Before many years LEGO has begun as a toy factory, producing simple sets of plastic bricks and parts in order to entertain children. And stimulate the child brain like many other toys. Now the situation is very improved technologically and some LEGO kits provide internet connectivity, powerful processors, Micro SD card slots and Wi Fi USB slots. These kits stimulate the creativity and the engineering thought inside a young mind, which results in incorporation of parts from several kits and creation of many unique machines. We searched on YouTube for such machines and discovered a lot of them. We selected the coolest 10 and will present them now.The video shows how LEGO made machine is drawing simple forms like rectangles and triangles. It is done by a pencil attached to a platform above the paper. The platform is moved by a regular car wheel.This incredible machine is able to create different shapes from floral foam. For that purpose the user should load a 3D mesh from Autodesk Softimage to the milling machine.
After that the drill (the only non-Lego part in the device) processes the foam. After almost two and a half hours of processing we see a beautiful human face as a final result. 8. Ford Shelby GT500 scale model. It is created at scale 1:8 and comprises of roughly 3500 parts. The vehicle weighs 3,1 kilograms and has lockable doors, full set of four seats. When the creator opened the front hood it discovered a plastic replica of the legendary V8 muscle engines. The suspension is similar to a real car with its front McPhersons.This proves that LEGO isn’t just for kids anymore. The device comprises of bottle open up system, bottle conveyor system and bottle cooling system. The beer is ordered via beerREMOTEcontrol, a device connected to the machine via Bluetooth. The ordered beer is forwarded to the open up system and then transported to the cooling system. The practical value of this invention isn’t very high, at least because you can pick the beer from the fridge and open the bottle several times faster than the machine from the video.
It is impressive engineering achievement however, and the machine could be used as a prototype of production line or some sort of it. 6. Mobile Robotic Arm. According to the video, the platform is able to scan and find cargo herself. The hand searched and found a box, grabbed and transported it to different point.This is an improved version of the 3D printer that was mentioned above. It makes more complicated shapes and sculptures. 4. Bridge Laying Tank. Made as a scale model of real German tank, it weighs 3.4 kilograms and the bridge is 93 cm long. The video shows how the tank approaches the streamlet, deploys the bridge over and then passes over it to other shore. Then the bridge is folded back to the initial position and the tank is ready to go. 3. Excavator-like Robotic Hand. This robotic hand reminds of an excavator. The hand is navigated and shows some impressive mobility. In the video it attempts unsuccessfully to catch a ball on a cup.This is walking, 70 cm tall and 3.6 kg heavy robot.
If this is possible to be made at home with LEGO, there is nothing to wonder around Atlas and the other walking robots made for DARPA.The first place is absolutely taken by the life-sized LEGO hot rod created by Romanian and Australian engineers. It has four orbital engines with 256 pistons and is powered by compressed air. Looking and something simple to get rolling with a wide grade level range? Sphero's robot ball fits the bill. This robot can be used with programs like Draw and Drive in Kindergarten. Once the kids are reading, Tickle App, our favorite robot programming app lets students program the robot in Blockly.9 Lego Wedo is a great platform for learning and experimenting. The new Wedo 2.0 is programmable with the Tickle App, from the iPad or tablet. Wedo has a well-developed library of lessons and resources for STEM instruction. If you have the support, this tool can be leveraged for so many different learning opportunities. The best of these have already been tried bu Josh Burker, thinking man's tinkerer, on his blog.
This is the cheap, programmable drone you have been looking for. Field tests (actually in a classroom) concluded that kindergarten students could program drones to fly much more successfully than they could remote pilot them. When the drone flew into a child's face, no blood was shed and no one lost their job. A parent asked, “Can't the blades get caught in the kids hair?” Tired teacher responded, “Yes, but they just crash into the kids face before that happens”.7 These simple robots are the center of some of my best lessons in kindergarten and first grade. These robots feature on-bot programming and require NO DEVICES. I use command cards to allow the students to plan out their program and this also allow for debugging. Looking for more great ideas? Check out this post I wrote for Edutopia.6 Dash has wheels and a moving head and Dot has a great personality and a passel of sensors. Looking for a great tool for narrative play and programming?
The WonderWorkshop crew can hook you up with the most charming droids currently available. turkey pastrami sausage meatloaf Students love to dress these robots up and have them roll play all kids of situations. Also be sure to check out the WonderWorkshop Robot League for great lessons and challenges for your class or afterschool group. With over 20 sensors and 2 motors, this is the most capable robot on the list. This can be used like a bee-bot focusing on push button programming, or the robot can be programmed on a desktop computer. This robot heals wounds, deep psychological wounds inflicted in my adolescence during a time when I could not get my gawky limbs to shred. I could not ride the half-pipe, nor the quarter. I dared not try the empty pool. Once I flew bravely off balance over a propped up board and my fine plastic wide deck was in the street and run over before my skull hit the pavement. Now, with my butt in the chair and my phone in my hand, I shred mad air.
Honestly, we get more play out of these after school, but they are just as programmable as Sphero and sometimes I use a mixed group of Sphero and Ollie as I teach with the Tickle App.3 it is a line drawing, math doing, screen wearing programmable racecar robot! You can program this bad boy in turtle art like Super Genius Josh Burker has done in this video. If you want a robot that is quick to deploy with a wide range of abilities that also looks like a yellow car, this is EXACTLY the one you need.2This is the most affordable simple robot for pre-readers. On a limited budget? This is an amazing find. Each command moves the mouse forward one spot. Put numbers on the floor and have the students program the mouse to go to the right answer.Go ahead and order 5 or 6. This is a good idea. Once you play with them a bit, have the kids design games to play with them, see how many piece of seat work you can convert into floor-based group work.1 These robots are terrifying.