Blue

built by Richard Stockstad

*
Target Environment Locomotion Method
Indoors 4 Legs
Sensors / Input Devices Actuators / Output Devices
Panasonic solarcells
photodiodes
N/A
Control Method Power Source
Autonomous Solar
CPU Type Operating System
None None
Programming Lanuage Weight
None N/A
Time to build Cost to build
N/A N/A
URL for more information
N/A
Comments
Blue is a two motor four legged walker utilizing the microcore controller invented by Mark Tilden. Sensors include two photodiodes to give the bot photothropic behaviour by influencing the nervous net governing the walking gait. Power comes from twin Panasonic sunceram solarcells stored in a 1F capacitor. The bot has an on/off cycle of about 4 seconds/one minute in full sunshine, longer in lower light conditions as governed by an additional photodiode. Terrain handling ability is quite impressive. This bot has been seen attempting to climb over walls of its own height. Demonstrates how effective the nervous net technology is as a controller for a legged machine.

Specifications:

Controller: 4 neuron microcore using a 74HC14 Power aquisition: Twin Panasonic sunceram 27*37 solarcells
Power storage: Two Panasonic 1.0F Goldcaps in series
Senses: Two photodiodes affecting backleg neurons for photothropic behaviour and one photodiode governing off time
Dimensions: 10,5 * 10,5 * 6,0 cm
Weight: Approx 30 grams

Email: bamse42@hotmail.com

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