Feel free to share. Most of the missions are really easy to achieve with any robot design, and this bot is a demonstration of that ease. There are several other videos of other FLL challenges on my page here, as well as other Lego toys. I'm going to use this robot in a class of second and third graders I'm teaching this semester, since I have everything still together.
Here is a fun fact I want to share. Our robot only used 2 motors and two color sensors. Which means we only used passive attachments to solve the missions. We managed to get 385 points and we also managed to make it to world in Houston. Our robot was known as "The Robot That Got to World with 2 Motors."
Thanks. With more engineering it might be possible to reduce the number of runs, but the key to using this approach in competition would be a well-rehearsed team to minimize transition times.
![FLL 410 Points Max Score [Superpowered 2022-23]](/img/n.gif)
insane!!! it is clear that you know what you are doing, and very good at it! going to share this video with my students.
Feel free to share. Most of the missions are really easy to achieve with any robot design, and this bot is a demonstration of that ease. There are several other videos of other FLL challenges on my page here, as well as other Lego toys.
I'm going to use this robot in a class of second and third graders I'm teaching this semester, since I have everything still together.
@@hydrogenhead amazing! im sure they are gonna love it.
Here is a fun fact I want to share. Our robot only used 2 motors and two color sensors. Which means we only used passive attachments to solve the missions. We managed to get 385 points and we also managed to make it to world in Houston. Our robot was known as "The Robot That Got to World with 2 Motors."
Really creative, always admired your solutions. 👏
Thanks. With more engineering it might be possible to reduce the number of runs, but the key to using this approach in competition would be a well-rehearsed team to minimize transition times.
Wow