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Base units There are four fundamental units we will deal with in this document:
• length, measured in meters (abbreviated m);
• mass, measured in grams (g)
• time, measured in seconds (s)
• and electrical current, measured in Amps (A).

Measurement units for getting info to compare and being able to write down definitive and exact measurements

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How FRC teams approached the Challenge FIRST Deep Space 2019 ?

TECBOT 3158 and various American teams

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https://es.wikipedia.org/wiki/FIRST_Robotics_Competition

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https://stanford.edu/~sebell/firstphysics/first_encounter_with_physics.pdf

A FIRST Encounter With Physics

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https://www.reddit.com/r/FRC/comments/3ml97i/the_physics_of_first/

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Is an international high school robotics competition. Each year, teams of high school students, coaches, and mentors work during a six-week period to build game-playing robots.

Robots complete tasks such as scoring balls into goals, flying discs into goals, inner tubes onto racks, hanging on bars, and balancing robots on balance beams. The game, along with the required set of tasks, changes annually.

FRC has a unique culture, built around two values. "Gracious Professionalism" embraces the competition inherent in the program, but rejects trash talk and chest-thumping, instead embracing empathy and respect for other teams. "Coopertition" emphasizes that teams can cooperate and compete at the same time.

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Gearing
Arm Torque
Gear ratios
Picking a Motor
Work and Power
Input power and eficiency  Input power and eficiency

This are some of the most important mechanics of robts, that are repeated throughout all seasons, so this is a guide for what to ask other teams about their robot´s mechanisms

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A list of technical words to be employed:

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A list of technical words to be employed:

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·  Acceleration

·  Friction

·  Velocity

·  RPM (Rotation Per Minute)

·  Gear Ratios

·  Potential energy

·  Power

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Measurements that will be used to gather informtaion:

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Measurements that will be used to gather informtaion:

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• length measured in meters (abbreviated m);

• mass measured in grams (g)

• time measured in seconds (s)

• and electrical current, measured in Amps (A).

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Making it easier to classify, measure and do equations with. The information will be analyzed with the help of applications like Tracker and Padlet.

Each piece of information will be analyzed in order to get its strengths, weaknesses and possible points of improvement. Certain calculations will be made in order to get precise and fair results when comparing.

As we will be comparing between teams in two different countries, it is important to translate the information using accurate scientific terms

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This is a free library of CAD models provided by team 1678 Citrus Circuitsof their past and current robots. This are highly detailed and functioning models I will use to analyse and evaluate.

Measurements are extremely accurate and each piece can be seen individually.

WOW!

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Lemon Zest | FRC Team 1678 2018 | 3D CAD Model Library | GrabCAD

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Included are a selected group of renderings and a CAD (STEP) file for FIRST FRC Team 1678 Citrus Circuits's 2018 robot, Lemon Zest, which co...

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Lat year´s championship winners Robowranglers.

This is more than just a CAD library, they have business plans, judges books and other files I can use to investigate further into the build of their robot.

2019 CAD MODEL is not as detailed as 1678´s but its still pretty go

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The following materials are made public by the Robowranglers in order to offer guidance to other FIRST teams.​

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Grant Imahara Robot Design Process Video

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Behind The Lines S02E05 - Mechanism Design

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R/FRC - The Physics of FIRST. (n.d.). Retrieved from 

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R/FRC - The Physics of FIRST. (n.d.). Retrieved from 

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Hello all! At my school we have capstone projects for the seniors, and I decided that my capstone should be about FIRST since it has had such a positive impact on me.

As such, I decided that I would make a computer application (possibly also on mobile) that would be able to assist FRC teams with the physics and mechanics of a design. I think this will be especially useful for teams with younger members who have not learned about physics, or simply enable freshman members to still make mechanically sound ideas without having to learn physics and engineering all on their own.

Everything is in preliminary development right now, so I thought it would be a good idea to try and see what features FRC teams would find useful. So please, if there is a feature you think would be helpful to have in a program of this sort, or some part of your robot that would be hard to analyze physically by highschool students, just leave a comment here describing it.

Thank you all so much!

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Hello all! At my school we have capstone projects for the seniors, and I decided that my capstone should be about FIRST since it has had such a positive impact on me. As such, I decided that I would make a computer application (possibly also on mobile) that would be able to assist FRC teams with the physics and mechanics of a design.

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S. B. (2011). A FIRST encounter with physics (Master's thesis, Stanford) (pp. 1-19). E 

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S. B. (2011). A FIRST encounter with physics (Master's thesis, Stanford) (pp. 1-19). E 

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Analysing 148 piece by piece gave me a great idea.

As it might be complicated for people reading the essay to undesratnd when I´m refering to a certain mechanism I should make a list of 4 main mechanism I will reffer to throughout the entire essay

This narrows down the quantity of pieces I will analyse and research and make it easy to comprenhend for the reader.

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-Ball collector
(Cargo collector, as refered to in the game, all teams I will analyse have it and they are all different, giving wide range to analyse)

-Climber
(148 and 1678 both have thirs level climbers, and especifically 1678 has the ability to carry two other robots to the third level. While 3158 has a second level climber, but it isn´t quite as remarcable)

-Disk Collector
(The hatch panel collector as refered in FRC, every single one is different, but ones are more creative and have more than meets the eye)

Lift/Arm:
(The mechanism that helps deiver either balls or disks, all teams had a different aproach to this, some more weird than others)

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Certain measurement in 3158´s CAD are abcent or don´t seem accurate. I will consult Santiag Arzate, lead designer, for more info on certain piece sizes

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3158 wrote a whole book on their design this year.

They call it Techincal Binderand its a work of beautry, it has all the details I need to make a great summary on all the info.  on the construction and manufatcuring of this robot.

WOOOOOOW! what a strike of luck

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Professor, here you can write anything you have to comment on my notes or any other apect of my folder, other commentaryy especifically directed to you will also be written in here.
This will help so no information will be erased and I can find your comments easily

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OK, I am supposing your EE will be in physics. First implies many different things, from physics and programming to team organization.
Be sure that your approach remain in the filed of physics and that you will analyze relevant physics.
Also be aware that,for 4000, perhaps you have to narrow your comparison to a couple of things.
Meanwhile, you can start working in some physics concepts that any team should take into account, and later compare the solutions two teams implemented.

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After reading the articles I decided to make a folder with my sources and then a sub-folder with all my note. This allows me to be able to see my video or source in one columns and be editing notes on the other!

By the way, there´s this awesome feature in Padlet that allows you to watch a video on one column and write on the other, AT THE SAME TIME, that way I can be wathcing a video and take notes on my sub-folder

PADLET IS AWESOME AND VERY FUN TO USE

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Be sure you will be able to differentiate which notes come form which source 

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Be sure you will be able to differentiate which notes come form which source 