March 10, 2009 at 16:19Robot Dock for Netbook
The proof is in the past!
Your netbook or UMPC needs its own robo-body!
Such an epigraph for an article on Habré was born to me after reading the material on GottaBeMobile.com
Not everyone has the skills and patience to make their own robot. The guys from RoBeDo.com will help many older , but still unplayed boys, get their own robot, and their favorite netbook or tablet will serve as its brain.
Coppa ($ 1,649) and Silvio ($ 1,449)
are available to choose from. Intelligence of the robot will depend entirely on the owner.
You can add a bunch of USB lotions to the robot, from a USB rocket launcher to manipulators.
Specifications:
There are a lot of programmers on the hub, a sufficient number of people interested in artificial intelligence.
For them, this is a great opportunity to see the result of their work not on a computer screen, but in physical reality.
I think that very quickly a community of fans will be formed who will share their developments. This can be a little comfort to those with "you" programming.
A couple of photos in the end:
Your netbook or UMPC needs its own robo-body!
Such an epigraph for an article on Habré was born to me after reading the material on GottaBeMobile.com
Not everyone has the skills and patience to make their own robot. The guys from RoBeDo.com will help many older , but still unplayed boys, get their own robot, and their favorite netbook or tablet will serve as its brain.
Coppa ($ 1,649) and Silvio ($ 1,449)
are available to choose from. Intelligence of the robot will depend entirely on the owner.
You can add a bunch of USB lotions to the robot, from a USB rocket launcher to manipulators.
Specifications:
- 24-port I / O controller (8 analog inputs; 8 digital inputs,
8 digital outputs) and an integrated active 6-port USB hub - Servo controller with eight R / C servo capacity
- Logitech USB Webcam with Zoom and Auto Focus
- Ultrasonic distance sensor. Distinguishes between 6 and 254 inches with a resolution of one inch
- Front infrared distance sensor with servo drive. (4 ″ to 30 ″)
- Fixed infrared distance sensor on the front left (8 ″ to 60 ″)
- Fixed infrared distance sensor in front of right (8 ″ to 60 ″)
- Three adapter boards for infrared sensors
- USB cable to computer
- Cable from the USB hub to the motor controller
- Cable from the USB hub to the servo controller
- Wooden stand for the robot
- Detection sensor of a wooden stand (as in the original, I'm laughing here too :)
- 12V NiMH battery and charger
- Battery charge sensor
- Motor controller (advanced high-current)
- 4 powerful motors (70 RPM)
- 6.7 inch wheels
There are a lot of programmers on the hub, a sufficient number of people interested in artificial intelligence.
For them, this is a great opportunity to see the result of their work not on a computer screen, but in physical reality.
I think that very quickly a community of fans will be formed who will share their developments. This can be a little comfort to those with "you" programming.
A couple of photos in the end: