Welcome to Synthiam!

Program robots using technologies created by industry experts. ARC is our free-to-use robot programming software that makes features like vision recognition, navigation, and artificial intelligence easy.

Get Started
United Kingdom
Asked — Edited

4 In 1 Orientation Sensor Or Inverted Pendulum Sensor?

Hi all,

This may seem a dumb question to those with more experience so you'll have to excuse my naivety as I'm just starting out in the world of robotics.

My question is whether i need only purchase the 4 in 1 orientation sensor over the inverted pendulum as in the product description the 4 in 1 includes both the accelerometer and compass that the pendulum sensor has. Basically will the orientation sensor cover the functions of the inverted pendulum.

i hope this post isnt too convoluted.

Any info you could provide would be greatly appreciated.

Cheers.


ARC Pro

Upgrade to ARC Pro

Your robot can be more than a simple automated machine with the power of ARC Pro!

AI Support Bot
Related Content
Synthiam
Based on your post activity, we found some content that may be interesting to you. Explore these other tutorials and community conversations.
#1  
Depends what you want to do... The inverted pendulum will have it's own ARC control for balancing the robot on two wheels... It will remove all the complexity of having to code the movements such as balance, forward, reverse, left and right etc, yourself.... You might be able do the same with the 4 in 1, however, you'll have to write the scripts under say, the custom Movement Panel to do all of the balancing, forward, left, right etc yourself... One way will be easy, the other way is harder....

Again, what did you have in mind that you wanted your robot to do? If you want to balance on 2 wheels like a segway then buy the inverted pendulum... If you want your robot to walk without falling over or if it does fall over, know how to get up... then buy the 4 in 1....
#2  
The reason the inverted pendulum sensor was created was because the accelerometer and the gyro on the 4-in-1 could not provide information to the ez-b fast enough to balance a robot on two wheels (The robot would fall over before realizing it had to balance itself). So the inverted pendulum sensor was created with an onboard processor to increase the processing speed so the robot could balance. I could be incorrect in a few places, but I think that's the general gist of it.
Login to post a comment