TR, LR and STR | the most advanced vinegar and baking soda rockets.
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- เผยแพร่เมื่อ 29 ก.ย. 2024
- The LR series of rockets are a family of rockets capable of self landing. This family consists of multiple rockets. LR-1, LR-2, LR-5.1, LR-5.2, LR-5.3, LR-5.4, LR-8 and LR-9. These rockets have been flying for over 1 year now and has over 50 flights between these 8 LR rockets.
The STR series of rockets currently only consists of 1 rocket, STR-1. STR-1 is a ~6L rocket capable of lifting 1 pound of payload to over 60ft (100ft+ with no payload). STR-1 uses a splicing technique which was perfected over 2 years of testing to join multiple bottles together. STR-1 will continue to fly and currently has 19 flights. In the upcoming year, STR rockets will launch the first prototypes of propulsive landing rockets.
The TR series of rockets were the first series of rockets to utilize the metal launch clamps. With TR-1’s first flight in may 2021, testing the first launch clamps, it successfully certified the launch clamps for use on their first operational flight with TR-3 on June 29th 2021. TR rockets continue to fly and have managed to pass 700ft in altitude. TR rockets have also been used as side boosters on the Nextron and STR series of rockets. Without these important rockets, all other rockets would not be possible.
Why does this feel like a parody of bps space? 😂
I made something like this, but Inever got to launch it! happy to see many model rockets this advanced!
Fantastic! Great video! The landing leg deployment mechanism is genius!
ROCKET MAAAAAAAAAAAAAAAAAAAAAAAAAAAAAN!!!
Skip to 1:16 to get to it. Sheesh.
Awesome if I had done this in high school I would have been a hero instead of detention
Great Job guys!!! I am sure you can do great! I would also encourage you to look into solving energy crisis by thinking about how to create rocket thruster that can travel extremely fast more efficient than current day fuel based rockets.
Obviously you are a danger to society (and your neighborhood) and need to be reported to Homeland Security for lifelong monitoring (sarc and poking fun).
Cool and ingenious.
Didn’t show the landings and the very sort launches were boring. Waste of time watching .
ok
0:10 that makes an impression that the rocket is really really big, at comparison of how it really is lol
Nicely done video with exciting audio added to the launches. Like the way the stabilizer legs deploy. Keep up the good work!!!
Wow !
On a lighter note, Top points for carrying it out in a residential area without crash landing !!!
So futureistick!
Cool, would it be possible to pressurize these like water rockets for additional performance? I imagine that as a water rocket on vinegar, but the initial acceleration releases baking soda to repressurize the bottle
So cool! The first rockets I ever made were vinegar/bicarb ones, very cool to see it taken to this extent!
Oh my god 😮😮😮😮😮
I make similar rockets, and i was wondering how you got the parachute to deploy?
on these rockets, the nosecone is just seated on the top of the rocket with a special ring that connects it to the booster. After burnout, the momentum pushed the nose off. Since then I have started using better systems that use time delays and ill probably post some vids on that in the future!
@@universalrockets thanks, i will try
Lets just hope North Korea has the same rockets...
bro thats sick
I wish I had thought of that use for co2 pressure release back in the 70’s, Edwin, Western Australia.😊😊
Nice
A combination of a traditional rocket and a spacex rocket. Very cool! 👍
Excellent..great work and film.
GRAVITY STABILIZER WEIGHT . BU TAW ONG .
That was awesome!!! Thanks for sharing.
I love this.
Nice bro
Nice vid