2025年1月13日 · We continued to prototype on our own and then were inspired again by Ri3D RustHOUNDS climber as well as the climber from the PantherBots (2582). You can see some of our videos of testing below. Design integration. With the design path selected for the robot we are now deep in the CAD phase.

2020年12月27日 · Throughout the many seasons of FRC, climbing has been a common challenge which teams attempt to face. As a rookie team ourselves, we found this task to be particularly difficult, so we have compiled a list (including additional resources) for other teams who may need help with designing a climber.

2022年3月21日 · Just some large pistons and some surgical tubing (not sure its use) got a solid mid climb. Pneumatics in FRC is pretty heavily handicapped by the 60PSI working pressure and other regulations; so you rarely see them used for large motions that take lots of force, like climbers and elevators.

Here's our newest climb hook solution for REEFSCAPE! Like and subscribe for more details and cool robot prototypes! #frc #cic #robotics #reefscape #2025 #rdq...

2025年1月1日 · We will construct a competitive prototype for the annual FRC challenge in 3 days (72 hours) to showcase learnings and failures (via social media, livestreams and showcase videos) to high school FRC teams. Penn State is located in State College, PA and we will work alongside local team “Center Punch” (4027) to collaboratively build a ...

2025年1月12日 · The PantherBots Climb. For anyone not following 2582, they posted some videos of what we think is one of the simplest deep climbs yet. Using the top flange of the cage it appears very easy to pull the cage back and over the robot’s center of mass.

Thank you all for tuning in over the last 59 hours! We will keep posting as 9062 builds their proper robot, but Robots Done Quick, well, got done quick. Like...

前言： FRC有很多共性问题，包括：抓取和放置 (或投放)、底盘技术、提升装置等，FRC每次比赛还有个规定的结束动作，基本都是爬升一定高度。 今年的结束动作是爬台阶，最高大概是48.3cm吧，Robomaster先入为主，个人习惯翻译为“登岛”。 因为跟Robomaster有一定共性，所以先调研、总结和归纳一下已经曝光的登岛方式，后续空了再分析和学习。 (个人观点：没有数据归纳的学习是伪学习、没有理论计算的设计是假设计)。 1. 四足或/三足行. …

2016年1月18日 · Team 254's Climber was a two stage hook system ( not really stages). The first half of the system is two parallel telescoping bars with static hooks. The second half of the system is two solid non-moving bars with ratcheting hooks. The telescoping arms pull the bar ( being the pyramid in 2013 cross bar) past the ratcheting hooks.