's always a good idea to test the water before jumping into a lake, right?)

How to use a BASIC Stamp 1 (BS1-IC)?

I don't mean code, I mean setting it up physically.  Step-by-step instructions on how to connect a motor to a BS1-IC (on the carrier board).

I would like to connect 4 servos on the stamp to be programmed to walk on a biped robot.

I've tried looking EVERYWHERE on the internet.  I don't understand. :(

I have NO experience in using microcontrollers.   I really need to learn and I have no money for a BASIC Stamp 2 (which is more commonly used and easier to find instructions for).

Many thanks!

Explore an environment, create maps, take pictures, never get stuck.
Using a
Tesla will be a multifunctional robot that will have priority tasks. Unlike other robots that will just "do" things, this robot will have tasks only if certain … Read more

Dual 18F4620 board with supporting 18F2525 for display

Right now I am working on my master-slave-slave board that will suit my needs for a long time. It has a master 4620, that communicates to another 4620 for processor assistance.

 4620 MASTER: Spaces for 5 servos, rs232, I2C, sn754410 motor controller, 8 ADC channels, 2x5 header so it is expandable into another board.

4620 SLAVE: Setting switches, proximity IR sensors (8 for complete sensing), speaker, encoders (rear and front for a car drive bot, left and right for 2 wheel operation), 38khz IR led driver, bumper switches and spaces for 6 servos I2C.