Rami Ghazzawi it’s the thirds to last paragraph that references it. www.vice.com/en_us/article/qvakmw/meet-the-amateur-rocketeer-building-self-landing-replicas-of-spacex-rockets
Thanks for this Joe. My kid is working on his space exploration merit badge for scouts. One of the requirements is "Build, launch, and recover a model rocket. Make a second launch to accomplish a specific objective." For our second launch, we build and programed an Arduino with BMP280 as an altimeter and wrote the flight data to a SD card. It was an outstanding project. You explanation of how Arduino code works is among the best and simplest out there for a new coder. And yes, he's now working on his programming MB.
Finally, someone who explains the "How, What, When, Where and Why" about what they are doing. It makes sense and inspires me! Good luck with your space explorations.
Congratulations to the 100k. The content and the whole concept of your YT channel is great. And every time I see a new video of you, I'm curious to see what new things you'll show us. Personally, I'm a big fan of this topic, I like Arduino and all the programming stuff. I also like rockets no matter how big they are. Sometimes self-made rockets are more interesting than bigger ones because you can see how they were built and how they work. Thanks for all the great videos and the work you put into your projects. Many people are inspired and happy that there is your yt-channel, because only a few people make content to this topic. Lets get your yt channel to 150k.
Hey Joe, I love the series. It is truly inspiring to have someone take the time out of their day to make quality content to explain all of this cool stuff and get down in the weeds. The only complaint is I wish there were more episodes!
At 13:08, you do not need to unzip the library file. The Arduino IDE will do that for you and put the library in the proper directory for the libraries. Select Sketch Include Library Add ..zip Liibrary You then navigate to where the zip file is and hit return.
Absolutely loves your intro to the arduino world, basics, libraries and so! Just for your test code, one smart thing could be asking the user to send any character (like an "enter"), wait a few secondes and then fire one pyro channel, ask the user for the following one and so through all the channels. Congrats for the 100k!
That was awesome! I have had a passing interest in playing with arduino for quite a while now, but I have not really had the time and have been reluctant to try because it seemed daunting... But after seeing this, I feel a LOT more confident that I could take on some entry and perhaps even mid level arduino porjects and figure them out on my own pretty easily. Thanks Joe! 9600 baud!!! that takes me back... I remember playing with some PC Serial Devices that communicated at 9600 baud, but mostly I remember old modems when BBS's and later the Internet were only accessible (for me) via dial up modem... We started off with a 300 baud modem... yup, 300... then 1200, 2400... next we got to the 9600 baud modem, then 14.4k, 28.8k, 33.6k and finally 56k. I'm embarrassed to admit that I rode that train a little bit too long... but I just couldn't afford anything better for a long time. Now I have two high speed internet connections at my house. A 300 Mb for work and a 1 Gb for the rest of the house/family. So that means I have gone from 300 BITS per second to 1,300,000,000 BITS per second!!! My home now has more than 4 MILLION times the bandwidth I had when I first got into connecting my computer at home to other computers not at my home!?!?! Just crazy to think!!
Hey Joe, dont waste memory for LED PINS. int = 2 bytes. ofcourse its not a problem for modern MCU, but optimization always good deal. use preprocessor statements #define RED_L 9
Not related at all, but you could use air augmenting on your rocket motor to throttle them by maybe up to 20%. The easiest way to implement such a system would be a big convergent nozzle at the motor that can be moved closer to the motor by a servo. The augmentation results from the air that is drawn to the nozzle via the venturi effect and therefore increases the working mass of the exhaust therefore increasing the thrust. This could help you decrease your touchdown velocity. Wikipedia article: Air augmented rockets.
can you give a roadmap of what we need to learn/self teach/go to school for in order to understand computer chips, programming, CAD, and building rockets! Thanks that would be super helpful
Hello from India... Great video... Your work and videos are inspiring and motivational for hobbyists like me... Keep inspiring us.. God bless you.. Subscribed. 👍
Great video! I would love to see how you handle the data of the mpu6050, specially the way you take into account the gyro drift of the sensor (a problem I have trouble solving). Anyway, the landing model rockets series is amazing, keep it up!
@@aai2962 Wow thanks! Its been a year and I haven't yet used that imu because of the issues I could not solve. Thanks for the suggestion, for sure its going to ve really useful!
I love the series!!! But is anyone else bummed out that they spent money on all the components and parts to build the BLIP board and there are no other coding videos???
Disliked. Video didn't teach me how to implement LQR or Fuel Optimized Large Divert algorithms... and now my rocket did several flips and crashed! JK jk Really great video and condensed what took me days to figure out into a nice short little episode :D
I keep getting errors when using the SPIFLash example you've shown. Primarily errors that look like this "'class SPIFlash' has no member named 'begin'". I've looked everywhere and I literally cannot find a solution to this, any insight would be greatly appreciated!
In void loop();, 'void' means that the function 'loop()' does not return anything. If for example we want to get some result, we may use 'int MyFunction()';, where we expecting integer back from the function. Also, instead loop, we can use two ways; 'while(true)' {//various things to do}, and it will execute forever because statement is always true. Or, we may use 'while(MyFunction)' {}, where MyFunction must return something, either 'true' or 'false' (or different notation; 1 or 0). This way we may write advanced things that are easy to follow. Just try it. In this case, while loop will execute as long as the function returns 'true'.
The void setup in arduino is like the window.onLoad() of javascript, its the first thing the arduino runs when it gets powered. It litterly is the setup of your program. It only runs once. An example where this is handy is for example when you need to define that input 10 a input is or when you need to have a variable to have a certain value at the beginning of your program :)
Always a man of science, This is the stuff I'm really looking for, and this Elon.jr or else the first Joe is guy who is teaching the science without a certificate, start a workshop and looking forward to be in it.
Hey Joe, not sure if you'll see this after all this time, but I'm wondering what software/language you use currently for running your code on the AVA flight computer?
It’s especially interesting to watch you from Russia. Our rocket-modeling sport in the ass since the collapse of the USSR, and we have relatively no rocket and technical channels on TH-cam, and such material as yours is generally considered unique.And if there is, then all of our guys basically do useless shit on arduino. Thank you for the video. I hope your Echo will ever land. (We will do without binary xD)
So what does the word Void actually mean and do for the line of code itself? Sorry super noobie question I'm sure I could Google but I figured I'd ask! Thanks so much :)
Not sure if anyone has asked this but do you have any plans (or timeline?) to sell full up Blip flight computers with the software/app to support it similar to your Signal V2 kit? Thanks.
You talked recently about books related to rocketry and some general ones you recommend. But what about books and other sources regarding electronics, coding, hardware and such? Related to this type of shenanigans 👨🏻🚀
Thank you for the contents, it is really amazing and enthusiasm. How can I specialize in this technology like you, from where should I begin, What should I learn. Kind regards
Hi Joe, great series. A questions about the communication speed of I2C. Do you connect all your sensors on the I2C bus? Do you find the rate limiting? Do you see a potential advantage to connect the 6050 via SPI? Thank you for sharing your experiences.
smash that like button if u 01101000 01100001 01100100 00100000 01110100 01101111 00100000 01101100 01101111 01101111 01101011 00100000 01110100 01101000 01101001 01110011 00100000 01110101 01110000 00100000 01110111 01101001 01110100 01101000 00100000 01100001 00100000 01100010 01101001 01101110 01100001 01110010 01111001 00100000 01110100 01110010 01100001 01101110 01110011 01101100 01100001 01110100 01101111 01110010 00100000 01000111 01001111 01010100 00100000 01000101 01001101 00100000 01101100 01101111 01101100 00100000 01100010 01111001 01100101
01000010011001010010000001110011011101010111001001100101001000000111010001101111001000000110010001110010011010010110111001101011001000000111100101101111011101010111001000100000010011110111011001100001011011000111010001101001011011100110010100101110
Good one!
Nice job on 100k!
google translate ocr 😎
had to look this up with a binary translator GOT EM lol bye
this is just an elaborate Spacex job application
Has to be lol.
Apparently he actually got offered a job and turned it down because he wanted to continue
Rami Ghazzawi it’s the thirds to last paragraph that references it. www.vice.com/en_us/article/qvakmw/meet-the-amateur-rocketeer-building-self-landing-replicas-of-spacex-rockets
It's been more than two years, yes. But please, please continue this series. It'll benefit and motivate people for years!
He stopped it for his own mental health
0:13 - Joe: "Hey Alexa 01001100 01001111 01001100" (Translation: LOL)
0:25 - Alexa: "01001000 01001001" (Translation: HI)
I love how he hangs the Berkeley Music Degree Certificate right beside where he talks rocket science. Smooth
Thanks for this Joe. My kid is working on his space exploration merit badge for scouts. One of the requirements is "Build, launch, and recover a model rocket. Make a second launch to accomplish a specific objective." For our second launch, we build and programed an Arduino with BMP280 as an altimeter and wrote the flight data to a SD card. It was an outstanding project. You explanation of how Arduino code works is among the best and simplest out there for a new coder. And yes, he's now working on his programming MB.
Finally, someone who explains the "How, What, When, Where and Why" about what they are doing. It makes sense and inspires me! Good luck with your space explorations.
Are you going to continue this series? I love it!
doesn't look like it :(
Congratulations to the 100k.
The content and the whole concept of your YT channel is great. And every time I see a new video of you, I'm curious to see what new things you'll show us. Personally, I'm a big fan of this topic, I like Arduino and all the programming stuff. I also like rockets no matter how big they are. Sometimes self-made rockets are more interesting than bigger ones because you can see how they were built and how they work.
Thanks for all the great videos and the work you put into your projects. Many people are inspired and happy that there is your yt-channel, because only a few people make content to this topic.
Lets get your yt channel to 150k.
Still true. And aged well.
Hey Joe, I love the series. It is truly inspiring to have someone take the time out of their day to make quality content to explain all of this cool stuff and get down in the weeds. The only complaint is I wish there were more episodes!
At 13:08, you do not need to unzip the library file.
The Arduino IDE will do that for you and put the library in the proper directory for the libraries.
Select
Sketch
Include Library
Add ..zip Liibrary
You then navigate to where the zip file is and hit return.
Absolutely loves your intro to the arduino world, basics, libraries and so! Just for your test code, one smart thing could be asking the user to send any character (like an "enter"), wait a few secondes and then fire one pyro channel, ask the user for the following one and so through all the channels. Congrats for the 100k!
such underrated part of the video just where you type the correct keywords to get exactly that repo at the top
Easy to understand and entertaining, you totally nailed it! I really wait for another episode😁
this is seriously the best explained and well edited video with examples and the reason for each code on the entire internet!
To any one wanting to do this stuff. Don’t have a GF or BF or any relationship. It will just slow you down
R E J E C T P A R T N E R, R E T U R N TO R O C K E T
Lmao true
Is it me or does he look like a thinner and a updated version of Elon musk.
I agree
me too
He’s his son
@@obamawastaken9069 I don't think so , he has a normal name :)
mahmed nabil it was a joke
"there are going to be several episodes about code and this is the first in those"
its been more than a year.... alexa is going to be MAD
Hey same I am wait for a long time for the code
@@manthankikle8373 well now I know, he discontinued the series
@@corty8969 why tho?
@@SoftPillowWithAKnife i think because it ws talking too much time or something idk
among us
His confidence in his code makes him great at everything. Must watch. His success builds more success whike teaching you.
When I started rocketry I wish I had this series to help me get started! Thanks so much Joey B‼️🚀🦀
7:00 tho 🔥🔥🔥
What you are doing is really unbelievable, you are extremely intelligent and FairPlay to you. All the best going forward 👍🏻
That was awesome! I have had a passing interest in playing with arduino for quite a while now, but I have not really had the time and have been reluctant to try because it seemed daunting... But after seeing this, I feel a LOT more confident that I could take on some entry and perhaps even mid level arduino porjects and figure them out on my own pretty easily. Thanks Joe!
9600 baud!!! that takes me back... I remember playing with some PC Serial Devices that communicated at 9600 baud, but mostly I remember old modems when BBS's and later the Internet were only accessible (for me) via dial up modem... We started off with a 300 baud modem... yup, 300... then 1200, 2400... next we got to the 9600 baud modem, then 14.4k, 28.8k, 33.6k and finally 56k. I'm embarrassed to admit that I rode that train a little bit too long... but I just couldn't afford anything better for a long time. Now I have two high speed internet connections at my house. A 300 Mb for work and a 1 Gb for the rest of the house/family. So that means I have gone from 300 BITS per second to 1,300,000,000 BITS per second!!! My home now has more than 4 MILLION times the bandwidth I had when I first got into connecting my computer at home to other computers not at my home!?!?! Just crazy to think!!
Man I wish I had videos like this when I started out, lol all the issues I went though without a clue of what I was doing when I started out
I hope this series continues
It’s not
@@fullflowaerospaceit did just not the playlist
@@colton75 no, there was no episode 9
Would love to watch more episodes, these were great so far :D
Can’t wait till you continue the series!
Hey Joe, dont waste memory for LED PINS. int = 2 bytes. ofcourse its not a problem for modern MCU, but optimization always good deal.
use preprocessor statements
#define RED_L 9
for C++, constexpr is way better, since its evaluated during compile time, and it has type safety.
I love the outro music! You should release a album called "Landing Model Rockets"
I remember seeing some of this in a certain livestream :)
Nice work Joe!
Not related at all, but you could use air augmenting on your rocket motor to throttle them by maybe up to 20%.
The easiest way to implement such a system would be a big convergent nozzle at the motor that can be moved closer to the motor by a servo.
The augmentation results from the air that is drawn to the nozzle via the venturi effect and therefore increases the working mass of the exhaust therefore increasing the thrust.
This could help you decrease your touchdown velocity.
Wikipedia article:
Air augmented rockets.
Congratulations broo 100k subs....
Keep rocking...
I am you 100,002th subscriber.
Congrats on that and keep making these inspiring projects. Thank you
Thanks for making this series! I'm building a model rocket and your videos have helped me a lot!
Thanks for providing all this Arduino tutorial links
Please continue this really cool series!!
Going to school for software development love the channel just subscribed. Very cool
Conversation with Alexa at the start of the video:
Joe: LOL
Alexa: HI
man I want the other episodes PLEASE MAN
can you give a roadmap of what we need to learn/self teach/go to school for in order to understand computer chips, programming, CAD, and building rockets! Thanks that would be super helpful
Hello from India... Great video... Your work and videos are inspiring and motivational for hobbyists like me... Keep inspiring us.. God bless you.. Subscribed. 👍
Great video! I would love to see how you handle the data of the mpu6050, specially the way you take into account the gyro drift of the sensor (a problem I have trouble solving). Anyway, the landing model rockets series is amazing, keep it up!
This is usually dealt with using complementary filter. Check out 9axis imu tutorial by Paul McWhorter.
@@aai2962 Wow thanks! Its been a year and I haven't yet used that imu because of the issues I could not solve. Thanks for the suggestion, for sure its going to ve really useful!
@@franteryda4730 no problem, and note also that complementary filter is very basic, for more advanced filters check out madgwick filter.
I love the series!!! But is anyone else bummed out that they spent money on all the components and parts to build the BLIP board and there are no other coding videos???
Hahaha, I loved "it'll be this library here, by... I'm so sorry."
Please show us how you program the control algorithm for the thrust vectoring.
Disliked. Video didn't teach me how to implement LQR or Fuel Optimized Large Divert algorithms... and now my rocket did several flips and crashed! JK jk
Really great video and condensed what took me days to figure out into a nice short little episode :D
you disliked from 47 accounts of yours ... :O
when is next episode of landing model rocket is coming
I'd really like to see more of this series
@@efstathioskapnidis2161 same
@@nikita_e1610 same
Simulating model rockets in simulink
What is after ep.8?
We need more videos related to blip software.
🙏
I keep getting errors when using the SPIFLash example you've shown. Primarily errors that look like this "'class SPIFlash' has no member named 'begin'". I've looked everywhere and I literally cannot find a solution to this, any insight would be greatly appreciated!
In void loop();, 'void' means that the function 'loop()' does not return anything. If for example we want to get some result, we may use 'int MyFunction()';, where we expecting integer back from the function. Also, instead loop, we can use two ways; 'while(true)' {//various things to do}, and it will execute forever because statement is always true. Or, we may use 'while(MyFunction)' {}, where MyFunction must return something, either 'true' or 'false' (or different notation; 1 or 0). This way we may write advanced things that are easy to follow. Just try it. In this case, while loop will execute as long as the function returns 'true'.
i thought it was Ads and looking for skip button. Damn it was real. what a good video
will spacex hire this guy already
Are we going to get some more episodes this awesome series?
Are you planning to continue this at any point, especially now that you know more about the control and stuff?
Joe: LOL
Alexa: Hi
of course
Yeah I checked too
"Good", REALLY, Really, really good video presentation 😎
Can you make a video about PCB design and how to chose components?
Ummmm.... did you watch the series???
The void setup in arduino is like the window.onLoad() of javascript, its the first thing the arduino runs when it gets powered. It litterly is the setup of your program. It only runs once. An example where this is handy is for example when you need to define that input 10 a input is or when you need to have a variable to have a certain value at the beginning of your program :)
When are other videos coming??
Great jokes. Your videos are extremely entertaining. I'm watching them like a comedy.
Always a man of science,
This is the stuff I'm really looking for, and this Elon.jr or else the first Joe is guy who is teaching the science without a certificate, start a workshop and looking forward to be in it.
Informative indeed! Great job, Thanks!
This episode is so cool. But when comes the next video about that?
This series is really cool! Are you gonna continue this series because it is really helpful?
Greetings from Germany
We need the second part to this
I dont know what am i doing here but... ill stay here for a looong time
You turned on Siri by saying “wait function for *_thee siri-al_* port“ at 27:37.
Me too 😂😂😂
Siri is turned on
Not mine :(
Oh no. This video was a recommendation by youtube. This arduino stuff looks like a very deep rabbithole :-)
it makes sense now, thank you for your lesson.
I thought the spirit of the maker community is that of sharing. Where your basically just selling the design.
When will we see a new episode ??? I cant wait!!!
I enjoyed the whole play list, thanks
jeez bruh, example was ... amazing!
It'd prolly be best if you download code in the release page of the repo.
Please continue this series.
Congratulations for 100k subscriber!!!
Hey Joe, not sure if you'll see this after all this time, but I'm wondering what software/language you use currently for running your code on the AVA flight computer?
It’s especially interesting to watch you from Russia. Our rocket-modeling sport in the ass since the collapse of the USSR, and we have relatively no rocket and technical channels on TH-cam, and such material as yours is generally considered unique.And if there is, then all of our guys basically do useless shit on arduino. Thank you for the video. I hope your Echo will ever land. (We will do without binary xD)
Don't wait for this guy to make YOUR rocket...
i was bored at 3 am and decided i wanted to learn to code Arduino, so what do i do? Thats freaking right, i develop some rocket software.
So what does the word Void actually mean and do for the line of code itself? Sorry super noobie question I'm sure I could Google but I figured I'd ask! Thanks so much :)
Well... I want to see the next episode😅
His skin is healthier than my mental state
We dont know you, so he may have skin cancer.
Love code!! Keep it going
I wish he’d start using Jetson Nanos and machine learning in his launches and rockets
Congrats on the 100k subs
WHERE IS THE NEXT EPISODE!!!!!!! WAITIN' FOR 2022?
Not sure if anyone has asked this but do you have any plans (or timeline?) to sell full up Blip flight computers with the software/app to support it similar to your Signal V2 kit? Thanks.
6:39 top transition 😂
Man is speaking the language of God
Love the videos, but I reached the end of the play list. Where’s the rest? :)
100K! Congrats!
You talked recently about books related to rocketry and some general ones you recommend. But what about books and other sources regarding electronics, coding, hardware and such? Related to this type of shenanigans 👨🏻🚀
Please make the next video on the entire software design
Thank you for the contents, it is really amazing and enthusiasm. How can I specialize in this technology like you, from where should I begin, What should I learn.
Kind regards
One quick question,did you use kalman filter in the landing tests where you used physics based model instead of the barometer readings
Hi Joe, great series. A questions about the communication speed of I2C. Do you connect all your sensors on the I2C bus? Do you find the rate limiting? Do you see a potential advantage to connect the 6050 via SPI? Thank you for sharing your experiences.
whens the next episode?
Thank you so much I learned a lot 😄🚀
When are your going to continue this series?
It’s done