Automomous Lawn Mowing Robot

The mower's path is constrained by a hidden wire boundary that defines the limits of your yard.
Because the robot uses an electric motor, the cutter spins at higher RPM than gas-powered mowers, yet produces far less noise (and no fumes). The mower detects ambient moisture, so it will return to its docking station if it is raining. As a safety measure, the unit automatically shuts off when lifted in the air.
All of this means you can program the robot to automatically trim your lawn on any day and pretty much any time you like. The robot will return to its docking station when it has completed cutting your lawn or when it needs to recharge itself.
Check out all the details on the Robotic Lawnmower.
Labels: autonomous, electronics, motorized, robot, robots
The Paul Boyer Museum Of Animated Carvings is in Belleville, Kansas. The Museum has a web site with many photos and animated GIF images of the automata in action.



Bioloid features 18 servo motors, an amazing range of movement, and versatile modular construction. The Bioloid Humanoid Robotics Kit is truly a KIT. This means you will can assemble the Bioloid's modules together to form any one of
Using the included motion editor software and visual programming environment, you can make the Bioloid interact with its surroundings and perform complex movements. Motions are built up frame-by-frame like a story board in an animation sequence. This allows quite complicated movements to be programmed. Once a motion has been defined it can then be downloaded into the Bioloid's memory and called from the Behaviour Control Program. The Bioloid comes with several example programs to make it walk, avoid obstacles and interact with sound.
Here is a cool looking robotics kit, which includes four motors, 24 gears, steel braces, an extendable arm, a grasping claw, six rubber tires,
Biomimicry ("bios" - meaning life and "mimesis" - meaning to imitate) may be relatively new to robotics, but has a long tradition in automata. Still, I cannot recall seeing an automaton succeed in imitating biological motion to this degree. 



