“Why aren’t you making your own rocket fuel?” He’s in a country where somebody attempting to use explosives to blow up Parliament is noted as an annual event every November. It’s probably a given that messing with explosives isn’t really allowed.
@@Noone-l6g You can't get KNO3 easily anywhere in Europe. It's probably for the better because of making explosives but I really want to build some rockets 😅
@@josefstalin4532 like in my country, it probably wasnt illegal to make rocket fuel until a certain incident in a country where it is still unbelievably legal to make rocket fuel.
One thing to note from this is that things that you don't think can happen will. Even a bigger stronger camera tray or better attached nose is not a guarantee. Consider simple and safe backup is a great way to mitigate risk for critical (or at least high cost) failures (like loosing your camera). One example of how to mitigate this would be a tether line from the camera strap/tripod mount to the parachute anchor. Good luck on your next launch and stay safe.
In 1978 I built my first Estes 2 stage rocket that I bought at a local hobby shop. It featured a first stage with a 0 second delay on the ejection charge which then lit the 2nd stage off. Unfortunately being a kid without much money on the 2nd flight I used an existing C engine I had in my box which had a 1 or 2 second delay regular engine. On that second flight after the first stage was done the rocket tipped over at apogee and then the 2nd stage fired... it went way into the woods at the edge of our launching field and was never found again despite days of searching. I loved rockets as a kid and homebuilt 2 and 3 stage rockets out of cardboard tubes are really nothing new, though building them with GPS and cameras certainly is!
Great launch! My launch rail is a 2 meter curtain rail, reinforced with 20mm square tubing. Mounted on a tripod that is 1 meter high. Giving a total of 3 meters. We have level 2 in South Africa. So that is full J-Class motors. We do several km high flights here. So good luck with your project. Tip. Build a secured E-Bay for your electronics and cameras. Because you are limited to motor ejection, you may have to look at a body split ejection. Where the e-bay and the nosecone acts as a single, long nosecone, and is attached to the booster by a shock cord/recovery harness.
Thats an awesome rocket! Congrats! I can't help notice that both your Ender 3's have the spool mounted on top. I've done the same, but I found printing a spool spacer made a big improvement in printing, preventing the spool from wobbling the frame as it pulled round, made it much smoother and less artefacts in the print.
I remember the first Sputnik, we had no commercial options so motor design, chemicals, and eardrum shattering explosions was part of that learning process. Fortunately I grew up in a neighborhood of Westinghouse chemists, and Bell Aerospace engineers building the Agena rocket for America's Project Gemini manned spacecraft program. I had all kinds of expert guidance, that would let their grass grown and ignore their wives and children to bundle in my parents basement do stress and strain calculations, teaching me use of a sliderule, no calculators or computers smaller than a mainframe IBM in those days. It was great fun, the local Fire Marshall had certain reservations.
With a FSI F-100-6 motor and a small rocket, we got mach1 at 900 feet altitude, and the small boom was herd at 1000 feet away from the pad, total cost $11 back in 1992. Also with a dual stage FSI e5-0 plus e5-6 and small rocket got to over 4000 feet, with 9 seconds of total burn, the good old days.
Hey James, many years ago at a UKARA event, a chap had a new high power rocket motor that didn't require an explosives license, and it might be time to revisit the idea. It was an injection molded (because this was pre-3D printing) ABS plastic rocket engine vessel, with a thrust nozzle, all in one piece. He had the top threaded for a feed from an NO2 tank, pre-filled the vessel with O2 to get things rolling (simple fill through the nozzle), and ignited the actual wall of the vessel using a spark across some speaker wire, from a fluorescent tube starter. This could be 3D printed easily, with some fluffy chaff to help the conflagration get started inside the vessel. You just need gas, and some solenoid activated valves, and you are flying.
Yup those graphs make sense to me because once the motor stops burning the drag force is causing deacceleration. That 1st stage motor was VERY powerful!
Always use a short burn, higher thrust Blue Thunder type motor in the booster to get the rocket moving straight vertical. Longer burn motor in the sustainer since it is already moving fast. Nothing worse that the rocket going horizontal when the second stage lights. In us you also need a waiver from the FAA. Rules change, but I recall a one pound loaded weight for a G motor. An H motor you will prob only fly with a club that has to get a waiver..
I would imagine your intelligence knows no bounds. Too bad all young people are not like you are, imagine what the world might be like if they were! Love your content!
Funny you mentioned Finnish people. Watching the your previous video I actually giggled a bit in my head when you were so cold in a thick jacket, and to me it looked like weather I'd probably be comfortable in wearing a long sleeve t-shirt or something. =)) Greetings from Finland, thanks for all the great videos!
As a Finnish person, I can tell you that 3c is cold! Our fingers feel just as cold there as yours. Of course someone might suggest some gloves but hey, cold is cold no matter where you are. Great vid!
A lot of GPS devices won't update if they're traveling too fast or too high. It's hard to imagine your rocket was going too fast but it's something to keep in mind. I know high altitude balloon projects run into this limitation. Thanks for sharing your projects with us. They're a lot of fun to watch.
A few thoughts regarding the nose cone, that you've probably already considered. If you screw or bolt it to the cardboard 2nd stage tube, you run the risk of the tube tearing if the payload sled shifts. The first thing I'd try is to either design the sled so it is long enough to completely fill the tube length or add some lightweight filler between the sled and the base of the nose cone. The second thing would be to make the base of the nosecone that slides into the tube deeper. That way you can anchor it to the tube farther back from the edge which should give it more strength. Maybe even use some fiberglass strapping tape and run a band of that around the tube where you're going to put the anchor screws. . Excellent launch even with the oops! Hopefully the camera is well marked and whoever finds it, if anyone does, gets in touch with you soon about it!
Use an 80/20 (t-slot) aluminum extrusion for your launch rail. you can get them in 10ft lengths uncut fairly easily (and longer by order) and many of the commercial and 3d printable launch lugs are designed to fit this profile
I have been launching my rockets in the winter on a frozen lake in the states by the Canada border, works great, I paint the rockets red to find them in the snow, working on one with 4 E12 engines
Don't worry about what Canadians and Finns think! Their winters are cold and DRY British winters cold and WET the chill factor difference is enormous, I used to cross the road ( in Sweden)to my local shop 60 yards away in a T-shirt in -15c weather with no real hardship -20c might have been! but wet windy and cold nakes apparen temperature much colder!
I just have to comment about the chilly winter weather. As you predicted, I am Canadian and on this winter morning it is -32 degrees. Doesn’t matter Celsius or Fahrenheit... it’s chilly.
Canadian here, can confirm you would get completely slagged for complaining about 3°C The most underrated tip I can give you to avoid silly mistakes is, make checklists and use them. They sound ridiculous, but they make such a difference by allowing you to deal with unexpected problems/situations without loosing track of the mission critical procedures
1:00 I'm not Canadian, but I do live here, and yes, you will get complaints... We just had a week of around -35 with the wind chill. 3 degrees is practically t-shirt weather, I mean in 3 degrees you can get by with a hoodie, a T-shirt, and jeans and be fine for a long while.
I just watched these 2 videos back to back and almost ALMOST posted on your first video, that a lightweight FPV system with a flight controller with GPS and built in OSD (they also have blackbox data recording on SD card) would be great and would provide you with a LOT more data to work with. Watching the launch on the screen on the ground and recording it with a DVR will be brilliant, but allow me to recommend an on board DVR to also record the footage being sent to the Video Transmitter. It will guarantee that the flight data you choose to display on the screen will still be visible as you're not relying on the transmitted video link to the ground station. The OSD on a flight controller using iNav can display 3D speed which is what you want... unlike the GPS logger you have which only shows you horizontal/ground speed. Anyway, good luck with this and I look forward to seeing you implement FPV into this Project!!! Keep it up, you've just grabbed a new subscriber 😊👍😎🚀🚀🚀
Great job and fun to watch. May wish to consider creating and utilizing a check list during launch preparation as the projects (and rockets) become larger and more complicated. In regards to the lost camera, the larger rocket engines are going to create some wicked G-forces both at launch and when decelerating at chute deployment, potentially disrupting pretty much everything glued together on a rocket. May want to try some static G-force or shock testing and or calculate the forces involved and apply them on ground tests of equipment. I would also recommend some eye or face protection at launches. Looking forward to more projects.
As much thrust as you're using, maybe you should consider using aluminium tubing for the main body of the rocket. You'd sacrifice some weight, but it would be much more durable and less likely to be damaged in a rough landing.
Man!!! I love your channel!!! I found you while watching Tom Stanton's video about the bouncing bomb. You have an excellent testing facility, enclosed by concrete walls. You also have a very nice launch field in beautiful surroundings. I do feel your pain regarding the typical UK weather. Must be frustrating. Anyways, keep up the good work. I love your videos!
Tech Ingredients has an amazing video on rocket fuel that is just Sugar with an Oxidizer, these are street legal products to have, so combining them shouldn't be illegal :D
I'm sure you've already done so, but as a reminder: Let those neighbors know about the lost camera. They seem to be nice enough (and ride around the field enough) to stumble upon it eventually and let you have it back. It may also be good to tether everything to a single point with streamers in the next rocket. That way in the event of a catastrophic failure the streamers will act as air brakes for parts to make sure they don't fly away too far, as well as leaving easy to spot markers on the ground. Regular survey/marking tape works well. Of course once the tests are done and you're going for the absolute top flight, the streamers can be removed to lighten up the rocket by those few grams.
That mid-power rocket motor was even more impressive in real life! The sound! 😮
Would you guys be interested in seeing a High Speed Rocket Car? 🚗
That would be cool
Thats an awesome idea dude
What about a rocket rc boat?
@abdul bari the main reason why i want this is because i just wanna see what will happen
@abdul bari the only vids i have seen trying this are stupid duct taping a firework on a boat
"Damn that kid was cool" 😂 I think Mike's jealous
OI
@@ThePinkDodo fight me bruh 😂😂😂
TH-cam actually recommended a new video for once, damn
That sound is awesome! Great job James.
Hi ramy
Cheers Ramy
@@Project-Air hey maybe use a water system to make less sound for you?
Hi RAMY ....Love from INDIA🥰🥰
@@littlegamer00 great idea
“Why aren’t you making your own rocket fuel?”
He’s in a country where somebody attempting to use explosives to blow up Parliament is noted as an annual event every November. It’s probably a given that messing with explosives isn’t really allowed.
Sometimes i realice that people live in the UK by choice, and then i feel better about my life.
I´m spanish btw.
@@dracofenix3860 Dont be sad. there are people literally living on England
yeah but would making homemade explosives illegal really stop someone from trying to blow up parliament.
You can't even make sugar rocket fuel there? Seems pretty innocent
@@Noone-l6g You can't get KNO3 easily anywhere in Europe. It's probably for the better because of making explosives but I really want to build some rockets 😅
Hope my 2 boys end up like you. I'll tell you man, any dad would be proud to have you as a kid. Kudos lil dude, kudos
I must have read that too quickly the first time, it read like you wanted to be his father.
@@GhostRyderFPV haha. I have my own 2 crazy ppl
He’s not that little lol
You want them to end up in a country where it's illegal to make rocket fuel? Other than that though, yes
@@josefstalin4532 like in my country, it probably wasnt illegal to make rocket fuel until a certain incident in a country where it is still unbelievably legal to make rocket fuel.
I should have been worried when the camera wasn't shown in the launch sequence
Yess mate been waiting ages for this
Sorry it's taken a while 😅
@@Project-Air No worries!
@@Project-Air Yes PLease
One thing to note from this is that things that you don't think can happen will. Even a bigger stronger camera tray or better attached nose is not a guarantee. Consider simple and safe backup is a great way to mitigate risk for critical (or at least high cost) failures (like loosing your camera). One example of how to mitigate this would be a tether line from the camera strap/tripod mount to the parachute anchor. Good luck on your next launch and stay safe.
In 1978 I built my first Estes 2 stage rocket that I bought at a local hobby shop. It featured a first stage with a 0 second delay on the ejection charge which then lit the 2nd stage off. Unfortunately being a kid without much money on the 2nd flight I used an existing C engine I had in my box which had a 1 or 2 second delay regular engine. On that second flight after the first stage was done the rocket tipped over at apogee and then the 2nd stage fired... it went way into the woods at the edge of our launching field and was never found again despite days of searching. I loved rockets as a kid and homebuilt 2 and 3 stage rockets out of cardboard tubes are really nothing new, though building them with GPS and cameras certainly is!
Nice projects
Nice design
Nice details
Nice hair
Nice everything!
Thanks for your content!
Great launch! My launch rail is a 2 meter curtain rail, reinforced with 20mm square tubing. Mounted on a tripod that is 1 meter high. Giving a total of 3 meters. We have level 2 in South Africa. So that is full J-Class motors. We do several km high flights here. So good luck with your project.
Tip. Build a secured E-Bay for your electronics and cameras. Because you are limited to motor ejection, you may have to look at a body split ejection. Where the e-bay and the nosecone acts as a single, long nosecone, and is attached to the booster by a shock cord/recovery harness.
Thats an awesome rocket! Congrats! I can't help notice that both your Ender 3's have the spool mounted on top. I've done the same, but I found printing a spool spacer made a big improvement in printing, preventing the spool from wobbling the frame as it pulled round, made it much smoother and less artefacts in the print.
I felt that launch in my gut. Fantastic stuff. Great idea on using the Split and recording DVR next time, too.
Thanks man! Yes I think it will make a difference
I remember the first Sputnik, we had no commercial options so motor design, chemicals, and eardrum shattering explosions was part of that learning process. Fortunately I grew up in a neighborhood of Westinghouse chemists, and Bell Aerospace engineers building the Agena rocket for America's Project Gemini manned spacecraft program. I had all kinds of expert guidance, that would let their grass grown and ignore their wives and children to bundle in my parents basement do stress and strain calculations, teaching me use of a sliderule, no calculators or computers smaller than a mainframe IBM in those days. It was great fun, the local
Fire Marshall had certain reservations.
Is it just me or does this channel make everyone jump out of their chair in excitement? I almost spilled my coffee.
0:54 A6! Excellent content!
Excellent video, excited to see the next rocket iteration!
With a FSI F-100-6 motor and a small rocket, we got mach1 at 900 feet altitude, and the small boom was herd at 1000 feet away from the pad, total cost $11 back in 1992. Also with a dual stage FSI e5-0 plus e5-6 and small rocket got to over 4000 feet, with 9 seconds of total burn, the good old days.
The 1st stage sound is impressive
Great channel, great projects, I suscribe
7:30 i noticed the legend Tom Stanton in the bottom lol, i´ve seen that list before but never noticed it :D
Hey James, many years ago at a UKARA event, a chap had a new high power rocket motor that didn't require an explosives license, and it might be time to revisit the idea. It was an injection molded (because this was pre-3D printing) ABS plastic rocket engine vessel, with a thrust nozzle, all in one piece. He had the top threaded for a feed from an NO2 tank, pre-filled the vessel with O2 to get things rolling (simple fill through the nozzle), and ignited the actual wall of the vessel using a spark across some speaker wire, from a fluorescent tube starter. This could be 3D printed easily, with some fluffy chaff to help the conflagration get started inside the vessel. You just need gas, and some solenoid activated valves, and you are flying.
Yup those graphs make sense to me because once the motor stops burning the drag force is causing deacceleration. That 1st stage motor was VERY powerful!
Always use a short burn, higher thrust Blue Thunder type motor in the booster to get the rocket moving straight vertical. Longer burn motor in the sustainer since it is already moving fast. Nothing worse that the rocket going horizontal when the second stage lights.
In us you also need a waiver from the FAA. Rules change, but I recall a one pound loaded weight for a G motor. An H motor you will prob only fly with a club that has to get a waiver..
"3 degrees C" "wait 3c? thats warm tf you mea-" "f you keep complaining youll get complaints from canadians" "damn" (im canadian)
I’m from northern Illinois and that’s warm for this time of year, I’m moving to whatever tropical paradise they’re in
@@TheGreatCornholio. dude i dont wear a jacket until its like -20 C out lmao
Wdym 3 degrees is freezing 35 degrees is warm
@@Kanga4 3 degrees is light jacket and 35 is heat stroke
@@anthonygaiman4815 3 degrees and I’m dead in 1 minute
Obligatory Canadian complaint; it was -2 today and I was walking outside and had to take my jacket off because it was too hot.
I would imagine your intelligence knows no bounds. Too bad all young people are not like you are, imagine what the world might be like if they were! Love your content!
Absolutely amazing! You should continue making rockets and see how high you can get.
That's only legal in _some_ states
Amazing launch, and great aesthetics! I too know the struggles of the UK climate...
Funny you mentioned Finnish people. Watching the your previous video I actually giggled a bit in my head when you were so cold in a thick jacket, and to me it looked like weather I'd probably be comfortable in wearing a long sleeve t-shirt or something. =)) Greetings from Finland, thanks for all the great videos!
As a Finnish person, I can tell you that 3c is cold! Our fingers feel just as cold there as yours. Of course someone might suggest some gloves but hey, cold is cold no matter where you are.
Great vid!
This Guy Needs More Respect On Yt
A lot of GPS devices won't update if they're traveling too fast or too high. It's hard to imagine your rocket was going too fast but it's something to keep in mind. I know high altitude balloon projects run into this limitation.
Thanks for sharing your projects with us. They're a lot of fun to watch.
To hold nose cone and payload together cut pins used for sewing and use end with head about a 1/2" long
I swear, this dude is going to start making V1's but label them as "rocket planes"
Revenge!
And send them to Germany as a “return” gift
Today I made a plane rocket and we’re gonna launch it at France!
and a V-2
Fr. And this one looks like an AA missile
A few thoughts regarding the nose cone, that you've probably already considered. If you screw or bolt it to the cardboard 2nd stage tube, you run the risk of the tube tearing if the payload sled shifts. The first thing I'd try is to either design the sled so it is long enough to completely fill the tube length or add some lightweight filler between the sled and the base of the nose cone. The second thing would be to make the base of the nosecone that slides into the tube deeper. That way you can anchor it to the tube farther back from the edge which should give it more strength. Maybe even use some fiberglass strapping tape and run a band of that around the tube where you're going to put the anchor screws.
.
Excellent launch even with the oops! Hopefully the camera is well marked and whoever finds it, if anyone does, gets in touch with you soon about it!
To keep the parts together use plastic rivets where things must stay together and sheer pins to prevent nose cones from poping off
Use an 80/20 (t-slot) aluminum extrusion for your launch rail. you can get them in 10ft lengths uncut fairly easily (and longer by order) and many of the commercial and 3d printable launch lugs are designed to fit this profile
What a brutal launch, almost like a SAM missile
This guy basically built a SAM. Looks a lot like an AMRAAM too.
Video quality and content had improved and come along way well done!
One of your best invention
I have been launching my rockets in the winter on a frozen lake in the states by the Canada border, works great, I paint the rockets red to find them in the snow, working on one with 4 E12 engines
Don't worry about what Canadians and Finns think! Their winters are cold and DRY British winters cold and WET the chill factor difference is enormous, I used to cross the road ( in Sweden)to my local shop 60 yards away in a T-shirt in -15c weather with no real hardship -20c might have been! but wet windy and cold nakes apparen temperature much colder!
Adding a streamer to your camera would improve the chance of finding it in the event it does get separated again.
Canadian here. Your predictions were accurate.
I just have to comment about the chilly winter weather. As you predicted, I am Canadian and on this winter morning it is -32 degrees. Doesn’t matter Celsius or Fahrenheit... it’s chilly.
"Sent the drone over, it has found the second stage" -- things someone 40 years ago would think was pure science fiction.
You're one of the most underrated youtubers I've ever seen
Awesome project and really high quality video, really glad I found this channel
BRILLIANT
THE NEXT ENGINEER/SCIENTIST OF NASA, SPACEX👍
BEST OF LUCK
LOVE FROM INDIA 👍
Been waiting for the launch for a while now! Can't wait to watch this video!
A board based on the Venus838FLPX chipset has GPS update rates of up to 20Hz and is very reasonably priced. Good luck with the builds 👍
Frendly reminder from another rocket guy - always secure your electronic bay. In constructions like your, a strip of duct tape works florestly.
Learned the hard way haha
The rear section, including the fins remind me of the Estes Optima rocket I used to have as a kid.
I get really excited when you add content about this rocket.
Awesome flight! with a two-stager it's always nice to get the second stage ignition to work!!! great work :DD
ha ha ha ha!!! THAT WAS AWESOME!!! Despite the long walk and lose of the nose/camera, it looks like it went well. Fantastic! Well done buddy!!!
That rocket sounds fierce!! Good job.
Canadian here, can confirm you would get completely slagged for complaining about 3°C
The most underrated tip I can give you to avoid silly mistakes is, make checklists and use them.
They sound ridiculous, but they make such a difference by allowing you to deal with unexpected problems/situations without loosing track of the mission critical procedures
You should make the S.H.I.E.L.D. Helicarrier that would be really cool.
yeah that would be awesome
Dude these projects keep getting cooler. Great job
I am Finnis and at the moment there is -20°C:D
Fun I'm Canadian and it's not to cold out only -15 so it's been a pretty mild winter but I'm used to upto and past -40
*laughs in brazilian
I was looking for this lol
1:00 I'm not Canadian, but I do live here, and yes, you will get complaints... We just had a week of around -35 with the wind chill. 3 degrees is practically t-shirt weather, I mean in 3 degrees you can get by with a hoodie, a T-shirt, and jeans and be fine for a long while.
Love from India 🇮🇳
Been watching you for a couple years, gotta say this video was awesome and inspiring. Cheers mate
Apogee rock sim is just really awesome for any rocket builder
In the UK, it is legal to make and store up to I think it is 100 Grams of black powder.
Appreciate all gps etc technical video content
Mate keep at it, you're gonna get big soon.
As a Canadian I can say that rainy weather is horrible we usually just get snow storms and sub -20ºC weather as bad weather, I hate rain
Can you make a giant SpaceShuttle please
Dude, I have have your watch. It is freaking great.
Wow!! most impressive! ... I am a Finn and like your coping with the three degrees too! :)
I just watched these 2 videos back to back and almost ALMOST posted on your first video, that a lightweight FPV system with a flight controller with GPS and built in OSD (they also have blackbox data recording on SD card) would be great and would provide you with a LOT more data to work with.
Watching the launch on the screen on the ground and recording it with a DVR will be brilliant, but allow me to recommend an on board DVR to also record the footage being sent to the Video Transmitter. It will guarantee that the flight data you choose to display on the screen will still be visible as you're not relying on the transmitted video link to the ground station. The OSD on a flight controller using iNav can display 3D speed which is what you want... unlike the GPS logger you have which only shows you horizontal/ground speed.
Anyway, good luck with this and I look forward to seeing you implement FPV into this Project!!!
Keep it up, you've just grabbed a new subscriber 😊👍😎🚀🚀🚀
The rocket: Can’t stop me now! Cause I’m having a good time!
Great launch - just got into rockets this is really impressive
idk if its the same in the UK, but here in canada it is prohibited to launch rockets of any kind into clouds. Just something to keep in mind lol
Great job and fun to watch. May wish to consider creating and utilizing a check list during launch preparation as the projects (and rockets) become larger and more complicated. In regards to the lost camera, the larger rocket engines are going to create some wicked G-forces both at launch and when decelerating at chute deployment, potentially disrupting pretty much everything glued together on a rocket. May want to try some static G-force or shock testing and or calculate the forces involved and apply them on ground tests of equipment. I would also recommend some eye or face protection at launches. Looking forward to more projects.
Oh man, another camera that you sacrified for science :) Great video!
Get a jolly logic altimeterthree. It will record your speeds, g force, apogee, flight data, ejection etc..
I do love sparky/ metal storm motors! Can’t wait till I turn 18 to get me some!
Outstanding job
I have been waiting for the next installment! Great video!!
That’s massive power wow 🤩
You should look into using something like Air Tags to attach to your rockets and recording devices.
As much thrust as you're using, maybe you should consider using aluminium tubing for the main body of the rocket. You'd sacrifice some weight, but it would be much more durable and less likely to be damaged in a rough landing.
Great content. You're really doing an amazing job, and inspiring us along the way! The best of luck to you.
Man!!! I love your channel!!! I found you while watching Tom Stanton's video about the bouncing bomb. You have an excellent testing facility, enclosed by concrete walls. You also have a very nice launch field in beautiful surroundings. I do feel your pain regarding the typical UK weather. Must be frustrating. Anyways, keep up the good work. I love your videos!
Brilliant , everything my childhood should have been , but wasnt. Inspired by General Jumbo - Victor comic for those who dont know.
Tech Ingredients has an amazing video on rocket fuel that is just Sugar with an Oxidizer, these are street legal products to have, so combining them shouldn't be illegal :D
You need to rent a place down here in Arizona it's always clear and it's really easy to launch rockets and get a rocketry license
Pretty fantastic work, James!!! 😃
The RunCam Split 4 is a fantastic option, because it records in 4k! 😉
Anyway, stay safe there with your family! 🖖😊
I can’t understand how I love model rockets but it’s fanaticism
These DIY rockets are easy target for the IRON dome..
You did inspire me to try to build my own RC vehicles...Thanks
You might want to use a Bluetooth "Tile" fixed to any expensive part (camera). Locate with your phone via the app. Super cheap.
Finally i always get so excited when i get notified about your vidéos i hope u all the luck
Now you have to create a drone (aero plane/wing) with a raspberry pi for for color recognition to scan the fields for the camera
I'm sure you've already done so, but as a reminder: Let those neighbors know about the lost camera. They seem to be nice enough (and ride around the field enough) to stumble upon it eventually and let you have it back.
It may also be good to tether everything to a single point with streamers in the next rocket. That way in the event of a catastrophic failure the streamers will act as air brakes for parts to make sure they don't fly away too far, as well as leaving easy to spot markers on the ground. Regular survey/marking tape works well. Of course once the tests are done and you're going for the absolute top flight, the streamers can be removed to lighten up the rocket by those few grams.
finally some good new vids to start of the year