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You guys should have 100K+ subs with the cool stuff you do. I'm impressed with your skills. Inspired by your project I'm building my own together with my daughter.

Epic video! btw hoe should I connect my breadboard to the Arduino and the load cell?

If it’s spinning at 650 -1000 mph surely you could see some movement= nothing?

The Earth is flat.

Congratulations for the work, help me a lot. I'm teacher in Brasil, and we are testing bottle rockets. Do you have the code yet? The page in the description is out.

Why can't the movement of the earth be seen?

I built and enjoyed this exact model rocket back in 1981 when I was 11. I am so pleased to see it demonstrated here at age 54.😊 👍

Can you tell me sir that will possible this cemera box track through mobile fone location tracking system????

Holy cow. This is awesome!

This is awesome

This is awesome Dan! This is some really serious software dev you accomplished in only a few months, very impressive! I'm going to go ahead and try this application out.

Awesome! I gotta get this! 😁👍👍🇺🇲 Can we mod it to track a personal space station or vehicle?! 😁👍👍🇺🇲

Back again with a new project... At least this one's somewhat related to rocketry.............

Thank you for making this video, this is an amazing project!

So is this just for debugging? WIfi tends to not work very well underwater due to the attenuation of the signal.

Great video

Can you please upload the full cad design video

Hey, I'm using the red Load Cell Amp and I'm not quite sure how to wire it. Could you help me out with that?

My list would be. 5. Latyhe, it’s nice cause water. 4. Kerbin, cause yes. 3.jool, big watermelon and nice view. 2. Eve, I like purple. 1. Duna, sounds like tuna and like building bases there.

Dear sir, I am working on this project but my loadcell data will come back to me after 180 milliseconds could u please help me how to decrease the duration of getting the data.

how to calibrate thrust stand for bldc motor and prop vertically using this code?

I love the implementation of the GUI, that's a really clean and simple way to smoothen out dev work!

رائع جدا واصل إبداعك Nice project keep going

Nice project keep going رائع جدا واصل إبداعك

Awesome project guys! Can't wait to see it in the water!

There is a UFO and a Zigar shape UFO near by the Sun! You see it at the last third part of the Video, it is little bit heavy to locate, but when you twist the view direct on the sun and try to hold position, you will see it, it is "LEFT" from the sun. Check out with "STOP and PLAY" and so on ...to find a good position, the Zigar shape UFO is right from the Disc shape UFO, and it disapear fast when the ballon rotates! Very Interessting!

Hmm… I wonder if this will be able to handle testing a 1” ID salicylate whistle motor 🤔

hello how could i get your personal advice?

Dude this was an amazing teaser vid!!! AUVs are still very cool and offer a diverse amount of fun challenges some similar to rocketry/some different. I actually have a ROV project on the back burner myself

Dude that looks so Professional! Enjoyed the teaser

To clear up any confusion, I have been thinking of undertaking a slightly different project than rockets. AUVs have become an easy and fun way to learn DNNs, different control methods, and new engineering challenges. Although this project isn't much related to my field of rocketry I hope this tangent will allow for some cool new things to learn and experience.

Should I glue or drill the load cell onto the scale?

How would I go about attaching the weight scale to the load cell?

can i just use a weighing scale

Just look down and tell me that the earth is not stationary. If it was spinning, you could see it from this height...

cool

I was just expecting just a review on the rocket itself and not an extra bit of history behind it. Well done!

hey, I am having a problem while building this. the Calibration21 code is not compiling for arduino UNO. What do I do?

would this same setup work with a 10kg load cell instead of 5kg?

Looking for that curving water

is the earth flat?

Your math doesn't appear to match what you are doing in the video. If you subtract the calibration value from y to make z, then add it back in as written, you just get y again. In the video, your z value is negative, and you flip the sign before adding the calibration back in. Your steps, don't reflect that. Also, I found that if you put too large of a calibration weight on, your z result doesn't come out negative. In this case, flipping the z value to negative doesn't work, nor does keeping it positive. So your procedure requires a small enough weight to achieve a negative z value which is then added as an absolute value to your calibration value in step 4.

You got one more subscriber today. Amazing work again. Gonna go through all of these videos tomorrow.

That was one of the coolest things I've ever watched. I'm make a Google cardboard vr, and chomp an edible and watch this again this weekend. And grab a fan for the free fall portion, just to give it some additional realism. Wow though. Just wow. Thank yall for making this.

Cool video, you have to subscribe right away

This guy is out here landing on comets while I cook kerbals with nuclear engines.

Great video well done

Nice

I am new to model rocketry and would LOVE to get started. This channel is a help.

Why do you use short rocket body with poor stability? If you double the lenght, move upward the CG the stability will be much better, so less work for TVC - more chance for success.