Information has begun to circulate through various media that also told that because the company is more than satisfied with the level of automation that has been achieved, given that these devices are completely new to the market because there is nothing to fulfill a similar task with this brilliant idea.

Before crossing the Atlantic, this harvesting robots have been organized series of exhibitions at Andalusia farm where it has been completed to improve the functioning of the machine, we must also note that for this development the company has been supported regionalgovernment’s economic as well as the logistical momentum to finish it.

While some would question whether this device will reduce the work in the fields, there are many others who believe that what will generate the transformation of how work is done now, because the process must be more qualified, trained in this field that is currently used for this work .

This project does not require much indeed:
* A toothbrush
* A vibrating cell phone
* A button
* A piece of double sided tape
* May be a bit of copper wire that will be welded if the motor of the vibrator does not have one.

As you can see, this simple mini robot using only a toothbrush that cut off the handle with clippers, so we use only the head of the toothbrush ( Don’t forget to choose the right toothbrush as in the figure).
The first thing we will do is put double-sided tape on top of the toothbrush head. The first thing we will do is put double-sided tape on top of the toothbrush head. Then mount the motor in the top of the toothbrush. Then put the battery at in remaining places available. And plug the cable that was attached in motor to the battery. that’s it … Your mini-robot is ready to run.

To see more clearly about how to make a mini robot from toothbrush you can watch the video below:

KYOSHO company offers small flying robots, are only about 15 cm high, which flies like a helicopter using a radio control two-channel 2.4 GHz actually like the handle of a game console, which operates using four alkaline batteries. After loading the helicopter robot for about 15 minutes, you can playfor 5-6 minutes, and even more, due to remote frequency, it is possible to fly and control up to 25 Robo Hopper same time.
Hopper Robot videos :

More information and video Wappy Dog, the robot dog for the Nintendo DS
It can also recognize the voice of his master or his friends, and because of itwould be their best friend, as long as the take care of it, nurtured and fed …
So the puppy will respond to different actions, wagging his tail, also barking and fluttering, like a real pet! So the puppy will respond to different actions, wagging his tail, also barking and fluttering, like a real pet!
Wappy has touch sensors, speakers, several LEDs and a microphone that will allow the user to interact.
Video Wappy Dog, the robot dog for Nintendo DS:

Indeed, Daniel Mellinger, Alex Kushleyev and Vijay Kumar have programmed their flying robots to play ”James Bond” theme song in a room full of musical instruments.

The engineers assigned to the robots location in space and time to get there, but the robots have to fend for navigating from one point to another without colliding in mid air. Thus quadrotors is fully controlled by a computer program without human intervention.

More information Quadrotors Robot in the James Bond theme music played you can see in the video ..

And the result is quite successful: Kurtis Sensenig produced this spectacular video performance.
Video Quadrotors robots that play the theme song for James Bond:

Herd of robots playing various instruments such as electronic keyboards, drums, maracas and even cymbals!
The video was aired for the first time at the Conference ”TED2012″ February 29, 2012, in Long Beach, California.

This video shows how to build a arduino bird house that uses solar energy to send tweets, each time the bird enters or leaves the house, that is, you can tell when someone is at home and other things that might interest people fan of birds. Have a look video below:

Using Arduino and a sensor module to determine when the occupants go through the door. Arduino Solar panels are BSquares, for connecting the squares by their magnetic corners, and also serve to conduct electrical current, so using a simple nail right next to the square to bring within the power of solar panels.

Advances in technology make human work more easily. For example, cleaning the house with mops, brushes and brooms now has been replaced by a vacuum cleaner, which has increased the efficiency, while keeping the same labor costs. And then, in recent years a growing number of emerging robot cleaner – small devices that do self cleaning, allow homeowners to do something more interesting, for example, watching TV, reading books or chatting with old friends.

The problem with most of these devices is that they are robotic vacuum cleaners, a powerful engine that produces a lot of noise, which is often hampered and even annoying. For that reason, the Mint Robot cleaner deserve to be alternative for the automatic cleaning robot. Unlike most other cleaning robots, this is not a vacuum cleaner, but scouring the floor (in the kit are provided fabrics for wet and dry). This means that there are only motor sound during those moves that we can ignored.

Another element of the robot’s navigation module is NorthStar, which is a small cube to be installed anywhere in the room. This module creates a digital map of “locality” and wirelessly transmits it to the robot so that the robot knew where and how to move. This whole process happens almost instantly, most of the time is cleaning.

During operation, Mint demonstrates the capabilities of artificial intelligence, excellent mastering with the task. Even getting lost, the robot will seek out and did not stop cleaning. The room in which the cleaning by hand requires 5-10 minutes, the robot will clean for about an hour, but all this time, owner of the house can do their own thing, not wasting time on everyday issues. And finally, the main advantage of this robot cleaner is low in price.

Here the Hexbug spider robot toy produced by Innovation First Labs, Inc. The Hexbug spider is a remote controlled robot built on a radial body design. Rather than turning its whole body, it rotates its head and walks in the direction it is facing. A red marker on the front of the head shows which way it is facing, and lights up while it turns for better visibility.

About Hexbug Robot:
Hexbug is a micro-creature toy robot inspired by BEAM technology. Hexbug has a few simple behaviors. Once switched on, Hexbug will move forward with a classic alternating tripod gait. If an obstruction touches either of the antennae, or if it detects a loud sound it will back up to the left and then continue forward. The name Hexbug, however, has more to do with the shape of the packaging it is sold in than the number of legs it has.

Hexbug Spider Video:

Buy the Hexbug Spider:

Buy the Hexbug spider robot from Amazon for best price and reviews

Other Hexbug Robot Toys by Innovation First Labs, Inc:

With Advancement of intelligence capability technology, ASIMO became capable of responding to the movement of people and also the surrounding situations. For example, ASIMO will stop its current action and change its behavior to accommodate the intention of the other party. Moreover, coordination between visual and auditory sensors grants ASIMO to simultaneously recognize a face and voice, making it possible for ASIMO to identify the voices of a number of people who are speaking simultaneously, that is hard even for a human being to accomplish.

The new ASIMO robot performs much better movement with advancement in physical capability. The mixture of strengthened legs, an expanded range of leg movement and a newly developed control technology that enables ASIMO to change landing positions in the middle of a motion has enabled ASIMO to walk, run, run backward, hop on one leg or on two legs continuously. Because of acquiring the capability to provide such agile motions, ASIMO has become capable of more flexibly adapting to changing external scenarios to that it could, for example, walk over an uneven surface while keeping a stable posture.

The ASIMO robot also has improvement in task-performing capability. Honda has developed a really functional compact multi-fingered hand, which has a tactile sensor as well as a force sensor imbedded on the palm and in each finger, respectively, and which acts to control each finger independently. Combined using the object recognition technology based on visual and tactile senses, this multi-fingered hand enables the all-new ASIMO to conduct tasks with dexterity, like picking up a glass bottle and twisting off the cap, or holding a soft paper cup to pour a liquid without having squishing it.

New ASIMO Robot Videos:

Further description about what is new in this all-new Asimo robot, please read the Honda’s press release:
Press release: Honda Unveils New ASIMO Robot.

In this weeks episode of The Latest in Pastime Robotics, Frits Lyneborg is giving you two tips to enjoyable a nerd can have with RC cars. The 1st and straightforward one is “Create a thing new from the components”. The 2nd, and much more complex 1 is to upgrade your RC automobile with “computer assisted sliding management”. There is also a sneak preview of 1 of the Multicopters that Frits is testing for later episodes the QuadPod from snelflight.co.uk Make your initial robot letsmakerobots.com Letsmakerobots.com on twitter: twitter.com
Video Rating: four / 5