Willow Garage slashes price (and arm) of PR2 robot for research

Willow Garage slashes price (and arm) of PR2 robot for research

(PhysOrg.com) -- Willow Garage, a company that develops hardware and open source software for personal robotics applications, has announced a modified PR2 robot as a one-arm device for $285,000, called the PR2 SE. The two-armed PR2 (PR stands for Personal Robot) costs $400,000.

More limited in capabilities than the two-arm device, the bargain-priced PR2 SE has been released to help grow the robot market. The company’s stated goal is to allow more scientists and engineers to get their hands on and explore innovative capabilities for personal robots at a faster pace. Willow Garage offers the PR2 as a platform of both hardware and software. The software, which is under the BSD license, is called the Robot Operating System (ROS).

The PR2 Beta has two arms for manipulation and 16 CPU cores for computation, among other features.The company has promoted its PR2 robot’s differentiating characteristic as being out-of-the-box. The combination of PR2 and ROS as integrated hardware and software enables more immediate innovation in the personal robotics field.

The out of the box experience is contrasted with more time-consuming practices where researchers have to set about building both the robot and its operating system before the apps work can even begin.

The collaborative open source ethos runs strong at the company. Team members promote the philosophy that doing your own thing in the arena wastes time when teams could be building on each others’ results.

Speaking about the latest one-arm PR2 SE, Steve Cousins, President and CEO of Willow Garage. said, "The introduction of PR2 SE will only help to grow an already passionate community of researchers, engineers and robotocists."

This is not the first time that Willow Garage has acted to grow the community. Last year, gave 11 PR 2 beta robots to research teams who could share their work and keep the robots for up to two years. Recipient sites included the Georgia Institute of Technology, MIT CSAIL, Stanford, Katholieke Universiteit Leuven, Technische Universität München and the University of Tokyo, JSK Robotics Laboratory.

About 24 of the PR2 robots are presently deployed at business and academic research institutions.

The PR2 SE one-arm modified robot price is $285,000. As with the dual-armed PR2 model, an additional 30% discount is offered to individuals if they can show a proven track record of contributions to the Open Source community.

News of getting half the arms at half the price has already sparked innovative ideas:

1. Only show the robot from one side of the room and your visitors will be very impressed
2. Work on an app where the builds itself another arm.

Explore further

University of Ulster celebrates acquisition of PR2 robot by having it solve Rubik's cube

More information: via Press release, Willow Garage blog.

© 2011 PhysOrg.com

Citation: Willow Garage slashes price (and arm) of PR2 robot for research (2011, August 13) retrieved 21 September 2019 from https://phys.org/news/2011-08-willow-garage-slashes-price-arm.html
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User comments

Aug 13, 2011
Can anyone shed light on why it's still so expensive? It doesn't look terribly different from cheapo robots built by grad students and enthusiasts, and the software is open source.

Aug 13, 2011
Awesome! I'll take five, please!

Aug 13, 2011
It is expensive because they aren't selling many units. The more you sell, the further you can spread your fixed costs (like employment, rent, tooling, ect.) around and lower the price. Economics 101.

Aug 14, 2011
But I still imagine the complex arm machinery aren't at a level yet where they can be cheap.

Aug 14, 2011
How big is this thing?

This looks like a toy robot I got for Christmas when I was just a kid.

One thing I've noticed, which is sometimes the case, not always, is they are making half-scale or quarter scaled robots, and then wondering why they can't seem to fit the human functionality in there.

Why not make something the size of a petite woman, or a bantam weight man, big enough to fit real machinery in ther and do what you want to do with it.

Also, this is too rigid, and too science fiction robot.

In nature, most mobile organisms are much more fluid and flexible than these metallic contraptions.

I was thinking air pressure and specially designed rubber chambers which contract and expand under vaccuum pressure or over pressure respectively, to produce complex motions such as grasping and moving of arms.

I once worked in a place where probably 1/3rd of everything ran on air pressure

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