Robotics Team #1130 Wins at OMSI Competition

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Discussion Overview

The discussion revolves around a recent informal robotics competition held at OMSI in Portland, where a local team, identified as #1130, achieved first place. Participants share their experiences, insights about robotics design, and the competitive environment, with references to game mechanics and team dynamics.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • One participant recounts their experience with their daughters' robotics team, noting their previous struggles and recent success at the OMSI competition.
  • Another participant expresses enthusiasm for OMSI and wonders about the presence of family members at the event.
  • A participant requests specifications of the winning robot, indicating interest in technical details.
  • One participant shares a link to their own robotics team's project, highlighting their past success at nationals.
  • Another mentions a friend's team winning the First Robotics World Championships, suggesting a broader context of competitive success.
  • A participant humorously comments on the fun aspect of robot basketball, reflecting on the enjoyment of the competition.
  • Details about the scoring system and specific game rules are provided, including variations in court dimensions and their impact on robot performance.
  • One participant critiques the height of the overpass in the competition, suggesting it should have matched regulation standards for fairness.
  • A participant describes the design challenges faced by their team, particularly regarding torque and the mechanics of their robot's ball-handling system.
  • Another expresses a lifelong desire to participate in robotics, lamenting the lack of opportunities in their educational background compared to regions like the West Coast.
  • A brief comment celebrates Silicon Valley's reputation in technology and innovation.

Areas of Agreement / Disagreement

The discussion features a mix of shared experiences and individual perspectives, with no clear consensus on the technical aspects of robot design or the implications of competition rules. Participants express both admiration for the achievements of their teams and personal reflections on the challenges of engaging with robotics.

Contextual Notes

Participants mention specific design challenges and competition rules, but there are unresolved questions regarding the effectiveness of different robot designs and the fairness of competition conditions.

Integral
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Last spring I worked with my daughters FIRST robotics team. We did not do so well in the regional competition last spring. But yesterday 25 Oct we were part of a informal competition held at OMSI in Portland. There were 16 teams from around the Willamette Valley competing. Due some bad luck on the part of other teams and some hard work on our part we managed to finish the day as a member of the first place team.

Here is a video of our robot in action. We are # 1130.
 
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I LOVE OMSI...

This makes me wonder if my 8 year old cousin and his big kid of a dad were there. My cousin must go to OMSI like once a month...
 
Integral said:
Last spring I worked with my daughters FIRST robotics team. We did not do so well in the regional competition last spring. But yesterday 25 Oct we were part of a informal competition held at OMSI in Portland. There were 16 teams from around the Willamette Valley competing. Due some bad luck on the part of other teams and some hard work on our part we managed to finish the day as a member of the first place team.

Here is a video of our robot in action. We are # 1130.


Way cool, what are the specs?
 
The team a friend is part of won the First Robotics World Champs this year.
 
Wow, that looks like fun! Robot basketball! :biggrin:
 
Points are scored in the game by running laps (1pt/lap) "hurdling" the overpass (8pts) (in other words throwing the ball over the starting frame). You also got 12pts if you placed a ball back on the frame. You had to always move counter clockwise, if you passed over the lines under the overpass and at the ends of the court in the wrong direction points were lost.

In the OMSI competition the court was much shorter then the regulation court so they ran teams of 2 instead of 3. Also at OMSI the overpass was 6'2" high, at regional last spring it was 6'6", that four inches was critical to some robots. It actually helped us. Others were tuned to a specific height and did not function so well.

They really should have made some effort to get the overpass to the correct height, that is a critical feature of the game.
 
It looks great. I would love to work on projects like that.
 
you seriously have no idea how hard it is to think of that design. That wheel you see on our robot, was quite inventive, the traction pulls the ball to the robot, and then it uses an elevator to lift.
The biggest flaw with our robot is that we rarely considered torque so when the robot holds that ten pound ball in the air, it looks like it is swaying back and forth.
Can you believe that is how far we got with 30 students, 6 hours everyday for 6 weeks?
 
  • #10
I am envious. My whole life I wanted to be part of something like this; but neither my grade school, high school, or university ever wanted anything at all to do with it.

The Japanese and the West Coast States of the US have always seemed so much more in tune with cool science. What is wrong with New York and New Jersey? The damn transistor was invented here!
 
  • #11
silicon valley FTW!
 

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