How to Measure Friction of RC Tires on Different Grounds

[@tructruc00]

This is very interesting thanks man

[@rcscientific6004]

Thanks!

[@rcjun8466]

Thank you for the very useful video👍😊

[@rcscientific6004]

Thank you. More will follow. Please stay tuned!

[@apexstudio4657]

Nice footage 👍💪

[@Marino_RC]

Lookin forward what happend next... thx for sharing my friend 👌👍

[@rcscientific6004]

Thanks for your positive comment. Yes, more will come about friction, ... and other things! 👍

[@NyamukBalaprc]

Thank for sharing video mu friends

[@rcscientific6004]

You’re welcome 😊

[@NyamukBalaprc]

@@rcscientific6004 💪💪🥰

[@ArmanRC]

very interesting, this is indeed an important issue regarding how well a crawler tire type can overcome several obstacles that require the friction of the tire material to be qualified, thank you very much for the experiment, I am waiting for the comparison list. I use austar ax 7020 tires .

[@rcscientific6004]

Thanks for watching my video and commenting it! The comparison is indeed interesting. There are some little surprises.

[@gangsterHOTLINE]

Thank you for your effort you are putting into your channel. I am learning more from this channel than I could have ever expected and that is most impressive. Having a mind like yours in this hobby and willing to experiment and share results will be something I hope many get to discover as your channel grows. This may be a most obvious answered question so excuse my novice scientific method, but is it not possible to use the truck itself with the tires installed for all the tests vs. building a platform for it? Are there too many variables in using the truck involved despite it being an applicable testing platform because ultimately the tires will go on the truck for use?

[@rcscientific6004]

Many thanks for your very positive feedback and question. The main reason for using the slider construction instead of using the truck itself is that the construction is more lightweight. Therefore, I can test different amounts of weight, which I did in part 2. Another reason is that I can apply the sliding force closer to the ground. But if you want to test only with the normal weight of the truck and if you add a little lever that allows pulling on low heights, then you can also use the truck itself.

[@gangsterHOTLINE]

@@rcscientific6004 The sliding force closer to the ground, you explained that clearly in the beginning of the experiment and I completely overlooked it! Thank you for clarifying that makes 100% sense now :)

[@AFPCL_Gameplay]

Exellent work 🚗 , my new friend 🤝🆙, one more big 👍 and subscriber 😉🆗.

[@rcscientific6004]

Thanks so much! Part 2 will be uploaded very soon!

[@pizza_und_andere_hobbies]

Vielen Dank wie immer sehr interessant, ich freue mich schon auf den Vergleich und wünsche dir viele neue Abonnenten!!!

[@rcscientific6004]

Vielen Dank, dass Dich meine Filme erfreuen, und vielen Dank für die netten Worte, die ebenso mich erfreuen 😀

[@goranmalmsten5306]

Not very scientific. A force meter should show newtons. At 4.20 the wheels seem to be rotating. This can´t give three significant figures.

[@rcscientific6004]

Don’t worry! Numbers are approximations. Consider it as hobby of a scientist (at home and not in the lab 😉)