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LEGO Reports Strong 2007 Results

Robot
According to their 2007 Annual Report, released yesterday in Denmark, The LEGO Group posted strong sales and profits results last year. In spite of the fact that the total toy market dropped by around 2% in 2007 compared to the previous year, LEGO sales and profits continued to make significant gains. LEGO worldwide sales increased by 2.6%. Adjusted for exchange rate fluctuations, total sales grew by a surprising 6%. All of the group's markets saw sales increases during 2007, while the overall market was falling significantly.

The company also reported continued adoption of the LEGO Mindstorms NXT robot kits in the education market worldwide with over 150,000 units sold during 2007.

Robot Builder Profile: Jin Sato - Part 1 (Video)

Robot
It's been a while since we published one of our 'Robot Builder Profiles', so we thought it's about time that we made up for our shortcoming by posting a series of interviews with one of the best - Jin Sato.

"Jin-san", as he is often referred to by friends here in Japan, is a world class humanoid robot designer and a top ROBO-ONE competitor. Over the past five years he built ten completely new humanoids, an average of two per year, from the ground up. In many cases, he did all the design and hardware fabrication as well as developing the controller electronics and supporting software.

We'll delve into some of his educational, humanoid, and other robotic, projects in upcoming posts, but we thought the most appropriate place to start would be with his earlier LEGO Mindstorms creations, especially his 'MIBO' dog robot clone of Sony's popular AIBO. In the video interview below, Jin demonstrates the original MIBO robot while explaining some of the the robots design features, and why he took on such a daunting challenge.


Continue reading "Robot Builder Profile: Jin Sato - Part 1 (Video)" »

LEGO Mindstorms NXT Robot Takes On The RB2000 At Gymnastics (Video)

Robot
Remember a few months back when everyone was so excited and amazed by the RB2000 humanoid robot that could do giant loops on the horizontal bar?

Well, it turns out that it's possible to achieve the same feat using the LEGO Mindstorms NXT robotics system, as you can see in the video clip below.


Continue reading "LEGO Mindstorms NXT Robot Takes On The RB2000 At Gymnastics (Video)" »

Four Wheeled Robot Unicycle...? (Video)

Robot
There are tons of "how many ... does it take to ... " jokes. For example,

Q:  How many astronomers does it take to change a light bulb?
A:  None, astronomers prefer the dark.

Here, in "Robots-Dreams-Land", a similar riddle might pose a question like "How many wheels does it take to build a robot unicycle?" Thanks to a very kind heads-up from Maurits, we know that one very practical, non-joking, answer is four, as you can see in the video below.


Continue reading "Four Wheeled Robot Unicycle...? (Video)" »

It's Hard To Believe This Robot



lego robot
Originally uploaded by tetrasync76.


Is totally made from LEGO bricks. We had to click on the image, then 'all sizes', and take a close up look at the largest size to confirm that, yes indeed, it is a massively detailed LEGO robot.

UK TV Celebrity Fathers Robot Child

Robot
Two years ago, November 2004 to be precise, Jason Bradbury - one of the hosts of the popular UK Gadget Show program - made a trip to South Korea that changed his life forever. Like most adventuresome young men on the loose in Asia, Jason immediately fell deeply in love with one of the local inhabitants. It happens all the time. Only in Jason's case, the object of his affections was a cute little humanoid robot named Robonova-1.

Although the relationship wasn't consummated at the time (the Robonova-1 hadn't been released for sale yet) Jason never forgot the experience and kept longing to be reunited with his robot soul mate. Now, after all these years of separation, Jason reports on his personal blog that, "I'm a robot dad!". So, next Monday, November 20th, the world (at least those with access to the program in the UK), will get a chance to see Jason and the other Gadget Show hosts cavort and play with a whole range of robots, including Jason's new-born robot child. From the behind the scenes photos below, it looks like they had an absolute blast.


Continue reading "UK TV Celebrity Fathers Robot Child" »

NXT Kids Must Be A Whole Lot Smarter

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Kids today must be a whole heck of a lot smarter today then they were when we were growing up. At least that's what The Discovery Channel and Amazon seem to think.

We were searching the Amazon toy section looking for an appropriate gift for our 2 year old grandchild. Much to our surprise, one of the first listings that popped up on our search was the new LEGO Mindstorms NXT Robotics system. Amazon's recommended age for the 'toy' is shown as 24 months to 5 years!


Continue reading "NXT Kids Must Be A Whole Lot Smarter" »

LEGO Bartender? (Video)

Image01154
It's a common misconception that LEGOs are only for kids, even though it's been documented that roughly 70% of the LEGO Mindstorms robotic system are adults with an average age in their mid-thirties. Another common misconception is that Mindstorms are only good for simple robot projects with a low level of complexity. But, at the CEBIT 2006 show in Hanover a LEGO bartender is proving them wrong.


Continue reading "LEGO Bartender? (Video)" »

Tri-lingual Robotics NXT Style

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We know from personal experience how hard it is to keep a weblog regularly updated with fresh content, and that's only in one language. Imagine our surprise when we ran across Filip Verhaeghe who doesn't just publish an interesting and informative Mindstorms NXT blog, he does it in three four languages!


Continue reading "Tri-lingual Robotics NXT Style" »

The Rest Of Us Will Have To Wait Impatiently - LEGO NXT Robotics

It’s been rumored before, but now it’s finally official. On Friday LEGO released information about the selection of the lucky 100 applicants that will make up the Mindstorms NXT developer team. According to an report on Techweb, which unfortunately characterizes Mindstorms as “Robotics Toyland”, there were 9,610 applicants from 79 countries. It’s interesting to note that their ages ranged from 18 to 75, and that roughly half of the new team is under 35 years old.

First Lego League in Japan

Image00088
While we were down in Yokohama last weekend for the Robot Sumo contest, we took the opportunity to drop in and watch the Japanese First Lego League “Ocean Odyssey” competition as well. In some ways it was very much like the FLL competitions overseas, but there were some differences.


Continue reading "First Lego League in Japan" »

Pick Any Toy In The World...

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So, you changed the way the whole world thinks about information, and you created a company that's become a household word, and you're worth billions of dollars, and you're featured on the cover of Time Magazine, and you can chose any toy in the world to play with. What do you pick?


Continue reading "Pick Any Toy In The World..." »

New LEGO Mindstorms NXT Photos

Image01053
What is probably the premier toy event of the year - the International Toy Fair - opened a few days ago in New York, in the midst of a blizzard that almost shut down the city. Thankfully, the toy press and reporters braved the storm and have been filing lots of stories and photos - including some great photos of the new LEGO Mindstorms NXT system.


Continue reading "New LEGO Mindstorms NXT Photos" »

BimP: Jake McKee Interview - LEGO, User Community, Mindstorms and NXT

Image01000
This may seem a little bit like the "You got chocolate in my peanut butter", "No, you got peanut butter in my chocolate" routine, but however it happened, we love the resulting fusion of our personal passion (robotics) with one of our favorite toys/hobbies (LEGOs), delivered via our favorite method of getting information (podcasts). That's exactly what we were delighted by when we ran across the February 3rd "Bricks in my Pocket" podcast interview featuring Jake McKee. Jake reveals a lot of the background behind the LEGO NXT build-up, and how they scored the Wired magazine cover article.


Continue reading "BimP: Jake McKee Interview - LEGO, User Community, Mindstorms and NXT" »

The Story Behind The Story Behind The Story

Image00845
The LEGO Army on the cover of Wired Magazine! A major coup. Very, very cool – especially for all of us dyed-in-the-wool LEGO Mindstorms fans who happen to also be avid readers of Wired. Jake McKee, Global Community Relations Specialist for LEGO, gives some additional insight into how it happened and what it felt like on his personal blog. Then, a few days later, he surprises all of us with his “The Brick has lost a stud” post announcing that he’s leaving LEGO.

Arrested For Playing With LEGO Mindstorms

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Nicolas Nova, publisher of the ‘pasta and vinegar’ blog, reports that one of his friends was actually arrested yesterday on a train in Germany. His ‘crime’? Playing with LEGO Mindstorms. Apparently the authorities weren’t familiar with Mindstorms and thought he was trying to build a bomb. In the end, he had to pay a fine and leave his LEGO robotic system with the cops. Bummer.

LEGO Mindstorms Education NXT Blog

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The education market has been a major factor behind the success of LEGO Mindstorms, and to keep the momentum going as they transition to the Mindstorms NXT robotics system, LEGO Education has started publishing the "Mindstorms Education NXT" blog.


Continue reading "LEGO Mindstorms Education NXT Blog" »

High Resolution LEGO Mindstorms NXT Photos

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By now you’ve all seen the photos of AlphaRex, the bipedal walking robot built using the LEGO Mindstorms NXT system, but since most of the reporters seemed to focus totally on AlphaRex, you may not have seen some equally fascinating NXT robots like Tribot and Spike, or gotten a peek at the new programming system.


Continue reading "High Resolution LEGO Mindstorms NXT Photos" »

The NXT Wave Starts To Build

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LEGO wanted to build momentum behind the new Mindstorms NXT Robotics system, and to get the opinion leaders in the Mindstorms community completely behind the product. It’s less than two weeks since they made the NXT announcement, but there are already a number of NXT groups and forums springing up.


Continue reading "The NXT Wave Starts To Build" »

From LEGOS to Rough Terrian to Deep Space

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We really enjoy prototyping new concepts and ideas with LEGO Mindstorms. It’s fast, easy, and keeps us from investing a lot of time and effort in a lame-brained idea (yes, we do have plenty of them,  we just don’t talk about them . . .). So, it’s always great to see other robot experimenters taking the same approach – like Chris Schur’s SkidBot and GeoBot-1.


Continue reading "From LEGOS to Rough Terrian to Deep Space" »

Listening To, And Involving Customers

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Being the devoted Mindstorms users we are, we were searching for more information on the LEGO Mindstorms NXT system announced last week at CES in Las Vegas. Along the way we ran across an excellent article scheduled to appear in the February issue of Wired Magazine.


Continue reading "Listening To, And Involving Customers" »

Mindstorms NXT Software - First Look

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The NXTbot.com weblog has been posting a series of reports covering the LEGO Mindstorms NXT system announced last week at the CES show in Las Vegas. The most recent post covers the new Mindstorms programming software.


Continue reading "Mindstorms NXT Software - First Look" »

Takes One To Control One!

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Pavel Petrovic and Richard Balogh have managed to figure out how to control a Robopet using IR signals they send from – are you ready for this? – a LEGO Mindstorms RCX roving robot! With a little encouragement and nudging from Robot Robert Roschler, the designer of the Robosapien Dance Machine, they not only managed to crack the code, they’re sharing it openly on their website.


Continue reading "Takes One To Control One!" »

LEGO MINDSTORMS Issues Call for "NXT" Great Developers

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LAS VEGAS (January 4, 2006) - The LEGO Group’s robotics development team today announced a call for entries to secure one of 100 seats on the newly expanded LEGO® MINDSTORMS™ Users Panel (MUP), an exclusive group of MINDSTORMS enthusiasts who have helped guide the NXT product development process.


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Pop Quiz

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Okay, here's an extremely simple pop quiz for all you robot fans out there. By now you all know that Lego announced the Mindstorms NXT robotics system at the Consumer Electronics Show in Las Vegas. So, what did they build with it to show off all it's features?

No fair peeking at the answer before you guess. . .

Continue reading "Pop Quiz" »

Taking It To The Next Level!

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I didn't play with Legos as a kid, but my children did and I had the pleasure of playing with them under the guise of helping the kids. So when the Lego Mindstorms RIS was released buying it was a no-brainer from the get-go. Over the years I've built numerous robots and other devices, and kept waiting for Lego to really do something dramatic with Mindstorms. . .


Continue reading "Taking It To The Next Level!" »

The Robot 'Wow' Factor - Kiyomori

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Want to see something really wicked? Something robotic that is so impressive that it makes a lot of the other robots you've seen look like toys? Something that's so fantastically cool you'll be drooling over it?


Continue reading "The Robot 'Wow' Factor - Kiyomori" »

Solutions Are All Around Us

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We've all experienced it. You've been up working on your robot until all hours of the morning. You're tired and frustrated, but you think that you have finally gotten the last bug out of it and it's ready to test. Only problem is you can't think of a quick way to put together an obstacle course to test it on. . . .


Continue reading "Solutions Are All Around Us" »

They're Not Just Toys, And They're Not Just For Kids!

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Okay, so this particular post isn’t quite about robots, it’s about Legos and to some extent about Mindstorms, and just for a moment I’m going to stretch the bounds of this blog to include it because I think it deserves to be shared.


Continue reading "They're Not Just Toys, And They're Not Just For Kids!" »

Mindstorms - Building Community, Or Not

Lego Mindstorms
A little over five years ago I saw a fantastic Lego Mindstorms television commercial on the internet. I was so blown away by the possibilities that I arranged to have the RIS purchased by a friend in the US and then shipped over to me here in Japan. Not only that, I also bought two of the additional sets and was beside myself waiting for them to arrive.

Continue reading "Mindstorms - Building Community, Or Not" »

Lego Mindstorms on Jeopardy!

050216-j-mindstorms

Jeopardy!
KGO - ABC Network - Wed Jan 26 2005 at 7:00 PM PST

Re: Using Lego Mindstorms for Training

In response to an earlier post about Lego Mindstorms being used to teach robotics, Redcone wrote:

“They seem to be growing in popularity everywhere. It is a great way to get kids introduced to some of the basic concepts involved in robotics.”

I agree totally. I’m a big fan of Mindstorms, especially for teaching and prototyping. I’m a little clumsy, and don’t have good manual coordination, so they can be a little frustrating for me. I usually manage to knock some pieces loose right at the worst possible moment. Still, they are a fantastic tool for quickly and relatively painlessly proving or teaching a concept.

Another reason why I’m so fascinated by the Mindstorms phenonmena is the way it’s been accepted globally. Ignoring really old handcrafted mechanical dolls, the first practical robots – the Unimate - were imported to Japan from the US where they were developed for auto manufacturing applications.

Sidebar: The Unimate page at the Robot Hall of Fame states– “Unimate was conceived in 1956 at a meeting between inventors George Devol and Joseph Engelberger, where they discussed the writings of science fiction. Together they made a serious commitment to develop a real, working robot.”

050203 unimate

The Japanese refined and advanced the state of the art for industrial robotics tremendously. Now we have a Danish company (Lego) working with a major US technical university (MIT) to produce a product (Mindstorms) that’s being used in Japan to teach young budding roboticists . . . You can’t get more global than that. The technology and the desire to learn bridges geographic and cultural barriers.

By the way, Redcone has a great website focused on robotics. I am constantly surprised and delighted by some of the interesting and often arkane robot news stories he manages to dig up.

Welcome to redcone.net! - Redcone Robotics

Learning Robot Programming using Lego Mindstorms

I just ran across this newspaper article that was published late last year -

050202-lego-mindstorms

The text talks about learning how to program robots, and features a young group at a township community center. From the photo it appears that they are using the Lego Mindstorms Robot Invention System, and seem to be having a great deal of fun with it.

Frankly, I had the impression that Mindstorms, and Legos in general, weren't very popular here in Japan. I used to see regular Legos on the shelves at the local department store, but about a year ago they were displaced by an off-brand look a like. In the regular robot hangouts in Tokyo, like Tsukumo's Robot shop in Akihabara, you can find Mindstorms sets and individual components, but the prices are two to three times what you would pay in the US.

But, the more I look around, the more evidence I find that Legos are actually alive and well here in the Land of Wa. There have been regular feature articles in the RoboCon magazine focusing on Mindstorms projects. There are quite a few Japanese Mindstorms books available via Amazon Japan and other sites. And one of my favorite weekly television programs - Telebei Champions - devoted a full 90 minute broadcast to a Lego construction contest.

Modifying The Lego Pathfinder

Once I had Pathfinder up and running I wanted to experiment with some simple modifications. My primary goal was to see how quick and easy it would be to prototype ideas. Since Pathfinder was already built and the software was working, why not try modifying it?

I setup a few basic and totally arbitrary design parameters. The modified Pathfinder should-

  • Have a rigid body – something I could pick up and turn over in my hand without having it fall apart.
  • The motor/wheel drive ratio should be setup so that the new robot moves slower. Pathfinder, running at full speed, tended to be a real spitfire. Fun, but a little difficult to control and keep out of trouble.
  • At least one contact sensor so that it could take some action when it bumped into obstacles.

With that in mind, I started picking through my Lego parts boxes, and put together some simple designs. After about 30 minutes of trial and error, I ended up with this-

050116_lego_simple_01

Pathfinder’s bottom chassis was disassembled. The motors were mounted directly to the RCX block. A simple meshed gear mechanism was constructed to gear down the drive speed. The wheels were changed to a larger diameter – probably nullifying the gear ratio change. One button was placed towards the front of the bottom chassis. The contact switch was added so that it extends slightly in front of the robot.

The software was then modified to take advantage of the contact switch. At the same time modifications were made to lower the motor drive speeds.

050116_lego_simple_06

This is the bottom view including the cross bracing added to strengthen the chassis.

050116_lego_simple_05

Gear alignment was a breeze since the standard Lego dimensions take care of most of it. This is something I definitely want to keep in mind as I design other non-Lego robots.

050116_lego_simple_04

The axial spacing was also very easy to setup perfectly since all the Lego part sizes are standardized.

050116_lego_simple_02

The contact sensor was mounted low and extended slightly to the front of the robot.

050116_lego_simple_03

Unfortunately the contact switch by itself doesn’t seem to be very effective. It has a very small travel, and small contact area. If the robot has any speed at all, it will run into an obstacle pretty hard before the switch actuates. In actual practice I will have to provide some sort of additional mechanism.

Things I didn’t like:

While you are constructing your robot it’s very easy to accidently depress buttons on the RCX brick. This happened to me a couple of times. It’s kind of shocking to be pressing some blocks in place and suddenly have the wheels start turning in your hand. The first time it happened I almost dropped the robot.

Conclusions:

  • I’m very impressed with how easy it is to prototype concepts using Mindstorms.
  • There’s a lot to be learned from the Lego standardization – lots of ideas that can be utilized in other non-Lego based designs.

 

Lego Pathfinder

The first robot that the Mindstorms RIS kit has you build is the ‘Pathfinder’. It’s about as minimal as they come. Simple, straightforward construction. Two motors, two wheels, two round buttons to act as balance when the motors are driving. That’s about it.

050116_lego_pathfinder_01

It was pretty simple to put together. Unfortunately I hadn’t organized my Legos at the time, so my biggest challenge was hunting for some of the small parts in the huge Lego pile on my desk. My particular RIS kit is almost five years old – it’s the 1.5 version, so your parts may be differ to some extent.

The parts that I had a hard time with were the two black buttons that go on the bottom of the Pathfinder, and the wheels. The first time around I could only locate one of the buttons, so my robot was slightly incomplete – though it worked fine anyway. The wheel problem was basically an embarassment of riches. The kit comes with a large number of wheels in various sizes and with some great tires. It even includes a set of tractor/tank treads. Finding the right set of wheels/tires for the Pathfinder was a challenge, though I finally managed to sort things out.

050116_lego_pathfinder_02

The Pathfinder was easy to program as well. It only took a few minutes to setup the software, download my first programs, and get it running around on my desktop. The primary things I learned were:

  • How easy it is to prototype and test a concept using Mindstorms.
  • How fragile the construction method can be, and how much it needs cross bracing or a lot of thought focused on improving rigidity before you start snapping bricks together.
  • How much I needed to organize my Legos into categories to make it easy to find the parts I need

 

Staying Organized Lego-wise

I wasn't fortunate enough to enjoy Legos as a child - I was born too early for that. I did, however, get a tremendous amount of fun from playing with an Erector set. I loved building things like bridges, towers, small trucks, and even a dinosaur. My only frustration was the time that it took to find exactly the right parts for the model I was building. I don't have a lot of patience, and if I couldn't locate the part within about 20-30 seconds, then I would start to get frustrated. If I had to repeat that experience several times in a row, then I would throw up my hands and walk away from my Erector set.

Now I'm well past 50 - almost all the way to 60 if the truth be told - and what do I find myself doing? Playing with Legos! Well, at least using them to prototype robotic ideas and concepts. Still, it seems like 'play' to me. You would think after all these years I would have learned some patience.... Unfortunately that isn't the case. I'm just as impatient now as I was quite a few decades ago. I find that my biggest frustration in constructing a protype with Legos is the time that it takes to find the pieces I need.

When I broke open the Mindstorm boxes that had been sitting around for 5 years, I naturally enough opened all the little plastic bags. I tried to keep the pieces separate - but that didn't last long. The first robot that the user guide has you construct is the 'Pathfinder'. The parts you need come from several different bags, and, to make things even more complicated, some of the parts are small and hard to locate. It wasn't long before my entire desktop was cluttered with Lego parts of all shapes, sizes, and colors.

So, I went off to the local 100 yen store - the Japanese equivalent of a US $1 store. For 500 yen (just under $5) I came back home with four plastic (Tupperware clone) boxes and some dividers. That still left the question of how to separate the parts so that any individual part would be easy to find.

My initial approach is to separate all the parts into four broad classifications.

  1. Large and medium size bricks and plates
  2. Wheels and round things
  3. Small bricks and similar parts
  4. Everything else - especially small unique parts

I'm not sure how this will work out, but I can always change the classifications later as I gain more experience.

Still, I was curious about other potential solutions to the problem. After all, kids have been playing with Legos since the mid-1950's. Kids have mothers. Kids like messy. Mothers like neat. Mothers are great organizers. So, there must be some great Lego organizational techniques developed by mothers.

It turns out that they do exist, though some of the solutions are a little pricy. One of my favorites is the BOX-4-BLOX. The design is delightfully simple and straight forward. There are four boxes - green, red, blue, and yellow. You stack the boxes in that order, then dump your Lego parts into the top yellow box. The bottom of the yellow box is a simple sieve that allows smaller parts to fall through into the blue box. The process is repeated until the smallest parts all end up the bottom green box. Really beautiful from a design perspective.


Link: BOX-4-BLOX - Instructions on How to Use the BOX-4-BLOX.

But, given the fact that I live in Japan, and the shipping for the BOX-4-BLOX is likely to cost more than the boxes themselves, I think I'll have to stick with my current approach, at least for the moment.

Lego Mindstorms as a Prototyping Tool

Lego_pathfinderAlmost five years ago, just after I moved to Japan, I ran across the Lego Mindstorms website and was just blown away by the television commercial video on the site. I absolutely had to have a Mindstorms set....

But, as usual, life tends to lead us down other paths. I managed to buy a Mindstorms RIS 1.5 set, but because of the PC I had at the time time and the operating system, I wasn't able to get the RIS software setup and communicating with the IR tower. Everything went back in the box, and started collecting dust in my closet. From time to time I would run across the set while searching for something else that I had misplaced, but nothing inspired me to take it out of the box and try to get it working. Even when my interest in robotics was rekindled last year, I didn't think about pulling the RIS out. In fact, I couldn't even remember exactly what the problem was that kept me from getting it to work in the first place.

Then in the middle of December I was able to visit the San Francisco Bay area, and managed to squeeze in a trip by BART down to the Hobby Engineering store in Milbrae. I'll write more about my experience there in another post since there is a lot to tell. One of the 'goodies' that I picked up at the store was an accelerometer module. I really want to try putting together a self-balancing robot - something along the lines of the Legway. I know that other experimenters have been negative about using an accelerometer as the primary sensor in a balancing feedback loop, but I wanted to try it myself anyway. It should be a good learning experience, and if it turns out not to be practical, I'm sure I can find other uses for the module.

Back in Japan after the holidays, I started to think about how to prototype the robot. It would probably be a good idea to get the accelerometer up and running and talking to my microcontroller... But how to test that without actually going to all the trouble of building the robot? I really didn't want to put all the time and effort into a robot that had a major design flaw from the git-go. What I needed was a test fixture. Something I could mount the accelerometer on, then rotate it through different angles at different speeds. It would also be great if I could control the rotation with a microcontroller - especially if it was separate from the circuit under test.

In mulling over the alternatives, I remembered seeing a Mindstorms hobbyist that built a panoramic base for his camera using the RIS... What if I did the same thing, only tilted the rotating base vertically?

Bingo!

That was enough to inspire me to dig the Mindstorms set out of the closet and get back to work on it. Over the years I had purchased a new PC, this time running Windows XP, and thankfully the RIS software loaded and ran the first time I tried it. Within a couple of hours I had the Pathfinder robot running around on the floor frightening our dogs. The only slight disappointment was the pedantic nature of the tutorial software. I kept wanting to run while it kept holding me back. Still, I understand why it was designed that way.

The next step is to design a Mindstorms based test fixture and testing strategy.I doubt that I will invest a lot of time in building complex robots using the RIS, but as a quick and dirty fixturing tool to try out different concepts, I think it will turn out to be a tremendous asset.

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  • "Hobbyists started the PC era, hobbyists with dial-up modems created BBS systems and started the internet era, and now robot hobbyists are creating the robotics era."
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        Senior Robotics Engineer

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