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Sure, but that would not score the max points. Any audience member delivered to any target area scores 5 points and any target area with at least one audience member completely inside scores 5 points. There are 7 audience members and 7 target areas for a total of possible points for this mission of 7x5 + 7x5 or 35 +35=70. If you put all 7 audience members into the museum target area you only get 7x5 + 1x5 or 35 +5=40 points forfeiting the additional 30 points for having audience members in the additional target areas. We suggested this strategy to a lot of rookie teams. ⚙️⚙️

Olá. Nosso programa contém alguns MyBlocks que serão difíceis de entender para iniciantes, mas certamente podemos compartilhá-los com você. Entre em contato conosco pelo Instagram e enviaremos o arquivo para você. Obrigado ⚙️⚙️

@@6006TechWarriors Qual é o instragram de vocês?

Hello. We just watched the teaser trailer video and looked at the pictures FIRST released at the conclusion of the World Championship. We do not have possession of the mat and mission models yet. ⚙️⚙️

Thanks! ⚙️⚙️

Contact us on Instagram and we can share pictures. ⚙️⚙️

Hello. If you are looking for the build instructions for the mission models for the „SUPERPOWERED“ season, you can go to: www.firstlegoleague.org/past-challenges?__hstc=212927755.e5446403064ab57163a9d3eabc9960a6.1715128962373.1715128962373.1715128962373.1&__hssc=212927755.1.1715128962373&__hsfp=2079238408 Let us know if you were looking for something different. ⚙️⚙️

@@6006TechWarriors We already managed to build Spike's but we can't with the others. I need the instructions for the rest, for example, the windmill and the other white, orange, and blue missions.

@@6006TechWarriors Could you tell me where the instructions are for the windmill and other things like that?

@@6006TechWarriors I already found them, thank you very much, I've been looking for them for a long time, seriously, thank you very much

@@adaluzsolarcruz7818 Please see the link we provided in our initial reply to you. There you will find the build instructions for all the SUPERPOWERED mission models. ⚙⚙

Hello. The official challenge release will happen on August 1st, as every year. You can register your team with FIRST and order the challenge kit before then and they will send it out in time. Good luck next season. ⚙️⚙️

Thanks for the feedback. We will see if there is a way to adjust it or consider it for the next video. ⚙️⚙️

I rather do not have any background music

We already created the crab cages because we were curious on how they would fold. For most of the others there is probably not enough detail in the video. We are certain that before the kick off in August there will be videos of some people having created them to test their solutions. ⚙️⚙️

​@@6006TechWarriorscan you please send how u are building it?!?!?

@@Lais-cs7nm Hi. Take a close look at the picture of the crab cage model shown at the 8:15 mark. It is clearly visible on what elements make up each of the four segments. Per segment you will need 5x seven-hole beams, 8x #5 axle, 8x #6 90-degree axle connector, 2x 3-long connector pin. When you have four of these built, they connect to each other with 2-hole beams and 2x frictionless connector pins. We did not care about the attachment to the base yet, just assume that one “leg” of one cage on the end of the stack will be attached to rotate about an axis along the table surface. Contact us on Instagram if you need more help. ⚙️⚙️

Thank you. ⚙️⚙️

Thank you. ⚙️⚙️

Hello. We do use the yaw angle sensor of the Spike Prime for driving straight and turning. Are you talking about the Blocks that have a steering value and show a steering wheel in the dropdown? The value you choose is the relative distribution of power between the two drive motors. If you choose „0“, both motors get the same power and the robot drives straight (forward with positive power and backwards with negative power). Choosing +100 means the left motor gets 100% positive power, the right motor gets 100% negative power. The robot will turn right on the spot around a virtual axis in the middle of the robot between the driven wheels. Selecting +50 will send 100% positive power to the left wheel and no power to the right wheel. The robot will turn right in a wider turn around an axis through the right drive wheel. Any number between 0 and 50 will result in wider turns with the center point of the turn circle outside of the robot, any number between 50 and 100 will make the turn tighter. For left turns just use negative numbers. ⚙️⚙️

Hello. Here in Michigan the first level of competition is Qualifying. From there you advance to the State Championship and only the best one or two advance to the World Festival from there. We competed for six seasons with various iterations of the team, as Michigan also has the smallest age group for FLL Challenge (4th-6th grade max). Out of the six seasons (2014-2019), we made it to States four times (2016-2019) and to Worlds once (2018 Into Orbit season). Since Covid we have decided to become an online help resource for teams in need. Through the YT channel we have been contacted by teams from over thirty countries so far in the past four years. ⚙️⚙️

Hello. We are no longer competing, just providing help to whoever needs it. We are supporting 19 hometown FLL-C teams and volunteer at the competitions as referees or head referees. How have you been doing? ⚙️⚙️

😎, good luck at the competition! ⚙️⚙️

Thanks. We are from Novi, Michigan, USA. Where are you located? ⚙️⚙️

were from Nebraska will you be attending world’s

@@amberhaake275 Attending yes. We will be hanging out with our FRC team 503 Frog Force and will stop by in the FLL area a couple of times. Are you going? ⚙️⚙️

Yes we’re called the beat bots @@6006TechWarriors

Yup we’re the beat bots come check us out@@6006TechWarriors

What specifically do you need help with? Do you already have a robot and how much do you already know about coding? ⚙️⚙️

@@6006TechWarriors We have been participating in the tournament for about 4 years. Our code knowledge was enough for us, but this year we qualified to go to the national tournament for the first time. and we do not want to have difficulties about robot in the tournament. I wonder if you can help us with a robot like your own?

Which specific attachment are you interested in? We could share more pictures on our Instagram account if that would help you. ⚙️⚙️

Mostly it is to go slow and know how to use the movement blocks to drive the robot. We are also using the yaw angle sensor to make our turns more precise. We are currently working on a video explaining how to do that, so keep checking back on our channel. ⚙️⚙️

Hello. There are no rules in the game rule book limiting the length or height of any attachment, other than the robot and any attachments need to fit into the launch area during launch. During the match the launch area does NOT have the 12” height limitation that it has for the equipment inspection bonus. ⚙️⚙️

Im in a FLL team and my team and me already finished the match and the workers there are so dumb they dont even know the rules and most of them chance rules by their self thank you for information because were going to go another FLL match next year

Hello. Are you asking how to program the robot in general, or specifically for our solution? ⚙️⚙️

Hi David. The MINDSTORMS robot inventor kit came with semi ball shaped wheels (LEGO part number 6273330) that worked very well for our design. We use two of those on the back of the robot. Since it felt a little tippy with the short length, we decided to also attach another small sphere (part number 6295155) under the front bumper to prevent the robot from tipping over when stopping or reversing with a heavy load. On the front attachment. ⚙️⚙️

Hi David. The MINDSTORMS robot inventor kit came with semi ball shaped wheels (LEGO part number 6273330) that worked very well for our design. We use two of those on the back of the robot. Since it felt a little tippy with the short length, we decided to also attach another small sphere (part number 6295155) under the front bumper to prevent the robot from tipping over when stopping or reversing with a heavy load. On the front attachment. ⚙️⚙️

Thanks a lot!​@@6006TechWarriors