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Robotiq Price Drops, Becomes The Most Affordable Adaptive Gripper?

Thursday, October 27th, 2011
Robotiq Adaptive Gripper

Robotiq Adaptive Gripper

The Robotiq adaptive gripper, is a gorgeous heavy-duty dexterous hand for industrial manipulation and research. As you can see in the video below, it can manipulate objects of various sizes and shapes without issue. This type of robot is used in research and in industry to assemble complex objects which use many differently shaped parts.

We covered this robot in the past but today we would like to announce a very significant drop in the price of this nifty robotic hand. Previously priced at  25,000 $,  you can now get this dexterous robot for 18,000$ instead. This means there is a whopping 7,000 $ price cut, which makes it the most affordable adaptive industrial gripper on the market (as far as our research goes). Although most humans would prefer buying a car with this kind of money and may find 18,000$ is a bit steep for a robotic gripper, it is important to note that the BarretHand (a close competitor) is priced at roughly 80 000$, which is more than four times the price. Enough with the basic math, check the video bellow so see a pair of Robotiq adaptive grippers mounted on a Yaskawa manipulator.

If you would like to dispute our claim that this is the most affordable industrial-grade adaptive gripper, feel free to post a comment with some information about other awesome robotic hands.

Robots for Humanity, PR2 Helps Humans in Need

Tuesday, July 19th, 2011

PR2 from Willow Garage is now able to help people with disabilities to perform everyday tasks such as manipulating objects shaving and more. The video below illustrates the scope and the results of the Robots for Humanity project that Willow Garage, the Healthcare Robotics Lab at Georgia Tech, and Henry and Jane Evans are pioneering.

Via Willow Garage.

We Love Quadrotors, Even When They Fail

Monday, July 4th, 2011

In previous posts, we reported on the aggressive quad-rotors from the University of Pennsylvania which are capable of doing amazing things quite effortlessly.

Achieving such impressive results required  a lot of hard work,  testing and trial-and-error. The video below focuses on the “error” part. Enjoy the bloopers!

In order to finish on a more “productive” note, see the video below explaining how the Kinect can be used to control these flying robots from the Flying Machine Arena at the ETH Zurich. Watch it until the end for added fun.

Via DIY Drones, IEEE Spectrum.

DLR Engineer Hits Robot Like a Girl, Robot Takes it Like a Man

Wednesday, May 25th, 2011

As we reported in the past, DLR is the proud creator of Justin a very advanced humanoid robot. Lately they have been working in a very robust robotic arm and hand system.

The videos below show how they punish their robots with hammers and baseball bats in order to demonstrate how well they endure the impact while retaining accuracy and calibration. Also notice how the hand can perform very similarly to its human analogue and uses flexible “tendons” to convey the motion.

These robotic limbs (especially the hand) look incredibly similar to something Skynet would design. One thing is for sure, the guy with the bat will probably loose his smile once the robot learns how to take the bat from him and retaliate.

Via IEEE Spectrum and Hack a Day.

Why Get a Single Nao When You Can Get Two?

Friday, May 20th, 2011
Get the Second Nao at Half Price

Get the Second Nao at Half Price

This is an incredible promotion from RobotShop and Aldebaran. If you purchase a Nao H25 by June 15th 2011, you can get a second one at half price. This represents savings of almost 8000$.

As you may already know, Nao is an awesome humanoid robot that can be used as a very versatile development platform for serious research such as machine learning and robot-human interaction, and for more surprising development as shown below.

Hanson Robokind, Expressive Robots are Here

Wednesday, March 30th, 2011

Hanson Robotics released their Robokind platform to the market. There robots are exclusively available at RobotShop for immediate worldwide distribution.

Robokind Zeno Humanoid Robot

Robokind Zeno Humanoid Robot

What is a Robokind?

The Robokind platform consists of a humanoid robotic body combined with an expressive head. These robots can walk, talk and show emotions in the same way a human can.

Robokind Expressive Heads

Robokind Expressive Heads

Thanks to their expressive faces that use Hanson’s patented Frubber skins, the robots can better communicate with humans and get a message through more effectively via the use of complex facial expressions. These robots also have plenty of degrees of freedom that  allow them to walk, interact with object and even play soccer. The video below summarizes their capabilities, available options, and describes their possible use.

These humanoids are mainly intended for research and education (at least initially) and are available in a wide variety of configurations. They also include open-source software that allows for the development of complex robot behaviors.

Robokind University Research Group

Robokind University Research Group

You can find all available Robokind options at RobotShop and get started on your research today. We are eager to see these robots perform in the wild.

SmartBird Could be Spying on You Right Now

Monday, March 28th, 2011

We love Festo‘s creations. The most recent addition to their family of soft, flexible, nature-inspired robots is the SmartBird. As shown in the video below, at first sight, the robot looks like a regular sea gull (albeit a silver one).

This autonomous ornithopter emulates the shape and flying technique of a sea gull. Its silent natural-looking flight could make it a very good spy UAV. See the video below in order to know more about the robot’s mechanics.

Robonaut 2 is Out of His Box

Friday, March 25th, 2011

As you might remember, Robonaut 2 was sent to the ISS a few weeks ago. As shown in the video below, the human astronauts had a big surprise when they finally opened the storage crate that contains the humanoid robot.

It seems the naughty robot got out of the box by itself and is now waiting to be given tasks to do as the newest member of the ISS crew. The robot is even tweeting @astrorobonaut and is scheduled to be put to work in the next months.

Via Robotsnob

Robonaut 2, the First Humanoid Robot in Space

Wednesday, March 2nd, 2011

One small step for a robot… We’ll let you figure out the rest.

Robonaut 2 by Nasa an GM

Robonaut 2, a.k.a. R2 for short, was developed by NASA and GM in order to help humans perform their job, whether it is on the ISS or down on earth.

This robot became the first, but certainly not the last, humanoid robot in space when Mission STS-133 was launched into space on February 24th. For now R2′s primary job  is to teach engineers how dexterous robots behave in space but NASA hopes that through upgrades and further development the robot will be able to help with space-walks.

Google To Send Robots to the Moon

Wednesday, February 23rd, 2011

As previously discussed, Google (a.k.a. Skynet) is getting involved in the development of very advanced robots. One of their most notorious robotics projects is the Lunar X-Pize competition. See the video below for a global explanation of what the X-Prize Foundation is.

The Lunar X-Prize is a race to the moon for private companies. It was first announced in 2007 and is expected to yield a winner (the first private company to send a robot to the moon) by 2015.

So far, Google has confirmed that 29 teams, from 17 different countries, are participating in the competition. For more information about the competition, and a cheesy dramatization of how it could happen, see the following video.

Via BBC News

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