1089 Ri3D Explanation (COMPLETELY NEW DESIGN)
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- čas přidán 29. 06. 2024
- #vex #robotics #Ri3D #vexrobotics #HighStakes
1089A, 1089B, and 1089C graduates made a robot in 3 days a few weeks ago for the upcoming High Stakes season, and they utilized a new design that has never been used before.
The design aims to use mobile goals as a fast storage space for rings since rings on the stake do not count toward the possession limit by putting rings directly onto them. To do this, the robot grabs the goals and lifts them into the intake area.
The robot also uses a unique programming technique to change the direction of the robot with a button so it is easier to switch between driving with the claw forward to grab goals and driving with the intake forward to grab rings.
Music: Driftveil City Theme (Pokemon)
00:00 Concept Explanation
00:52 Robot Explanation
7:09 PTSD
7:43 Mewing the Bot
7:55 Outro - Věda a technologie
Can we appreciate the effort that Mogger Milan puts into his videos?
This is such an outside of the box idea I love it
this was exactly my idea - you have the least time between ring intake and score, and it also allows for a simpler descore mech for skills
also w passive(ish) mogo mech
These guys are cooking!!!!
I'm glad you like it!
🔥🔥
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Ty for mob goal idea
Np! I'm glad you like it
EPA on top!
@@ForgeRobotics Nah wpa would win
W
Feel free to ask any questions
What is the address of the place that the bot was built in?
Can you pls make a test drive video just driving with the controller without time
@@erkammsiyev2506 what specifically do you want to know? (the robot has since been disassembled to get parts for the middle schoolers 😭🫡)
@@AV-re7mc who liked this 😭
@@ForgeRobotics I dont know but regardless it shows that the people want to know!
I have a question, if for exa,ple.2 rings are on, wouldn't the motor be too weak to push both the two rings and the addition ring.
Great question- instead of using a 5.5W motor to pull it down, an 11W would be better here. By using a stronger motor, you could either have the motor push the rings up by itself or have more banding to launch the rings up with more power. An entirely different design using flex wheels to directly load onto the goal might be even better.
I was thinking about testing something sort of similar to this where you used the mobile goal as a plunger to grab them from the floor but I don’t think it’ll pick them up very well because the internal width of the ring is greater than the rubber part of the mobile goal if I’m not mistaken.
If someone understands my yapping and makes this I wanna see it
im pretty sure the ring is shorter than the stopper part on the mogo so it wont snap on
I understand your idea, and I think that it could work given the right testing and iteration. The ring’s inner diameter is smaller than the mobile goal’s top part by .56”
@@ForgeRobotics Your completely right. It would be impossible to pick them up in the way I suggested if the rubber part was smaller. Misspoke on my first comment.
Can you explain how you put more rings on while the other rings you previously put on are pushing against the ring your trying to put on. I just thing the weight of the already scored rings will be an issue when trying to put on new rings.
The extra weight is definitely an issue, which is why we tried a catapult design to forcefully push rings onto the stake. It would have been able to be stronger if we had used an 11W motor
0:44 🐒
how would you get the goal off of ur claw with the thing underneath
You drop it (we tested this and it worked, sorry we forgot to show that in the video)
@@ForgeRoboticswhen you drop it, don't you risk it laying on its side and having all those rings touching foam tiles and therefore not scored?
e
Amazing bobot, now work on notebook
🫡🫡🫡
get that rubber band out the drive
bros a tad bit late
@@AV-re7mc brother stop stalking robotics youtube channels
@@2590XGenesis bro cannot be talking 💀