Difference between revisions of "Bipolariti"
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* The wide and narrow horizontal wheelbase made steering difficult. Turning was extremely sensitive, and consistently driving straight forward was nearly impossible. | * The wide and narrow horizontal wheelbase made steering difficult. Turning was extremely sensitive, and consistently driving straight forward was nearly impossible. | ||
* The lack of invertibility/self-righting mechanisms was a critical failure. Since bots are almost guaranteed to be flipped in any match, Bipolariti risked flipping itself over every time it made contact with its weapon due to using a vertical spinner. Essentially, to avoid being flipped over and losing the match, Bipolariti had to masterfully maneuver to dodge each and every one of its opponent's attacks while also being careful about dealing damage back. | * The lack of invertibility/self-righting mechanisms was a critical failure. Since bots are almost guaranteed to be flipped in any match, Bipolariti risked flipping itself over every time it made contact with its weapon due to using a vertical spinner. Essentially, to avoid being flipped over and losing the match, Bipolariti had to masterfully maneuver to dodge each and every one of its opponent's attacks while also being careful about dealing damage back. | ||
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* The small weapon disks provided little bite. With the inclusion of the "self-righting" hoops, the weapon disk clearance decreased even more. Compared to many other competitive 3lb battlebots, Bipolariti's weapon was not intimidating. | * The small weapon disks provided little bite. With the inclusion of the "self-righting" hoops, the weapon disk clearance decreased even more. Compared to many other competitive 3lb battlebots, Bipolariti's weapon was not intimidating. | ||
* A wide rectangular bottom plate held the entire machine together. After weight saving, the center of the rectangular base was concerningly thin, making it vulnerable to snapping in half. | * A wide rectangular bottom plate held the entire machine together. After weight saving, the center of the rectangular base was concerningly thin, making it vulnerable to snapping in half. | ||
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==== Good aspects ==== | ==== Good aspects ==== | ||
Revision as of 10:01, 7 April 2024
| Bipolariti | |
|---|---|
| Year Of Creation | 2023-2024 |
| Versions | |
| Current Version | 1.0 |
| Update Year | 2023-2024 |
| Wins/Losses | 1/1 |
| Information and Statistics | |
| Weight Class | BeetleWeight |
| Weapon Class | Vertical Spinner |
| Combined Wins/Losses | 1/1 |
| Weapon Speed | (RPM) |
| ("Temporary") | ("Temporary") |
Welcome to the dedicated page unveiling the journey behind Bipolariti, a 3lb battlebot with dual oppositely spinning vertical disks. Designed and machined by Georgia Tech students of the RoboJackets organization, explore our design process, challenges, breakthroughs, and documentation through videos and imagery. From workshop inception to battlefield triumphs, delve into Bipolariti's story, celebrating the creativity and ingenuity behind its creation.
Contents
Competitions
UGA Spring Smash 2.0 - 3lb
- Results: Win/Loss: 1/1
- Bracket Style: Single Elimination
- Win against Finished Robot (Auburn Robotics Club)
- Finished robot showcased a horizontal undercutter. Their robot flipped Bipolariti upside down, and entangled its weapon in Bipolariti's "self-righting" hoops. After the unstick, both robots' weapon belts fell off. Bipolariti's driver reamined in better shape than Finished Robot's, leading to a win.
- Had Finished Robot not gone in for the second hit after they flipped Bipolariti, they never would have entagled themselves and failed their weapon system. Bipolariti won the match by unintentional entanglement.
- Loss against SnowStorm (TheNoLives)
- SnowStorm was a Peter Bar Kit bot using a vertical disk spinnter. Their robot quickly flipped Bipolariti twice, immediately ending the match.
- Bipolariti left the match nearly unscathed. Its lack of invertibility or self-righting ability was absolutely and supremely detrimental. Not only in that fight, but many others.
- Win against Finished Robot (Auburn Robotics Club)
- Bracket Style: Single Elimination
Version 1.0
Bipolariti
Created by: Johnathan Fisher, Yeji Han, Ethan Jones, Liam Long, Adal Velaquez
Mentors: Mihi Nagaraj, Mesum Zaidi
<img src="https://i.ibb.co/NVmCcDS/20240314-213036.jpg" alt="Image Description">
| Drive Motors | (Drive Motor Name) |
| Drive Motor Controllers | (Drive Motor Controller Name) |
| Weapon Motor | (Weapon Motor Name) |
| Weapon Motor Controllers | (Weapon Motor Controller Name) |
| Receiver | Hobby King 2.4Ghz Receiver 6Ch V2 |
| Remote Control | Hobby King 2.4Ghz 6Ch Tx and Rx V2 |
| Battery | (Battery Name) |
| (OTHER:) |
Problems
- The wide and narrow horizontal wheelbase made steering difficult. Turning was extremely sensitive, and consistently driving straight forward was nearly impossible.
- The lack of invertibility/self-righting mechanisms was a critical failure. Since bots are almost guaranteed to be flipped in any match, Bipolariti risked flipping itself over every time it made contact with its weapon due to using a vertical spinner. Essentially, to avoid being flipped over and losing the match, Bipolariti had to masterfully maneuver to dodge each and every one of its opponent's attacks while also being careful about dealing damage back.
- The small weapon disks provided little bite. With the inclusion of the "self-righting" hoops, the weapon disk clearance decreased even more. Compared to many other competitive 3lb battlebots, Bipolariti's weapon was not intimidating.
- A wide rectangular bottom plate held the entire machine together. After weight saving, the center of the rectangular base was concerningly thin, making it vulnerable to snapping in half.
Good aspects
- Bipolariti's speed rivaled those of top competitive 3lb robots. Although steering was difficult, with enough practice, Bipolariti's driver could out-maneuver many of its opponents.
- Single-toothed 1/2 inch AR-500 weapon disk. Handled many head-on collisions with other vertical and horizontal spinners exceptionally.
- 3D-printed TPU (thermoplastic polyurethane) plastic armor allowed for realtively easy replacement and adjustment.
Changes/Improvements
- (List of suggested improvements/changes, 1 per bullet point)
See also
Notes:
(random joke, optional)
(Naming inspiration, optional)
(Names of original builders)
