The alternative solution is to get the smarthub, motor and sensors, and then use a parts list like this one on BrickOwl to figure out what you’ve already got and what to top up. If you’re overseas, try looking at websites for teaching supplies, as Lego WeDo 2.0 is designed as an education resource. Here are the best deals local to me in NZ. The easiest is to grab a Core Kit, with everything you’ll need. There are a few different ways to get the Lego WeDo components. With the gearbox, both these gears are held firmly in place, and are very unlikely to slip. We used the worm gear for Yoshihito Isogawa’s Swinging Monkey, by fixing it directly to the motor with an axle and placing a 24-tooth standard gear above it to drive the arm rotation. Bevel gears allow you to make connections at 90 degrees, which is useful for driving a wheel axle. By testing out different combinations, you can expand the speed range beyond what the motor can offer directly.Ĭombining Technic beams with larger gears allows you to create hinge actions, like this Inchworm project, and wedge belt wheels can be used to make a flywheel or pulley system. Then swap them over and see how it changes. Learn what happens when you connect a small gear to a larger gear, by observing the speed of the second gear. With small, large, bevel, worm and rack gears, you have so many combos. Lego WeDo comes with a range of gears that are great for demonstrating mechanical concepts. They use a different type of connector, and we haven’t found a way around that. You could also add extra legs to a spider ( or this dancing crab) by using more Technic beams.īe aware though, it’s not compatible with the sensors, motors or hubs from other Lego kits, including Power Functions, Mindstorms, Boost or Spike. For Liam’s Christmas Tree project, he wanted all red and green blocks, so pulled out everything he could find in the right colour. That makes it very easy when you want to add extra features. Compatibility with other Lego productsĪs you would expect, Lego WeDo 2.0 is compatible with all the standard Lego and Lego Technic bricks.
#Wedo 2.0 dinosaur instructions code
Liam prefers coding on the Lego WeDo app, because it’s easy with the pictures, but his grandma gets involved as well and prefers to code in Scratch. We’ve tried coding Lego WeDo 2.0 with both Scratch and the Lego WeDo app, and had lots of success with both platforms. The structured classes with Bricks 4 Kidz have given him a great foundation, and his creativity has taken him the rest of the way. Over the last 6 months, Liam has learned a huge amount about gears, coding and design. With a bit of practice, he started creating his own. Liam took inspiration from Yoshihito Isogawa, Mi 2 Tom, and other creators he found on YouTube. As a result, we haven’t done many of the tutorials in the Lego WeDo app, but skipped straight to the ambitious stuff. Liam’s not particularly strong at following instructions, and always wants to skip ahead. We started by getting just the smarthub, motor and sensors individually, and using them with our existing Lego at home. He loved his classes, but wanted to do more work with WeDo outside of class. Every week Liam built a new project, often an animal or a vehicle. Until he started there, we hadn’t even heard of this kit. Liam is in the second level of classes, where they use Lego WeDo 2.0.
That has been such a great piece of luck! The weekend classes are tiny, so he gets to work one-on-one with a teacher and push the limits of the project. So we found out that they were also running classes at the local library on Saturday mornings. It booked out within a few hours, and Liam was really sad about missing out. Bricks 4 Kidz began running some after school classes at his school in mid-2021.
He has loved Lego for years, and been getting really interested in building and coding his other robots. Liam has been using Lego WeDo 2.0 for around 6 months.
0 kommentar(er)
