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Found 184 results

  1. The Delivery Station unloads the train, separates the candies from the containers and delivers the candies to the visitors. The 2017 consisted of four parts: Push mechanism: pushes the containers-with-candies from the train Roller mechanism: rolles the containers-with-candies to the lifts Lift mechanism: lifts the containers to separate the candies from the containers Locker mechanism: candies are stored in lockers, to be opened with the ticket reader The order of the candies needed to be kept, so every visitor received the candy in the color he requested. You can watch the 2017 here (starts at timestamp 2m39s): For 2018, we keep the Push mechanism and the lockers. The part that will take care of separating the candies from the containers, is completely redesigned. The push mechanism however, was rather slow and - as you can see in the video - it needed quite some space due to the slider. So, that needed a redesign as well. You can see the new version here (click on the photo to go to our Flickr page): And of course a video: Enjoy, Hans
  2. are there here users of ev3basic here ? i m a great fan of basic [ i use it +-33y ] the only problem is that in smal basic the char's of the IDE can not be bigger i got the following working test.sb : a = Buttons.Current EV3.SetLEDColor( "ORANGE" , "PULSE" ) While a <> "U" a = Buttons.Current EV3.SetLEDColor( "GREEN" , "NORMAL" ) Program.Delay( 500 ) EV3.SetLEDColor( "RED" , "NORMAL" ) Program.Delay( 500 ) EndWhile EV3.SetLEDColor( "ORANGE" , "PULSE" )
  3. Hello, I have a couple of questions regarding Lego Mindstorms EV3 1) Is it possible to program the EV3 brick using C++? Is it a viable option when programming? 2) Is there some software that could help me programme an EV3 robot with NXT sensors? I have not been able to find this option in Labview so far? Can you recommend me an alternative? I’ll be highly grateful for any answers.
  4. This is my first WIP post on EuroBricks where I will show my progress on my newest build, an EV3-powered 1:8 replica of Lexus' newest flagship coupe, the LC500. The car will most likely be a combination of both the standard and the V6 hybrid LC, but it will have a V8. The body will also be orange. Here's a photo I found of an LC that looks a lot like the one I am shooting for. Features I'm planning to add: Four or six-speed paddle-shift transmission Retractable spoiler Detailed interior Fake V8 engine (but I would like to achieve moving pistons) Full independent suspension All I built so far was the rear axle for the LC. It's exactly like the one in the Porsche 911 GT3 RS set but more reinforced. I also made the V8 engine using Lego Digital Designer. I plan to build the paddle-shifting mechanism used in Didumos' Ultimately Playable Porsche 911 GT3 RS (the one with the tilted wheel) and pair it up with a gearbox. I currently am having trouble whether to motorize his gearbox with the EV3 motors or to pick a different one with less gears and friction. I also am having a little bit of trouble finding the right front axle, though I like the one that Didumos put his Porsche because of the fact that is has two shocks for each wheel. However, I find it very difficult to fit the V8 engine in the middle since the axle is made for a rear-engine car. Here's a poorly drawn render I made of what I'm trying to achieve with the front axle. And here's the chassis in the real LC and the measurements for the LC Lego model. Overall, I'm excited about the build. I would welcome some helpful comments about the V8 engine, axles, and the gearbox I planned to use before I order pieces on BL. Once I start working on the body and aesthetics, I would appreciate some input with that as well. I can also give you the download for the .lxf file of the engine if you'd like to check it out. I look forward to replying to your comments and sharing my progress. Thank you.
  5. This is my simple Lego car chassis for Mindstorms and Technic beginners. Features Rack-and-pinion steering Full independent suspension 1:3 gear ratio driven to rear differential I built this chassis as both an experimental project but also an educational one to not just me but people starting to make their own cars with Mindstorms and Technic. If you're looking for a chassis design that may work for the build you're creating (a sports car, sedan, or small truck) then I hope this helps you and I would look forward to seeing the finished result.
  6. I've made a Ruby library for programming Lego robots, called Lignite: Lignite on GitHub The plushies have used it to make their robot serve them tea: YouTube video
  7. This is ASSAULT3R, a Lego Mindstorms EV3 Assault Vehicle. After getting a second Lego EV3 set, I knew that I had to build something awesome. Features RWD and Steering Ultrasonic Sensor Infrared Sensor Two Color Sensors Dual Ball Shooters Gullwing Doors Detailed Interior and Exterior The ASSAULT3R's front sports red lights that will strike fear in enemies and their machines. Its dual ball shooters will shoot a total of six Lego balls, three for each side, high or low. That's twice the weaponry used by EV3RSTORM. The gullwing doors allow easy access for operators and it makes the ASSAULT3R look futuristic yet sinister. I had a lot of fun building this, and I'm very happy with the result. And of course, here are some photos as always.
  8. Hello ! Here a little video of my new project, a wine pourer for alcoholic people , the software is not operationnal today. i will post a new video when the project will be finished ! see the famous domestic robots: Light a candle, Open a yogurt, cut a cake
  9. This is my first fighting game for the EV3. Going to completely remake the one I started a couple years ago. New programming, movements, sounds, build, etc. I will update this thread as often as I can, although subscribing to my new YouTube channel would be much easier. :D Support me on Patreon! https://www.patreon.com/M1dn1ghtN1nj4 New channel, LegoRoboGo: https://www.youtube.com/channel/UCfj_fY7gc3rqKueez_H76vQ New videos will be posted above the old ones, so you don't have to scroll down for ages looking for the most recent video. Version 1 Final: Update 2. Making progress Starting out: Original version, which has since been recreated in the videos above:
  10. M1dn1ghtN1nj4

    M1dn1ghtN1nj4 here!

    Hey everybody, I'm Noah. I've been a Lego builder pretty much my whole life, up until a couple years ago, when unfortunately, due to a financial crisis, I was forced to sell a lot of my stuff, including my EV3 Home kit. I just purchased a new kit, and it will be arriving next week. I wanted to get a new YouTube channel going, where I could build to my hearts content, and share my projects with everybody. That channel is called RoboGo. I have quite a few projects already lined up, and partially build in LDD, I just need the physical kit to make it a reality. You can find that new channel at the link below: https://www.youtube.com/channel/UCfj_fY7gc3rqKueez_H76vQ I also have another, slightly unrelated YouTube channel, where I have been growing my subscriber count pretty quickly. Not directly Lego related, but still worth a look if you're curious what my previous work has been about. Link below: https://www.youtube.com/m1dn1ghtn1nj4 Hope to see you guys around. I'm pretty good at replying to as many messages as I can, so if you have any questions or comments, hit me up!
  11. I’m getting more and more interested in the programming that Mindstorms can offer, including the surrounding possibilities, hook up to a computer and such. I am from time to time a programmmer in C#. But ev3 is so old! Should I buy it anyway, aim for something else or keep my fingers crossed, waiting for “ev4”?
  12. The 2017 Ford GT is effectively a GTE race car converted to road use. After the 2016 race car won at Le Mans, exactly 50 years after Ford's historic win with the GT40, they had to build some road cars for homologation purposes. These road cars have a 3.5-litre twin-turbo Ecoboost V6 producing 647 horsepower, and an extreme amount of downforce from the active rear wing, diffusers, front splitter and those gigantic flying buttresses on the sides. The interior is sparse to reduce weight. The initial allocation sold for around $500,000 each, and Ford received more than 5,000 applications for 500 cars. Getting hold of a car is extremely difficult, and even those who are successful must wait for several years to receive their car. The recent incident of Ford announcing that they would sue John Cena for selling his car (supposedly for profit) and breaking the terms of the contract is a testament to how sought-after this car is. After several months of rather intermittent building, I've finally finished what turned out to be a prime example of how not to manage a project. Anyhow, at least the car is finished so I can get to work on building something I'll hopefully enjoy more... Initially, I planned for this to be a fast RC vehicle, using every single motor that I own. That meant three EV3 Large motors, a PF XL and a PF L for drive, an EV3 Medium for the gearbox and a PF M for the steering. However, as I chased the GT's distinctive styling, the car got heavier, more fragile and closer to the ground. In the end, the car would barely move in anything other than 1st gear, and it would scrape its bodywork on the ground. That's what happens when you change tack mid-way though a build. However, at least I think I can call this my best-looking car model to date. The car has a 4-speed sequential gearbox mounted behind the rear axle to save space and take advantage of the car's huge overhangs. There is no suspension to reduce complexity and because the model is a little too narrow for an independent driven axle to fit. All the motors in the drivetrain are hard-coupled together (yes, I know it's a little naughty, but the gear ratios are closely matched and the stresses put on them by this are probably dwarfed by the load caused by driving the car uphill). The steered axle is extremely simple with just a little return-to-center mechanism. This is in order to leave enough space for the PF battery box under the bonnet. There was just about enough room to have a convincing-looking cabin and seats, although it is considerably smaller (compared to the size of the whole car) than in real life. The rear wing is mounted on a scissor lift system to raise or lower it - there wasn't much space over the gearbox so I had to resort to using those ugly yellow beams. The doors are hinged about the A-pillars in order to give that characteristic motion, opening both upwards and outwards. An elastic band puts some tension on the mechanism and keeps the door either in the closed or in the open position. Styling-wise, the Ford GT is quite a challenging car, but at least it is more angular than curved. I did my best to focus on the characteristic features: the two big vents on the bonnet, the giant side vents and flying buttresses, the red circular brake lights and the carbon sill running along the length of the sides, part of which lifts up with the doors. I don't have that many pieces, so I had to do a few colour-mismatches, but I tried to keep to the grey theme. In the end, the car is easily-recogniseable as a GT, and that's what counts to me. Here is a video showing pictures of the car and a time-lapse of building. Unfortunately there's no driving footage (it would be pretty underwhelming anyway), but you can see the opening of the doors and raising of the rear wing. Music is composed by me as usual. My next build will be what this one failed to be: an incredibly fast RC car. This time, I'm going for minimal bodywork and no gearbox.
  13. Hello everybody. Recently i found a segway program on ntx with extension .rbt. I need to convert it into .ev3.I tried, but it didin't work. Who can help me?
  14. This is my new creation! I tried to build beside the windmill a 3 fields economy with many operational steps the farmers in the middle age worked on. Hope you enjoy! medieval windmill by kofi, auf Flickr
  15. Here is the problem, we have already tried something and it didn’t work. Thanks
  16. Hello I'd like to share with you my last model, the colour ball tracker. This robot is able to track and catch a colour ball in a room without any border. The choice of the colour is made at the beginning and you can choose several colours. All the problems are managed, like mistakes, wrong things and so on technologies used are lego mindstorm and pixy cam thanks for you comments and requests !!!
  17. Hi! I will show you two photos of my new project: The EV3MathBuggy with the following functions: controlled via iPad or iPhone (Using the Gyroscope). Integrated web service. selecting some defaults or typing any kind of mathematical functions. The EV3 MathBot will drive the function. Using mecanum wheels. A video is coming soon. Andreas
  18. Let me introduce you my biggest and most complex MOC so far - COFF3 BOT. Once I was contacted by a man from HP (Hewlett-Packard) and he asked me: "Are you able to build LEGO robot that would supply Nespresso coffee machine with capsules?" It sounded interesting to me so I set meeting with him to know more. He explained me that they got coffee machine with bluetooth so you can turn it on from your smart phone. The problem was that you have to insert capsule manually into coffee machine and they were looking for some "remote control LEGO solution". Soon I began working for him and it took me about 3 months to finish this robot. It was built mainly out of LEGO Mindstorms Education and LEGO Technic Bucket Wheel Excavator. It contains about 2500 parts. The most difficult part of development was building this robot. Programming was piece of cake. Robot in stand by position. It has 3 storages for 5 capsules so you can load it with up to 15 capsules. Robot without coffee machine. Notice the rail that helps robot to stay with coffee machine. Detail of three mechanisms that insert capsules into slot on the top of coffee machine. Detail of gearbox - there are three parallel gearboxes that switch large motors between operating storages and movement of robot. I had to use gearboxes to avoid using another EV3 brick. This series of gearboxes is part of robot that causes most of its failures. EV3 brick works also like counterweight for jib. I've attached it in such way to keep access for battery charger. And how it works? You turn it on and it moves to stand by position. Then it waits command from some bluetooth device that determines number of storage - you can choose out of three different capsules for your coffee. When robot receive it, it turns over coffee machine and opens its slot for capsules. It does it by pulling little lever on the top of coffee machine. Then it releases chosen capsule into slot and closes it. When it is done it sends you message that you can turn on coffee machine. I will add link to video when HP releases it (I am not allowed to upload any video of this robot). And finally one fun fact: cost of this coffee machine is about $200 and cost of LEGO bricks for this robot was about $800 (excluding my work).
  19. Quandary. First I apologize for the long post. I have finished the first stage of a large industrial MOC. So far it has 4 motors for several models AND 4 channels on an sbrick for an overhead crane. ( with more to come) I'd like some suggestions as to how to proceed with the animation/automation. I'd like to use a laptop as a central control point. I understand that sbrick is working with scratch on a pc interface. I have read that a pc running windows can communicate with an EV3 with Bluetooth protocol. Has anyone done any work with any kind of an integrated environment. Ideally I would like to make the EV3 sensor readings available to the pc and then issue commands to either EV3 motors or sbrick motors. The sensor capability of the sbrick is not versatile (at this time) to use a full range of EV3 sensors. Am I "beating a dead horse" with trying to keep the Ev3 + sbrick + pc in the loop or should I do a switch to Ardunio / Raspberry Pi / NanoPC etc? I 'was' an experienced programmer before retiring and am leaning towards a micro solution to get in a single language environment. Any help/comments would be appreciated. If you would rather continue this topic privately, drop me a message. Thanx
  20. "The Pursuit of Perfection" - slogan of the Lexus brand. I'm now back with my greatest Lego creation ever. A 2010 Lexus GX 460 with EV3. It's a replica of my Dad's car, but this one's in gray with black interior. I made it as much as I could to the real car, thanks to pieces from the Arocs and Porsche set. Features Sariel's 4-speed sequential gearbox controlled by a medium motor All-wheel-drive Independent suspension Rack-and-pinion steering Fake V8 engine Six seats (could not fit a seventh one) with the rear four being foldable Opening side doors, trunk door, and hood. Detailed interior The gearbox and the two differentials in the car like to click while moving (especially on rough terrain) around, but the result was a car that was heavy, slow, but also makes lots of torque. I'm very happy with how this car came out and I couldn't have done it without all of the helpful people on the Lego community and EuroBricks. Thanks especially to my good friend TheMindGarage for never making me give up. Now I can officially call myself a true master builder. Check out this build on my EV3 community account too for more photos and information about it. I would love to make a YouTube video soon about the features of the GX EV3 and footage of me taking this build on some dirt trails in a park. I also want to take a picture of this right next to my Dad's actual car. So please follow this post to check out some stuff I might upload in the future! To finish this post, here's some collages with photos of the GX EV3.
  21. Hey Guys! I have been building with Mindstorms for just about 4 years now. To think of that is pretty mind-blowing! So I decided to re-create a video on a creation I built almost 3 years ago: My Lego Mindstorms CUB3. Description: "Built with LEGO MINDSTORMS and Technic components, this creation includes: 2 EV3 Large Motors, 1 EV3 Medium Motor, 1 EV3 InfraRed Sensor, 2 small linear-actuators, a pair of hidden caterpillar tracks, and more! With its insignificantly-looking cubic structure, CUB3 is engineered to look like your ordinary box just lying around. Decoration, anyone? Your neighbors will find out soon enough. Just watch!" Hope you guys enjoy! P.S. - Some of you EB users gave suggestions on my video editing of a previous video. I tried to follow that advice when editing this video. What do you think? Thanks!
  22. Not really, but I found out that the motors in my GX EV3 peform better in IR Control mode than how they do in my program, and I believe that it is because the motor power is different. Each block in the EV3 programming software that moves the motors has a digit for how much power each motor should have. I'm wondering what this digit is in IR Control mode, because the motors act much better in this mode than how the do in the program. If anyone here knows the power of the motors when the EV3 brick is in this mode, please reply as soon as possible. It would be very appreciated.
  23. I'm back with one last issue in my GX EV3 build. I just got done finishing the doors, side panels, rear trunk door, hood, and some part of the roof. But the vehicle was so heavy that when I drove it around, it kept on doing the same thing. The diffs were clicking and the car had very much difficulty moving. Here is a picture of the bottom of the vehicle. Most of the clicking seems to be coming from the rear diff when I move the wheels by hand. I can either do two things. 1. Reinforce the rear diff somehow. 2. Improve it's off-road performance and stop the clicking somewhat by replacing the diffs with knob gears. But this will come at the cost of independent moving between the wheels. What should I do? Please give me the best response you can so the clicking will stop and I could finally take this AWD machine through some rough terrain like a real SUV. I really appreciate any advice.
  24. I looked at the R2D2 instructions on my EV3 home edition software but I don't have all the parts necessary. 2 of the parts I don't have are the infrared sensor and remote infrared beacon. Now I figured that if I am to program a robot that will follow me without these 2 components, I would use the ultrasonic sensor, which I do have as a substitute. But then I would probably also need to use the color sensor and I have no idea how my pale skin color would show up when programming the color sensor(probably black because it doesn't recognize it but I don't know). And how could I get it to climb stairs? I guess I could use the 2 large motors as a source of a pulling force that will pull the whole robot upwards but is there a better way?