Fun to watch. How consistent is it? Also, watch out that anything that you bring to the table (equipment) doesn’t touch any mission model parts, i.e. building unit, at the end of 2:30.
@@way2win23 I'm not sure what Walking Legos does but our team uses deceleration when we do spins and pivots. The robot does most of the spin at high speed then decelerates down to 5% power as it approaches the target heading so that it can accurately stop when it hits the target. Otherwise the bot will overshoot every turn. We also use the gyro (and proportional control) to drive straight so even if the turn is a little off the bot will correct itself as soon as it starts moving.
Pretty amazing run!! Congratulations and good luck!!
Thank you!
Haha nice to see you guys are back it again!!
Thank you!
Yo that's music reminds me of some good times xD
It's very cool! :D
@@TeamTheWalkingLego what music is it?
Eric Shen is correct. You can't have M11 model touching any M12 module, per RG 18 and 24.... That being said, WOW WOW WOW. Your bot is amazing!!
Thanks for the tip! Let's fix this!
Wow! Very impressive.
Thank you!
Fun to watch. How consistent is it? Also, watch out that anything that you bring to the table (equipment) doesn’t touch any mission model parts, i.e. building unit, at the end of 2:30.
Thank you! During practice, the performance has been very consistent. Sometimes missions are not completed and the final score is around 450 points.
SO cool! does your robot fit in small inspection? It looks pretty huge.
Thank you! The robot looks large but is completely in the small inspection area. We will post a picture on our Instagram to prove it.
Muito bom o round, as saídas estão todas 100%?
Estão quase 100%, os índices de acertos têm sido bem alto. Porém esse vídeo já está desatualizado, pois já aumentamos a pontuação final.
@@TeamTheWalkingLego quantos pontos vcs estão fazendo agr?
How you do the turn? Your turn are so perfect
Thank you! We use gyro sensor to turn.
@@TeamTheWalkingLegowe know about gyro, but how you does so perfect turn(you use proportional?), we have some problems with turn.
@@way2win23 I'm not sure what Walking Legos does but our team uses deceleration when we do spins and pivots. The robot does most of the spin at high speed then decelerates down to 5% power as it approaches the target heading so that it can accurately stop when it hits the target. Otherwise the bot will overshoot every turn. We also use the gyro (and proportional control) to drive straight so even if the turn is a little off the bot will correct itself as soon as it starts moving.
@@way2win23 We do not use proportional turn. We just restarted the gyro before each turn.
Nice video, I also do lego videos
How you´re turning so fast and accurate?
PID? But how so fast?
Muito boa a corrida
Did you do program with python? If yes what are the strong points?
No. We don't use python yet.
Our team uses python Github: github.com/SchillingW/FLL
Be careful of the innovative architecture, it is equipment and cannot touch any buildings or you don't get points for those buildings.
Thanks for the tip! Let's fix this!
Pena que passou do tempo
Desculpe nos, mas não passou não. A corrida começou aos 20 seg e terminou com 2min 45 seg. Confere lá e depois volte aqui para dizer o que acha. ;)
@@TeamTheWalkingLego ata vdd quando vcs vão para a competição?
@@pandoramisteriosa5009 nosso torneio será nos dias 14 e 15 de fevereiro, no Espírito Santo.