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Build your robot as you wish within the restrictions below. Use spacers or positioning aids that are not part of the robot. You robot must be propelled by two 28BYJ stepper motorsno other propulsion allowed. Your robot must present a solid barrier to the timer laser, the laser will be approx 30 mm from the floor.

Your robot may not be bigger than mm length by mm width. Your robot may not have any sensors that gathers information from outside the robot, this includes gyroscopes and compass modules. The fied of battle is a maze drawn on an A1 cardboard posterboard available from CNA for approx R The timer will start when the robot passes the first laser at the mm mark on the start block and stop when it reaches the mm line on the end block.

The maze will be run 3 times to ensure accuracy. Time will be added to the total for every time the robot goes off the paper or cross a no go area. First build night and entry fee payable. On the first build night you must, at the minimum, have a design or concept ready for your robot. If you already have something built even better. On this night you can get advice and suggestions on your robot should you need it. Building and tweaking robots.

On this night you must have something ready to physicaly build. This is also for advice and help should you need it. After the success of the Fakugesi PCB festival Passwe were contacted by North West University to design an interactive badge for their GeeXpo event.

We started playing with a few ideas, but as usual time caught up to us and we realized that we had 10 days left before the festival and no plan in action.

After a quick chat to our main PCB guy at Bosco Hi Winston! A design was made and after a quick prayer to the PCB Gods we sent off the Gerber files for manufacturing. Luckily we designed it around components that we either already had or could get in qty locally. The general concept was that there are various challenges at the GeeXpo.

This would turn on an LED on the badge to indicate that the person has completed the challenge. It seems pretty simple, but it was very well received and everybody loved having a PCB badge that had blinky leds. I built a few up to test the main hardware and that we had a few prototypes so that Sebastian can start writing the firmware. At our weekly thursday meetup, I lured everyone with beer and promise of new knowledge.

Romeo and Sebastian put together some pretty cool base stations that transmits the challenge completed code when … you completed a challenge. Chris made some awesome laser-cut enclosures for the base station. Saturday was GeeXpo and boy did we have fun. We had lots of interactive exhibitions for a change and everyone thoroughly enjoyed it. The challenge at our table was a robot arm that was controlled by a game-pad.

You had to use the game-pad to pick up a trinket and drop it into a bowl.

Thanks to everyone that helped out with this badge project, its much appreciated and see everyone at the next GeeXpo! I am pleased to announce another Binaryspace hosted Technology Challenge. Up for grabs is a PICAXEX2 MICROBOT worth R sponsored by Gert Van der Walt. In order to win you must design and build a line following robot that must complete the track in the fastest time.

But there is a catch! You may use any technology you desire but any programmable piece of silicon is a no no. Sharing of your design and build process is encouraged but not necessary since the winning criteria is the time to complete the track.

Please help and encourage your fellow hackers through by sharing. There is a test track set up in the space in order for you to try out your robot. We appreciate all the responses that we got and the overwhelming need to keep BinarySpace going.

Our new space is now located at 71 Rossini Blvd, Vanderbijlpark. We even got a new sign up to help people find the new space. As you can notice we now have a new partner in the form of SiGNL. SiGNL is a creative technology company, prototyping smart objects that extend into real world experiences. Various of our members have actively been involved in projects with SiGNL. SiGNL have partly been helping us out with our rent each month. Our membership system has also proven itself and everyone has stepped up joining as BinarySpace members and their fees have gone towards the expenses of the new space.

We have lots of exciting workshops happening in the future and some new technology challenges and great projects. Our weekly meetups are still on thursday evenings at So we are big fans of the Plen robot. We decided to create our own version of the Plen called the PlenZA. Andries Smuts, one of our BinarySpace members have modified the original files and we have been printing and testing.

Stay tuned for more updates. On 21st and 22nd of October we participated in the Microsoft Open Government Data Hackathon. There has been numerous hackathons like these all over the world. The prize was R!

While we were a bit uncertain about what exactly we were going to do, we decided to form a team and enter the hackathon this required some emails and a few leave forms. Before the hackathon we started looking at various open data sources to see what is out there and what we can do.

After lots of discussions on our local telegram group we decided on an idea. The requirements for this hackathon was basically; build something over the two days that use the government data to give it a better meaning and make it available to everybody.

There was also a mention to make it fun! From the beginning we knew that most of the open data hackathons ended up in various cool websites and apps. We wanted to do something more physical and different. The hack was to build something like that from scratch over a period of 2 days, and using government data in a meaningful way. From the beginning this was a very ambitious hack in the timeline we had. We settled on a more basic government data set which was the positions of every public government facility in the country.

This includes Hospitals, Home Affairs offices and even schools. So the plan was to create a smart street sign. It would have a control panel so that you can select which government facilities you are looking for and also have some emergency feature.

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Press the button for the facility you wanted and the signs would point to the 3 closest facilities while showing how far each one is from the sign. We are calling it Pointr! The smart logo you see above was designed by our Isobar assigned team member and new friend of BinarySpace Rico Smith. The biggest challenge in this project is the mechanical side of things.

Making 1 sign rotate is easy, add 2 more on top of that and it becomes more difficult. Each sign needs a motor, power and communication lines for the sign. That is a lot of wires that need to go through the same pipe with the rotation mechanism. Andre and Chris handled the mechanical side in terms of design and printing. Andre made a very cool design that involved a pvc pipe, a steel pipe welded onto a base and some 3d printed parts.

This leaves space to bring through the wiring for the next rotation mechanism. Our sign can do a full degrees, but not continuously. This means that if the sign is pointing at degrees and needed to go to 10 degrees, it would basically move counter clockwise to 10 degrees instead of just moving forward over to 10 degrees.

On day 1 we had the first movement up and running, and we were very happy with how smoothly it went. Unfortunately on day 2 we decided to spray paint the pole. The not-fully-cured paint messed that up and we spent a while scratching off paint where the rotational parts go. For the main control panel, we had originally planned on just drilling a few holes in the pipe and mounting buttons with a printed piece of paper indicating which buttons to press. Since there are lots of various government departments we decided to only take a few for our prototype.

We decided on 4 emergency buttons; panic button, police, hospital and fire department. For the information side we chose Home Affairs, Libraries, Child Services and Courts.

Press the panic button and police would be notified that someone needs help close to the sign. Press any of the other buttons and it would point the 3 signs to where you want to go.

All in all our mechanical side worked and looked beautifully. For this hack the electronics were relatively simple. Michael and myself Tom tackled that part of the challenge. The electronics side basically have to decode the location data and then depending on which button was pressed it needs to to calculate the rotation of the motors ie. Our biggest problem was the led displays. The suppliers that had enough were not cheap.

After some searching Andre came across a place that sold these car displays. They were on special leftover stock from a previous bigger become proofreading jobs from home. At R these were a bargain so we cleared out their stock.

Upon arrival I opened one up to see how easy it would be to hack it to our purpose. Luckily the electronics were pretty simple. Basically a micro controller with some shift registers. We desoldered the micro, soldered some wires onto the pads to connect it to an arduino. A bit of code later the led display was working.

We did however have some issues with getting the scrolling and font characters to work properly so for our demo we pre-programmed a few messages for the demo. For driving the stepper motors pippi longstocking tv series settled on a ramps 1.

Our original idea was to use a raspberry tlt put option that would decode the data and control the ramps board. Michael wrote python code that would handle all that. Again, we ran out of time and decided to hard-code the data and process directly on the arduino mega.

It will be a nice project to show off at the space and future events.

Took a quick shower and headed over to BinarySpace hoping … nay praying that I loaded everything we would need today. Today was the coming binary options on autopilot review of our HAB launch.

How hard can it be? You take a balloon, fill it with helium, add a camera and let it go somewhere…. Launching a high altitude balloon is by no means an original idea so we spent quite a few hours researching the internet, on articles documenting other successful and failed launches. We also got advice from various groups in South Africa, that do this on a regular basis HABEXHabspace. We were at our launch date. We used a g weather balloon, a parachute and a polystyrene cooler box for our payload.

Inside the payload we had a GoPro camera, donated by Wayne Gemmel, a Trackuino aprs tracker that we built at the space, some batteries and a mintyboost kit to supply some extra power to the GoPro.

We also threw in a hand warmer to keep the electronics functioning at the very low temperatures, found at high altitudes. Other members from the team came from Johannesburg and Witbank and we met them on site. We arrived at 7: Originally we were under the impression that the airfield was abandoned, but we found it closed off with security. A quick chat with them, explaining what we wanted to do, and we got in. Since we wanted to launch as early as possible we counterfeit money maker machine setup a spot and started getting everything ready.

Wolff came prepared with a nice ground sheet for inflating the balloon and a table for preparing the payload. I started finishing up the payload while Wolff and Hanno took charge of inflating the balloon with a few helping hands to make sure the balloon was handled carefully.

Preparing the payload involved, sticking down all our electronics with duct-tape, connecting the lithium batteries and starting the recording on the GoPro camera. Half an hour later Wolff and Hanno were ready with the balloon and we attached the payload to the balloon.

At this point we were ready to launch, but had to wait while Michael phoned Air Traffic Control to get final permission to launch.

Once we received permission we did a quick countdown and let the balloon go. It was almost anti-climatic after all the work. We all watched it go up and disappear into the skies…. We packed up and started the chase. Every minute a new APRS packet was received telling us that our balloon is going higher and higher but also heading into its own direction.

It was moving fast. No pings received by any of the digi-repeaters. We kept driving in the same direction for a toronto stock market quote waiting for the next position, but nothing came. We decided to stop for a bit, contact the other HAM guys and hear if anybody was receiving something. You could see on the faces of everybody that they thought this was the end.

At least we launched it successfully…. We jumped into the cars and headed to the current position received. Unfortunately, our happiness was short lived and the signal deutsche bank ukraine fx brokerage silent again.

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We decided to head to the last position and then again would decide what to do once we get there. This time it took about 30 minutes before we received a new message, but it also changed direction. We joked that it was probably heading back to the launch site.

The updates came more consistent and we watched our screens as the balloon went higher and higher. At around an altitude of about m we were waiting for an indication that it had burst and was coming down, yet it still went how to buy penny stock without a broker to m and then to m and then it started dropping … fast.

It had burst and it was time to move again. Eventually we ended up outside a farm. From the data it seemed that the balloon stopped descending.

We stopped at an intersection, pulled out a different antenna and after a few received signals, we knew it was on the ground and somewhere on that farm. Apart from a few stickers that started peeling off the payload was in perfect condition, even our space commander survived the trip. We would like to thank everybody who was involved, including the ham radio teams who helped with tracking, the various parties we pestered with questions and many more.

For the more technical details please see the project page on our wiki. We are busy updating it with all the details. Our next launch is in planning stages. We are currently applying for approval for the 15 of August Gary Immelman came to the space to give as an introduction into Amateur Ham Radio.

He told us some very cool stories of his electronic and radio adventures.

The people he has communicated with even the Astronaut that came to dinner after a chat they had over the airwaves. Amateur Radio covers so many aspects and there is lots of toys to play and vladimir forex signals review with. It was a very interesting talk and inspired a few of the members including myself and Can i make money at craft fairs to start studying for the Amateur radio license exams happening in May.

He brought along lots of 3d printed goodies including printed shoes, a vacuum cleaner and a 3d printed lawn mower. Hans shared a few of his successes and failures not a lot really in his 3d printing adventures.

Between all the meetups and hacking we have also been hard at work at improving the space. It recently got painted, were adding more work space, shelves for various hacks, projects and our beer glass collection.

A new keg system is up and running. Thanks to everyone who helped out and all the donations we have received. We also have a few new regular members. Welcome and we hope you have fun! Internet of Things has been a pretty huge buzzword the past year and there are various projects around the internet and crowd funding campaigns. The project basically consists of a very low power sensor that can take various sensors and then report the value of that sensor to a base station.

Our solution is to create a low power sensor node that reports back to a base station. The base station can then migrate the information onto the internet. The advantage of this way is that the rf module we are using uses less power than for example a wifi module. For the micro controller of the sensor node we used an msp Why not an arduino?

While the arduino is very easy to use and has a lot of great support on the internet, it does not make for the best low power option. So how does the msp compare to the arduino in terms of programming? Well, actually almost as easy thanks to Energia.

This means that most of your arduino sketches can be compiled directly for the msp without too much if any change. The other big difference is that the msp does not have a easy to use bootloader like the arduino so you do need some extra hardware to program it. Fortunately it comes in the form of a cheap development board called the Launchpad. It looks pretty much like a red arduino, except that it has the msp chip on with a programmer section.

The programmer section can be used to program other boards with the msp Since we needed a launchpad to program the sensor node, it also made sense to use it as a simple base station connected to a pc.

So last night everybody basically built a sensor node, connected another wireless module on the base station aka, launchpad dev kit and had information sending between them.

Add a 3d printed battery holder into the mix and your have neat little sensor node ready for more sensors. For more detailed information on the project, have a look at the project page. We still have lots of plans to build on this project, including interfacing various sensors to it. In other news, we now have a new keg system at the new space.

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The beer was sorely missed at our last two meetups. BinarySpace is a new Hackerspace in the Vaal Triangle. It is time for a new Binaryspace hosted TECH Chall3nge! Use spacers or positioning aids that are not part of the robot You must: The field of battle: To prepare your own practice maze: In pencil draw lines mm from all sides. You can now erase or just leave the first pencil lines except 2 for the start and end blocks.

The encased small areas is the no go areas. Best time wins maze prize. Coolest robot by mob vote wins coolest robot prize. Entry fee is R 50 payable on first build night.

There will be two build nights and then the competition: The final badge works very good and it looked awesome! We met a lot of new people and as usual the people enjoyed our projects. Good day all you Happy Hackers! Entry is free the cost of your robot and open to anyone.

Any questions feel free to bug me gertvdwalt [at] mighty dot coza Reference Links https: Hi Guys, As most of you know BinarySpace has recently got notice on our current space and we need to be out by the end of the month.

Unfortunately we have been scouting for a new space the past couple of weeks and while we have found some options they are all mostly our of budget. We are currently looking at a decent sized space that will allow us to continue and to expand.

Unfortunately it is still out of our budget. We do believe that with the space we are looking at we can turn BinarySpace into a more sustainable environment, but we need some help to get started thus the reason for this email.

We are looking for some companies that would be willing to sponsor us some rent money. Currently our expenses with the new space will be between R and R a month. We have some membership monies coming in each month that can cover part of it, but we are hoping to find a few companies that can come and brand our general meetup or training room in exchange for paying a part of our rent.

We have done some very cool projects in the past couple of years including launching a near space balloon, 3d printed projects, monthly projects, PlenZA and hackathon participation. It would be a shame to close down BinarySpace due to lack of space, but we are doing everything we can to keep it up and running. We also have some quick videos of the first movements:. We are currently looking at the original electronics, but we are also keen on designing our own.

The Idea From the beginning we knew that most of the open data hackathons ended up in various cool websites and apps. The Mechanics The biggest challenge in this project is the mechanical side of things. The sign was cut from 6mm acrylic, and the plastic parts were printed with PLA. It will be a nice project to show off at the space and future events Congratulations to TeamBaby who won the Hackathon. This place is awesome! If you in the area go say hi to Rick, Jarred, Daniel and all the others at the Space Smit Street, Johannesburg A few days before the hackathon I put together a little event cam that would allow the other BinarySpace members to join in the fun.

On it was a modified version of our BinaryBot. All the members in our Telegram group could request a picture from it at anytime. There are some improvements to be made but this was a good test for it and you can expect to see our event cam at future hackathons and events. We also had to make sure that our space commander is secured on the payload.

We packed up and started the chase Every minute a new APRS packet was received telling us that our balloon is going higher and higher but also heading into its own direction. At least we launched it successfully… 15 minutes later we suddenly got a new position message. Until next time T. So last night everybody basically built a sensor node, connected another wireless module on the base station aka, launchpad dev kit and had information sending between them Add a 3d printed battery holder into the mix and your have neat little sensor node ready for more sensors For more detailed information on the project, have a look at the project page.

We had the guys from Trophy Robotics visit us, hope to see more of the stuff you guys do. Thanks to everyone who joined us and hope to see everyone next week! We meet every Thursday night at You may also contact one of the founders on the following numbers: Tom Van den Bon - Sebastian Schocke - You can find us at 71 Rossini Blvd, Vanderbijlpark. SiGNL House4Hack The Maker Space Durban Makerlabs Jozi MakerStation Cape Town House4Hack KZN.

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