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FLL ANIMAL ALLIES 2016/17 - 361 POINTS
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- เผยแพร่เมื่อ 3 มิ.ย. 2017
- 361 POINTS! 2017 Open Asia Pacific Championship IS COMING! 6th- 9th July, in Sydney, Australia!
We are the Tecnoway Robotics Team, from Rio Grande do Sul, Brazil!
We inspire knowledge among young people through science and technology! Our mission is to transform the people who will change the world!
361 PONTOS! 2017 Open Asia Pacific Championship está chegando! Dias 6 à 9 de Julho, em Sydney, na Austrália!
Nós somos a Equipe de Robótica Tecnoway, do Rio Grande do Sul, Brasil!
Nós inspiramos o conhecimento entre os jovens através da ciência e tecnologia! Nossa missão é transformar as pessoas que mudarão o mundo!
Like our page on Facebook! / Curta nossa página no Facebook! facebook.com/equipetecnoway/
We will see you in Sydney as well! The part in which you put air into one of your attachments looked quite interesting
One of my favorite runs this season! How is your robot so smooth? And what wheels did you guys use?
If you have not already, you should check with the organizers of the Sydney event that a hanging robot touching 2 food will still score the biomimicry mission.
The Biomimicry Mission rules say objects scoring on the wall may touch only the wall or green gecko "except 2 scoring objects may touch each other."
You have 3 scoring objects touching the robot while it hangs on the wall (white gecko and 2 food) so, because that is more than 2, some Head Referees would say that means the robot and white gecko would not score.
The St Louis World Festival and the North American Open both ruled this way, while the Razorback Invitational allowed robots holding food to score, so it is definitely worth finding out where the Sydney Head Ref stands on this issue.
2:15, you drop an arm for the food. It is partly in base and partly out, so both the food and arm are taken by the judge and are out of play.
Mindstorms Man - SWARM The odd thing is that the food would still stay there.
song?
.هل من الممكن أن نرى برمجة المهمة الأولى
Olá! Queria tirar uma dúvida quanto ao uma parte do vídeo, ao 1:11, que seu robô andar pra frente e pra trás na linha preta, queria saber qual é o conceito disso é como vocês fazem! Obrigado pela compreensão!
Nesse momento o robo tenta ficar reto na linha, usando os sensores de luz, vc consegue fazer o robo ficar reto na linha