Don’t worry too much about it. Our team competed for six seasons with various student team members. Since last year we switched into the support role. Our team of coaches and four high school juniors is trying to have fun with helping the FLL community. Two or three of us spent a few hours a day for about three weeks to finalize the programs and then a few nights to shoot the video. Good luck for the rest of your season 🍀⚙️⚙️
Hello again... I have some problem with Ev3 like following ligne... and straight forward... I think I need PID code for those sensor... please can you help me out... how can I use EV3 without problems
Please contact us through IG. We can exchange pics of our code for line following or driving straight with the gyro sensor and check out your code to point out things to improve. ⚙️⚙️
Your attachments were amazing and your game strategy was mind blowing! Assuming that your runs are consistent, what are some tips you could give us on how we can make our robot more accurate?
Hi! For longer runs try to square up the robot from time to time to eliminate errors that build up over long distances. You can see our robot during the first run backing into the porch for home delivery, hitting the train tracks and backing into the sorting center to straighten itself out. Then again in the final run at the cargo ship before loading the two containers. If you are using the gyro sensor for driving straight like we are, try to go slower. Faster speeds don’t give the robot enough Tim to react to sensor inputs. Try to keep your attachments simple. Once you have something that works, challenge yourself to build it with fewer parts and ask yourself if any of the parts are really necessary to do the job. If you are just starting, find some easy missions close by the launch area and try to get those done. Use a picture of the table (there is a nice greyscale version on the back of the rule book), make some copies and draw on it which missions could be done with the same or no attachment and start developing your strategy that way. Hope this helps. Good luck with your season ⚙️🍀⚙️
I can also recommend stopping at a line, if you have 2 Color sensors that are both waiting until that side has reached the line. You should try it a few times in a row, because it isn’t 100% reliable in 1 go, I would recommend to stay away from line following.
@@lucasvanschie8449 My team uses line following for almost every set of missions, why would you recommend staying away from it? (genuine question not trying to sound cocky or smt like that)
@@smackdash4084 when I tried line following the robot was never standing exactly the same so I also needed a wall to make sure that I am at a certain position
@@lucasvanschie8449 That is true, but when used in conjunction with walls and line squaring, it can be powerful, especially given the flakiness of the ev3 gyro
Your robot game was so amazing, fast, and really smooth. Great Job!!! I was wondering what tires you guys were using and can you make a video on how you guys make your robot so accurate. Thanks, The Dragon Coders Team
Thanks so much. Since we wanted to put more of our team color (orange) on the robot, we bought LEGO set 60180 which had the orange rims and off road tires. And good news, we are already working on a tutorial video on driving and turning more accurately using the gyro sensor. ⚙️⚙️
Sorry, but no, we do not have build instructions for our robot. Overall though it is a combination or modified version of the EV3 that is shown in the build instructions from LEGO education and the FLL robot they Zachary Trautwein built in one of his YT videos. Hope this helps. 🍀⚙️⚙️
Thats really impressive I am pretty sure we were at the same competition not sure if you remember us but we were the 52213 sapphire dragons? South Carolina state championship or qualifiers?
Sorry to disappoint, but we are from Michigan and have not competed since 2020, but have transitioned into this support role. If you saw a team with the same solution they must have watched our video. Thanks for the shout out! ⚙️⚙️
Hello, we got those from LEGO set 60180. There are currently multiple Monster Jam trucks in the LEGO lineup that have the same wheels. We liked them mostly for our team color, but also think that because of the rounded shape of the tires that they might not scrub as much as the more square profile tires in the robot kit.
Thanks. If you mean participate in the sense of compete, then no. We are no longer eligible to compete and therefore have become a support team that helps other teams who have trouble figuring out FLL Challenge. ⚙️⚙️
Hello. Sorry, but we built the shooter from scratch without any instructions. We have some more pictures and videos that we could share. Let us know how to contact you and we could send those. Good luck🍀⚙️⚙️
Sorry, but a tutorial on how to get to this point in a season would be a very long and probably boring video 😀. We want to inspire you all and show you that it is possible to achieve a good match result. As a team you want to evaluate the individual missions by how easy they are to solve (do you need a moving attachment or can the robot just push something), how many points do they score (is it worth attempting a mission in the far corner of the table if it scores low points?), which missions could be combined (because they need the same attachment, or they are close together). Use the table layout picture on the last page of the rule book to make a few copies and mark up paths for the robot to take to solve the combined missions. And while you are going through all these steps, document what you are doing, why you are doing it this way, how you are doing it, what attachment is needed, how you changed the robot, attachment, or program to achieve it. This will al be good info material for the judging session for robot design. Let us know if there is anything specific that we can help with. Good luck🍀⚙️⚙️
Thanks for liking our team color 😬. We bought the LEGO Technic Corvette ZR-1 kit number 42093 a few years ago that came with a lot of orange pieces. The wheels are from the Monster truck set #60180. You are allowed to use any unaltered LEGO production pieces. There are a few sets currently that have orange pieces like 42135 or 42126. ⚙️⚙️
With so many requests we will work on some basics for the programming. If you want to see how the robot was built, check out Zachary Trautwein’s channel. He gave us the inspiration for the quick attachment. Other then that it is the basic drive chassis of the EV3 educator robot.
Yes, we’ve seen that, too. On both, EV3 and Spike Prime, the battery level definitely has an influence on the performance. The only advice in that regards would be to keep the robot charged. Whenever you are taking a break, put it on a charger. When you go to your competition, between matches, put it on a charger. The 2ms read frequency for any sensors on the EV3 is very unfortunate. You might have noticed that we turn very slowly. If you turn with ~15% power, you are giving the gyro sensor a better chance to be accurate. We usually have to undershoot our angles (I.è. Turn to 88 degrees to end up at 90) and then most of our forward driving is done with the gyro sensor, where it is able to correct the inaccuracy of the previous turn.
Hello. What can we help you with in regards to robot attachments? As you can see from our series of videos for this season, we try to use simple attachments that can do multiple things. That way we do not have to come back home for attachment changes that often. Let us know how we can help. ⚙️⚙️
Congrats on the score and the nice robot build that you have? It's our first year and we plan on doing all the missions. Our biggest problem is the consistency. We use a gyro sensor for correcting(for moving perfectly straight) but sometimes our battery creates problems for us. Any tips?
Hello Antonie. That is very ambitious to try and do all missions in your first year. As you can see in our videos, we try to use the exact same starting position for our robot every time. We reset the gyro sensor at the beginning of each program and check before recording the videos if the gyro sensor is working properly. As for the battery, we definitely see a drop off in accuracy with a low battery. The key is to recharge it every time you can to work with a full battery whenever possible. ⚙️⚙️
Thanks for your interest in our robot and programming. Rather than letting you copy our work, we would rather like to help you to develop your own robot, attachments, strategy and programs. Our videos are meant for inspiration. Let us know how we can help you. Thanks ⚙️⚙️
That is a good score. Most teams here in Michigan qualified for the State Championships with a score like that when combined with a good research project. ⚙️⚙️
@@kojiclazar9047 We sometimes see this here as well if a team is only focusing on the robot game and doesn’t put enough time into their research project. Everything needs to be balanced. ⚙️⚙️
It was a last minute addition. We had a solution for the full 680 points, but couldn’t gat it under the 2:30. We needed a solution for the Large Delivery that could take care of the turbine blade in parallel to the robot running some other missions. We figured that shooting the blade underneath the holder. This way it is still touching the holder and the mat for the 20 points. Once we decided on this strategy, it was just a matter of building a mechanism.
@@ianluk5623 we used two yellow rubber bands (there are four different colors in the robot set) and built a sled and trigger into a frame that doubles as an alignment jig. If you want we can share some pics and vid’s. Let us know how to get in touch. We are on IG, Twitter and Gmail.
@@6006TechWarriors Hello . I have been starting building it but it's not clear enough to complete it if you can send me guide building book or some clear pic thanks 💖
380 is more than 50% of the total possible, that should put your team into consideration for advancement to the next level. Your team should be proud of that achievement. Also remember that we are an experienced team of coaches and high school juniors doing this to help and inspire others. Good luck 🍀⚙️⚙️
Hello Karim, our programs use MyBlocks for our version of driving straight using the gyro sensor. If we share the first program you would see a lot of undefined MyBlocks wherever we are driving straight. Let us know what in particular you are interested in and we will gladly share that information. ⚙️⚙️
thank you soo much for the reply I just want to see ho did you make the robot move using the Gyro sensor because I didn't use a sensor but the movement was inaccurate. Thank you soooo much for the reply my bro!!
Hi 6006TechWarriors, I'm trying to help out at my small local public high school and we are extremally behind. Our competition is in 3 weeks and we have just started. this is the second competition for us and in the first one we came in 10th place out of 11 teams. our school is threating to cut our funding if we don't proof that investing in robotics is worth it. We have put in so much and we don't want to see it go towards nothing. We saw this amazing video and it gave us hope again. we are trying to replicate everything we saw with our EV3 kit. Could you please help us out with the code/programming and attachments, anything please! We are extremally desperate! Thank you!!! --Team Poseidon
Hello Mauritz. We guess your first competition was last season (RePLAY)? Or did you already compete this season in Cargo Connect? Let’s start with what you have. Which robot, how many kits, how many team members, which programming language (EV3 Lab or Classroom), can you move the robot from a repeatable starting position in the launch area to certain areas of the table reliably? Did you evaluate which mission are easy vs difficult and worth more or less points? Then,based on these criteria and the location on the table you can develop your game strategy. Some mission do not need a moving attachment or even no attachment on the robot at all (see our other video scoring 380 points without moving attachments). Consider combining some of those with ones that use a simple arm. Let us know how we can help you in detail. ⚙️⚙️
@@6006TechWarriors Thank you so much for replying, yes my team's first competition was RePLAY and our Cargo Connect competition is in 3 weeks but we have to be ready in less than 2 weeks, we are already working around the clock . We have 4 Lego education EV3 mindstorm sets. We have 7 team members where only 2 can program reliably. We use EV3 Lab. We can somewhat move the robot to areas on the mat semi reliably. We had a game strategy but it was horrible, so now we are trying to use the same strategy that you did. We're also trying to use the same attachments you used. We now only really need help with the code and some of the attachments. If you could please show us the code you used and some more detailed pictures of your attachments it would really really help us out and save valuable time. Thank you again for helping us!
@@mauritzferreira7483 We believe in the proverb “Give a man a fish and he eats for a day. Teach a man how to fish and he will eat for a lifetime.” We will gladly help you to learn, but we don’t believe in just handing out a ready made solution. If you are not using the exact same robot, attachments and starting positions, our code will not work for you. As we mentioned before, there are quite a few easy missions and some harder ones. Concentrate on the easier ones and see if you can combine a few in one trip. Identify missions that the robot can push something without any attachments, or with a non moving attachment. Then find some that can be done with simple arms. Are you using the gyro sensor to go straight and for precise turns? Once you understand how the sensor works (and how sensitive it is for disturbances), your programs will be more repeatable. Again, we will gladly help you to learn. Let us know what you need. ⚙️⚙️
HELLO, we love watching your videos. we are perplexed by the CATAPULT design. Can you help us with how to male it and activate it? thanks tech toads is 281 brooklyn ny
Hello Tech Toads (coincidentally our High School FRC team is Frog Force 🐸). We could share some pictures and videos of the catapult to inspire you to come up with your own design. Just let us know how to contact you. We are on IG, Twitter or Gmail.
my team of 4 have been working on this for 2 hours a week for 3 months and we got 200 points. seeing this is just mind blowing
Don’t worry too much about it. Our team competed for six seasons with various student team members. Since last year we switched into the support role. Our team of coaches and four high school juniors is trying to have fun with helping the FLL community. Two or three of us spent a few hours a day for about three weeks to finalize the programs and then a few nights to shoot the video. Good luck for the rest of your season 🍀⚙️⚙️
Incredible job, good luck at the FLL competitions.
Your robot is sick guys, sadly I have stopped doing fll and now I am doing the first tech challenge.
Hello again... I have some problem with Ev3 like following ligne... and straight forward... I think I need PID code for those sensor... please can you help me out... how can I use EV3 without problems
Please contact us through IG. We can exchange pics of our code for line following or driving straight with the gyro sensor and check out your code to point out things to improve.
⚙️⚙️
Your attachments were amazing and your game strategy was mind blowing! Assuming that your runs are consistent, what are some tips you could give us on how we can make our robot more accurate?
Hi! For longer runs try to square up the robot from time to time to eliminate errors that build up over long distances. You can see our robot during the first run backing into the porch for home delivery, hitting the train tracks and backing into the sorting center to straighten itself out. Then again in the final run at the cargo ship before loading the two containers. If you are using the gyro sensor for driving straight like we are, try to go slower. Faster speeds don’t give the robot enough Tim to react to sensor inputs. Try to keep your attachments simple. Once you have something that works, challenge yourself to build it with fewer parts and ask yourself if any of the parts are really necessary to do the job. If you are just starting, find some easy missions close by the launch area and try to get those done. Use a picture of the table (there is a nice greyscale version on the back of the rule book), make some copies and draw on it which missions could be done with the same or no attachment and start developing your strategy that way. Hope this helps. Good luck with your season ⚙️🍀⚙️
I can also recommend stopping at a line, if you have 2 Color sensors that are both waiting until that side has reached the line. You should try it a few times in a row, because it isn’t 100% reliable in 1 go, I would recommend to stay away from line following.
@@lucasvanschie8449 My team uses line following for almost every set of missions, why would you recommend staying away from it? (genuine question not trying to sound cocky or smt like that)
@@smackdash4084 when I tried line following the robot was never standing exactly the same so I also needed a wall to make sure that I am at a certain position
@@lucasvanschie8449 That is true, but when used in conjunction with walls and line squaring, it can be powerful, especially given the flakiness of the ev3 gyro
nice robot
Thanks ⚙️⚙️
This is amazing, great job. Is it possible that you can show how to build the catapult for large delivery. This would help my team very much.
If you could contact us on Instagram, we could share some pics and vid’s, which might help. ⚙️⚙️
Amazing and Mindblowing!!!
Your robot game was so amazing, fast, and really smooth. Great Job!!! I was wondering what tires you guys were using and can you make a video on how you guys make your robot so accurate.
Thanks,
The Dragon Coders Team
Thanks so much. Since we wanted to put more of our team color (orange) on the robot, we bought LEGO set 60180 which had the orange rims and off road tires.
And good news, we are already working on a tutorial video on driving and turning more accurately using the gyro sensor. ⚙️⚙️
@@6006TechWarriors Nice! I can't wait to see it!
Amazing you guys!!! You never fail to blow my mind!!!
We try our best! 😉
Congrats on the robot! I wanted to assemble this model here at home! Do you have the assembly in the LDD? I want to ride for my son! tks
Sorry, but no, we do not have build instructions for our robot. Overall though it is a combination or modified version of the EV3 that is shown in the build instructions from LEGO education and the FLL robot they Zachary Trautwein built in one of his YT videos. Hope this helps. 🍀⚙️⚙️
Thats really impressive I am pretty sure we were at the same competition not sure if you remember us but we were the 52213 sapphire dragons? South Carolina state championship or qualifiers?
Sorry to disappoint, but we are from Michigan and have not competed since 2020, but have transitioned into this support role. If you saw a team with the same solution they must have watched our video.
Thanks for the shout out!
⚙️⚙️
What wheels are those. They look more stable then the ones that are plain rubber.
Hello, we got those from LEGO set 60180. There are currently multiple Monster Jam trucks in the LEGO lineup that have the same wheels. We liked them mostly for our team color, but also think that because of the rounded shape of the tires that they might not scrub as much as the more square profile tires in the robot kit.
Hello, guys! You'll participe in this year?
I really liked your robot!
Thanks. If you mean participate in the sense of compete, then no. We are no longer eligible to compete and therefore have become a support team that helps other teams who have trouble figuring out FLL Challenge.
⚙️⚙️
omg i havent see this before
We’re glad you like it.
⚙️⚙️
Very impressive. Do you have the instructions to build the turbine shooter?
Hello. Sorry, but we built the shooter from scratch without any instructions. We have some more pictures and videos that we could share. Let us know how to contact you and we could send those. Good luck🍀⚙️⚙️
Thanks
@@6006TechWarriors Hi can you share the pictures and videos?
@@anahiabaezp1010 how can we reach you?⚙️⚙️
@@6006TechWarriors Hello, im also interested in those pics of the turbine shooter. I tried to type my email in the comment but it was deleted…
great job ! wish you can make a tutorial video how you make it and thank you so much
Sorry, but a tutorial on how to get to this point in a season would be a very long and probably boring video 😀. We want to inspire you all and show you that it is possible to achieve a good match result. As a team you want to evaluate the individual missions by how easy they are to solve (do you need a moving attachment or can the robot just push something), how many points do they score (is it worth attempting a mission in the far corner of the table if it scores low points?), which missions could be combined (because they need the same attachment, or they are close together). Use the table layout picture on the last page of the rule book to make a few copies and mark up paths for the robot to take to solve the combined missions. And while you are going through all these steps, document what you are doing, why you are doing it this way, how you are doing it, what attachment is needed, how you changed the robot, attachment, or program to achieve it. This will al be good info material for the judging session for robot design. Let us know if there is anything specific that we can help with.
Good luck🍀⚙️⚙️
@@6006TechWarriors Hello. I'm the member of the team "Alliance". And we wanted to get a tutorial on robot handles from you, if it possible.🙂
Hi, whats the kit you use for all of the orange pieces?
Thanks for liking our team color 😬.
We bought the LEGO Technic Corvette ZR-1 kit number 42093 a few years ago that came with a lot of orange pieces. The wheels are from the Monster truck set #60180. You are allowed to use any unaltered LEGO production pieces. There are a few sets currently that have orange pieces like 42135 or 42126. ⚙️⚙️
This is just impressive
it's amazing, could you do a tutorial on how to make the robot an the code please
With so many requests we will work on some basics for the programming. If you want to see how the robot was built, check out Zachary Trautwein’s channel. He gave us the inspiration for the quick attachment. Other then that it is the basic drive chassis of the EV3 educator robot.
Our robot is very inconsistent based on the battery level, and gyro sensor gyro lag is really hard to deal with, any tips?
Yes, we’ve seen that, too. On both, EV3 and Spike Prime, the battery level definitely has an influence on the performance. The only advice in that regards would be to keep the robot charged. Whenever you are taking a break, put it on a charger. When you go to your competition, between matches, put it on a charger. The 2ms read frequency for any sensors on the EV3 is very unfortunate. You might have noticed that we turn very slowly. If you turn with ~15% power, you are giving the gyro sensor a better chance to be accurate. We usually have to undershoot our angles (I.è. Turn to 88 degrees to end up at 90) and then most of our forward driving is done with the gyro sensor, where it is able to correct the inaccuracy of the previous turn.
@@6006TechWarriors Thanks so much! This is really good advice!
Hello. I'm the member of the team "Alliance". And we wanted to get a tutorial on robot handles from you, if it possible.🙂
Hello. What can we help you with in regards to robot attachments?
As you can see from our series of videos for this season, we try to use simple attachments that can do multiple things. That way we do not have to come back home for attachment changes that often. Let us know how we can help. ⚙️⚙️
Congrats on the score and the nice robot build that you have? It's our first year and we plan on doing all the missions. Our biggest problem is the consistency. We use a gyro sensor for correcting(for moving perfectly straight) but sometimes our battery creates problems for us. Any tips?
Hello Antonie. That is very ambitious to try and do all missions in your first year. As you can see in our videos, we try to use the exact same starting position for our robot every time. We reset the gyro sensor at the beginning of each program and check before recording the videos if the gyro sensor is working properly. As for the battery, we definitely see a drop off in accuracy with a low battery. The key is to recharge it every time you can to work with a full battery whenever possible. ⚙️⚙️
We need a robot installation clip, the extra things that come with it, and a programming clip or a link to a file with the programming
Thanks for your interest in our robot and programming. Rather than letting you copy our work, we would rather like to help you to develop your own robot, attachments, strategy and programs. Our videos are meant for inspiration. Let us know how we can help you. Thanks ⚙️⚙️
My team have have been working on this cometition 6 months 5 hours a week and we get 395 points
That is a good score. Most teams here in Michigan qualified for the State Championships with a score like that when combined with a good research project. ⚙️⚙️
@@6006TechWarriors in Serbia this is diferent we get first place in robot design and in robot game but we did not qualified
On regional competition, teams who had 200 points qualified because they have money to go on open cometition of europe if they win
@@kojiclazar9047 We sometimes see this here as well if a team is only focusing on the robot game and doesn’t put enough time into their research project. Everything needs to be balanced. ⚙️⚙️
awsome
Thank you ⚙️⚙️
nice run
Hello, could you share with the program, we have almost identical robots, we only have a problem with the program thank you in advance!
Hi your large delivery attachment was crazy how did you launch the wind turbine like that?
It was a last minute addition. We had a solution for the full 680 points, but couldn’t gat it under the 2:30. We needed a solution for the Large Delivery that could take care of the turbine blade in parallel to the robot running some other missions. We figured that shooting the blade underneath the holder. This way it is still touching the holder and the mat for the 20 points. Once we decided on this strategy, it was just a matter of building a mechanism.
But how did the wind turbine get launched? What was activating it? And what sort of mechanism did you use?
@@ianluk5623 we used two yellow rubber bands (there are four different colors in the robot set) and built a sled and trigger into a frame that doubles as an alignment jig. If you want we can share some pics and vid’s. Let us know how to get in touch. We are on IG, Twitter and Gmail.
are there instructions for the robot?
Our competition is on 1/16. . .
Good luck at your competition. 🍀⚙️⚙️
How can i get tips to make it?
Hello. What specifically do you need help with? ⚙️⚙️
@@6006TechWarriors Hello
. I have been starting building it but it's not clear enough to complete it if you can send me guide building book or some clear pic
thanks 💖
thanks so much...waiting for your response..tech toads
Hello Tech Toads. Where do you want us to send the pictures and videos?
I have a competition on December 11th..
Good luck to you at that competition.
My team only got 380. Wow just insane
380 is more than 50% of the total possible, that should put your team into consideration for advancement to the next level. Your team should be proud of that achievement. Also remember that we are an experienced team of coaches and high school juniors doing this to help and inspire others. Good luck 🍀⚙️⚙️
can you please send me the codes only for the first round I want to check something
if you did this favour to me I will never forget it.
thank either ways
Hello Karim, our programs use MyBlocks for our version of driving straight using the gyro sensor. If we share the first program you would see a lot of undefined MyBlocks wherever we are driving straight. Let us know what in particular you are interested in and we will gladly share that information.
⚙️⚙️
thank you soo much for the reply I just want to see ho did you make the robot move using the Gyro sensor because I didn't use a sensor but the movement was inaccurate.
Thank you soooo much for the reply my bro!!
@@karimsibai7915 We are working on a video on that subject. If you need help immediately we could share some info through IG.
⚙️⚙️
what is the name of the robot
Check out this video:
ruclips.net/video/0DPMt2pMabU/видео.htmlsi=XQwiiawZ04IQw5D-
⚙️⚙️
Hi
6006TechWarriors, I'm trying to help out at my small local public high school and we are extremally behind. Our competition is in 3 weeks and we have just started. this is the second competition for us and in the first one we came in 10th place out of 11 teams. our school is threating to cut our funding if we don't proof that investing in robotics is worth it. We have put in so much and we don't want to see it go towards nothing. We saw this amazing video and it gave us hope again. we are trying to replicate everything we saw with our EV3 kit. Could you please help us out with the code/programming and attachments, anything please! We are extremally desperate! Thank you!!! --Team Poseidon
Hello Mauritz. We guess your first competition was last season (RePLAY)? Or did you already compete this season in Cargo Connect?
Let’s start with what you have. Which robot, how many kits, how many team members, which programming language (EV3 Lab or Classroom), can you move the robot from a repeatable starting position in the launch area to certain areas of the table reliably?
Did you evaluate which mission are easy vs difficult and worth more or less points? Then,based on these criteria and the location on the table you can develop your game strategy. Some mission do not need a moving attachment or even no attachment on the robot at all (see our other video scoring 380 points without moving attachments). Consider combining some of those with ones that use a simple arm. Let us know how we can help you in detail. ⚙️⚙️
@@6006TechWarriors Thank you so much for replying, yes my team's first competition was RePLAY and our Cargo Connect competition is in 3 weeks but we have to be ready in less than 2 weeks, we are already working around the clock . We have 4 Lego education EV3 mindstorm sets. We have 7 team members where only 2 can program reliably. We use EV3 Lab. We can somewhat move the robot to areas on the mat semi reliably.
We had a game strategy but it was horrible, so now we are trying to use the same strategy that you did. We're also trying to use the same attachments you used. We now only really need help with the code and some of the attachments. If you could please show us the code you used and some more detailed pictures of your attachments it would really really help us out and save valuable time. Thank you again for helping us!
@@mauritzferreira7483 We believe in the proverb “Give a man a fish and he eats for a day. Teach a man how to fish and he will eat for a lifetime.”
We will gladly help you to learn, but we don’t believe in just handing out a ready made solution. If you are not using the exact same robot, attachments and starting positions, our code will not work for you. As we mentioned before, there are quite a few easy missions and some harder ones. Concentrate on the easier ones and see if you can combine a few in one trip. Identify missions that the robot can push something without any attachments, or with a non moving attachment. Then find some that can be done with simple arms.
Are you using the gyro sensor to go straight and for precise turns? Once you understand how the sensor works (and how sensitive it is for disturbances), your programs will be more repeatable. Again, we will gladly help you to learn. Let us know what you need. ⚙️⚙️
HELLO, we love watching your videos. we are perplexed by the CATAPULT design. Can you help us with how to male it and activate it? thanks
tech toads is 281 brooklyn ny
Hello Tech Toads (coincidentally our High School FRC team is Frog Force 🐸). We could share some pictures and videos of the catapult to inspire you to come up with your own design. Just let us know how to contact you. We are on IG, Twitter or Gmail.
sorry...make it!!!
NP, let us know how we can share some pics and video with you.
Hi 🌸 could you check Instagram messages please😊😊😊
Hello Betül, we send you pictures through IG for the front structure. Hope this helps. Good luck
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