Robotics Startup: Arduino & Raspberry Pi Mobility with Plywood

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In summary, the conversation discusses a recently launched robotics startup that utilizes Arduino and Raspberry Pi for mobility, with a focus on creating a robotic cat. The speakers have varying opinions on the concept, with some finding it impressive and others preferring a real cat. The robotic cat is seen as a potential STEM resource for kids, but it is acknowledged that it is not a complete replacement for a real cat. The conversation also touches on the features of the robotic cat, such as its ability to do tricks and its lack of litter box and cleaning needs.
  • #1
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Here's a video on a recent robotics startup:



It features mobility using an Arduino and optionally a Raspberry Pi using laser-cut plywood.

Looks like @Evo can have more kittens for her collection.
 
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  • #2
Saw that in the mail from Arduino. Quite intelligently built (though I have no fascination for cats). The work has taken them quite a long time to complete, I believe.
 
  • #4
Quite impressive !

And it won't leave freshly dead rats under the kitchen table !
 
  • #5
No substitute for a real cat. I don't even prefer cats over dogs. Just no substitute for a genuine actual cat. Try giving catnip to that robotic thing. Not so impressive. Where's the fun?
 
  • #6
symbolipoint said:
No substitute for a real cat. I don't even prefer cats over dogs. Just no substitute for a genuine actual cat. Try giving catnip to that robotic thing. Not so impressive. Where's the fun?

It’s touted as a STEM resource. Kids can assemble it and program it to do tricks...
 
  • #7
Very cool but not quite there yet in terms of actual cat replacement :biggrin:
 
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  • #8
Greg Bernhardt said:
Very cool but not quite there yet in terms of actual cat replacement :biggrin:
Yeah, can it knock things off of a shelf for no reason?
 
  • #9
Isn't it gruesome? It looks like a skeleton cat?
 
  • #10
But will it chase a Laser pointer?
 
  • #11
No need for litter box and no poo poo to clean
 

1. What is a robotics startup?

A robotics startup is a company that aims to develop and commercialize innovative products and technologies related to robotics. These startups often focus on creating new and advanced robots that can perform tasks in various industries, such as manufacturing, healthcare, and transportation.

2. What is the role of Arduino and Raspberry Pi in robotics startups?

Arduino and Raspberry Pi are popular microcontroller platforms that are commonly used in robotics startups. They provide a low-cost and user-friendly way to create prototypes and develop the software for robots. These platforms also offer a wide range of sensors and modules that can be used to control and monitor the robot's movements and functions.

3. How does plywood play a role in robotics startups?

Plywood is a versatile and cost-effective material that is often used in robotics startups to create the physical structure of the robot. It is lightweight, durable, and easy to work with, making it ideal for building the body and frame of a robot. Plywood can also be easily cut and shaped to fit specific design requirements.

4. What are the benefits of using Arduino and Raspberry Pi in robotics startups?

Using Arduino and Raspberry Pi in robotics startups offers several benefits. These microcontroller platforms are affordable, easy to use, and have a large online community for support and resources. They also allow for rapid prototyping, customization, and integration with various sensors and devices, making it easier to develop and test new robotic applications.

5. What are some potential applications for a robotics startup with Arduino and Raspberry Pi mobility using plywood?

Some potential applications for a robotics startup with Arduino and Raspberry Pi mobility using plywood include autonomous robots for home and office cleaning, delivery robots for e-commerce and logistics, and educational robots for STEM learning. These technologies can also be applied in industries such as agriculture, construction, and entertainment to improve efficiency and productivity.

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