Newbie Seeks Advice on Robotics Project

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Discussion Overview

The discussion revolves around a high school student's inquiry into creating a remote control car capable of climbing and moving on a vertical wall. The scope includes concepts from robotics engineering, physics, and practical applications of various adhesion methods.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • The original poster expresses a desire to build a remote control car that can adhere to and move on a vertical wall, highlighting challenges related to weight and speed.
  • One participant suggests using magnets if the wall is made of magnetic material, indicating a potential method for adhesion.
  • Another participant proposes alternative adhesion methods such as suction pads, sticky feet, or biological inspirations like slugs or octopus tentacles on hydraulic arms.
  • A different participant references a previous discussion about carbon nanotubes that mimic the adhesive properties of gecko bristles, suggesting advanced materials as a potential solution.
  • One participant mentions an existing product that uses a vacuum pump and sealing skirt to allow a lightweight car to stick to walls, noting its effectiveness on flat surfaces.

Areas of Agreement / Disagreement

Participants present multiple competing ideas for achieving wall adhesion, with no consensus on a single method. The discussion remains open-ended regarding the feasibility and effectiveness of the proposed solutions.

Contextual Notes

Participants have not fully explored the technical limitations or requirements of each proposed method, and assumptions about the wall's surface and material properties remain unaddressed.

Who May Find This Useful

Individuals interested in robotics, engineering students, hobbyists exploring practical applications of physics, and those curious about innovative adhesion technologies.

Paulo Serrano
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Hey everyone,

I'm new obviously and I have no knowledge in physics at all, or engineering at that, but plan on getting into robotics engineering. I'm still in high school so I'm pretty ignorant with all of this guys so bare with me.

I just have a question and am not so sure how easy/hard it would be to do. I want to be able to make, say, a remote control car be able to ride on a vertical wall. It's a project (a personal project, not a school project) I want to work on, but I need to be able to make a pretty heavy object stay on a wall and move freely around the wall. Even more difficult, the faster it is able to move the better.

So...umm have at it guys.

I'll probably roam around these forums for a while because you guys talk about some really interesting things.
 
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If the wall is a magnetic material you could use magnets, otherwise I can't see of any way in doing this.
 
Suction pads? Sticky feet? Slugs, or Octopus' tentacles on hydraulic arms?
 
There's an old thread kicking around here somewhere called 'Improving Upon Nature' that links to a cool article about carbon nanotubes simulating (in fact exceeding) the 'stickiness' of gecko bristles. Try a forum search. I don't have time right now, but will give it a go myself later if you can't find it.
 
A RC car like you are describing already exists. I've seen them on sale at the Sharper Image store. It is a avery light weight car made of styrofoam that uses a vacuum pump with a sealing skirt on the wall side to "stick" it to the wall, and then four wheels to navigate around. I've never used one to see how effective they are, but I suspect they work well as long as the wall is nice and flat.

It's like this one: http://www.iwantoneofthose.com/rc-wall-climber/index.html"
 
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