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Stanford Student Robotics
Приєднався 2 бер 2018
Stanford Student Robotics -- URC System Acceptance Review 2020
Stanford Student Robotics presents our submission to the 2020 University Rover Challenge, Darth Sandious!
View more of our work at: stanfordstudentrobotics.org/
Music:
The Imperial March
Composed by John Williams
Recorded by our science lead on cello
March of Progress by MALO
Instagram : malomusicprod
SoundCloud: soundcloud.com/malomusicprod/
Facebook: malomusicprod
View more of our work at: stanfordstudentrobotics.org/
Music:
The Imperial March
Composed by John Williams
Recorded by our science lead on cello
March of Progress by MALO
Instagram : malomusicprod
SoundCloud: soundcloud.com/malomusicprod/
Facebook: malomusicprod
Переглядів: 36 365
Відео
Stanford Student Robotics URC 2019 Recap
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A video recap of our time at the 2019 University Rover Challenge. Thanks to URC for allowing us to use their video. Congratulations to all competitors. Music: Fools by ufo ufo
Stanford Student Robotics -- URC System Acceptance Review 2019
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Stanford Student Robotics URC System Acceptance Review 2019
System Acceptance Review URC 2018 - Stanford Robotics: Mars Rover
Переглядів 14 тис.6 років тому
We are proud to present our first ever robot to compete in the University Rover Challenge. Music: Bay Breeze by FortyThr33 soundcloud.com/fortythr33-43 Creative Commons - Attribution 3.0 Unported- CC BY 3.0 creativecommons.org/licenses/b... Music promoted by Audio Library ua-cam.com/video/XER8Zg0ExKU/v-deo.html
nice work guys
this is my dream robot
What is cool is the lightweight design approach utilized by this team. Simple, to the point, and fast! The key is to keep producing, modifying, and upgrading!
ua-cam.com/video/LQ8UDf7aKxM/v-deo.html i like your suspension a lot, but there are more simplier then mine n yours actually. but great work!!
My inner spock hopes that one day Humanity would explore the ice moons of Jupiter and Saturn and these vehicles would show us the way on the ground!
Is everybody a " lead"? Your tweels need to be much wider to reduce ground pressures. You need at least 6 or 8 tweels meaning three to four axles to move on Martian terrain,due to varying soft sand and rocky terrain. I am designing robotic systems with certain similarities for clearing mines and IED's in legacy battlefields. We are using extremely low ground pressure robotic vehicles. [ less than 2 kilo's per sq/meter]. Great group of students.
How do you go about attaching the hoverboard hub motor to the balloon wheels?
How do you attach the hoverboard hub motor to the balloon wheels?
Hi, I was wondering where can I get more info about the science mission and which tests did you performed in order to detect the exant extint or absence of life.
Double lambda locomotion mechanism is cool it seems to work well.
ok gents the goal of rocker bogie is to keep the chassis level that is missing in this design
Doubt -why most of the rovers have stopped using rocker-boogie suspension???
this is not true many teams still use them Stanford keeps innovating their designs each year
Great 👌👌🔥have a constructive suggestions ,braided wires should be used as the copper wires used are prone to breakage and due to magnetic interference the copper wire will result in loss of signal and also weight balance should be looked
I'm part of the BYU Mars Rover team (took 10th last year). I'm fascinated with your suspension design. Is this original? Excited to hopefully meet some of you guys at this years compeition. If we both get in that is! Cheers!
Hey sir i need to talk with u. Will u please help me? 😀
What’s up?
sir,. Can we talk over email? 🤔🤔. It would be nice to get your email address
No it's what has been tried by many space research institute look up double lambda mechanism
Music link?
CONGRATS!
That I am not a robot was fun ... great.. hope you win
Hi! Would you please tell me about the antenna you guys used?
What software did you guys use for FPA analysis?
solidworks
GOOD!
Excuse me. Could you tell me the materials for the robot's wheel that made by 3D printer? Thanks very much
Ninjaflex! www.amazon.com/dp/B00JF5EZ4S/ref=twister_B01LXZYJ3R?_encoding=UTF8&psc=1