AMAZING STEP BY STEP I used this for my WE TECH GBB SCAR-L. If anybody else has this, yes, it is the same construction except the chamber is bolted into the guide and has thread locker on all the screws. Don't mind the thread locker, just get the pieces all off of the guide but leave the spring in, only undo the pin to install the NPAS. This will let you keep the back of the spring in on the SCAR (its completely shut off and the spring length is uneven) and slide the black chamber back and re-pin the spring without needing needle nose pliers or any guesswork.
@JLouis-uf9iz3 ай бұрын
Literally showed nothing about actually adjusting it, just showed a tool you made😅 thanks anyway though.
@glocksp80smd6 ай бұрын
Theres alot different. The auto sear the 3rd hole for it the hammer has a hook and the trigger has a extta cut out. Theres a bunch differnt plus alot of bcg been hacked so most dont have full auto bolts unless they bought them but yeah alot think just throw a part in and ypur ready nope lol.
@fresh_01new2810 ай бұрын
Great, but the position for applying the force not match reality...
@chrisvandam586710 ай бұрын
Realy helpfull thanks man 👍🏻
@user-se3lm3bd4g10 ай бұрын
Mükemmel olay amına koyayım :D bizim ülkede sadece görsel olarak bakılıyor tasarımlara. Yalandan 2 statik ile geçiştiriyor hocalar XD
@sailoranandgardener11 ай бұрын
I wish we had got this much fun learning in my days in engineering college.
@Capper_Bra11 ай бұрын
What size allen key is it? 1 or 1.5?
@WilliamG09Ай бұрын
Idk someone said it was 1.5 I tried to put it in but I'm not sure if I'm just putting it in wrong
@WetDoggo11 ай бұрын
If sbdy is curious, 1086 is in Newtons So roughly 109kg
@MikeInPlano Жыл бұрын
Pardon my ignorance but what unit of weight does "N" represent?
@Lavoye Жыл бұрын
4:45 Your boy high fives the girls boob! Well done.
@briansimon4363 Жыл бұрын
19+8 is 26? Not when I went to school, 27 if I remember correctly!😂
@Anti-Groomer Жыл бұрын
So smart and yet they will all be in their 40s before they figure out how to get laid and even then it will be with a prostitute.
@piyushrvyas Жыл бұрын
Marvel - Marvelous
@andreipastushuk362 Жыл бұрын
And obviously it was filmed by a movie directorship student 😂
@billj5645 Жыл бұрын
What is 1087N in real weight? That's 244 pounds. If the original truss weighed 110g then that is a ratio of about 1000:1 which is very good. When I first saw the thumbnail I could see that there were a lot of elements in the truss that weren't necessary to carry loads, meaning they are zero force or close to zero force elements. If they were eliminated, or better yet moved into the main chords, the truss would have been much stronger. However due to limitations of using short sticks for construction it was necessary to have joints in the compression chords and the additional elements served to brace the joints. We did similar contests in college but using balsa wood and epoxy. I built one that weighed 35g and carried 285 pounds for a ratio of 3700 which shows the difference in strength to weight of balsa wood. Plus we were able to use longer pieces of material so it was not necessary to provide additional web members to brace joints. This reduced the weight of my truss.
@bryanhill1406 Жыл бұрын
Im curious if the off center center of mass helps?
@privateer0561 Жыл бұрын
1087 Newtons = 224.37 pounds. You're welcome.
@davidniquot6423 Жыл бұрын
Why the hell do they apply the weight at this spot ..?!
@SpaceflightSimulator Жыл бұрын
Does the cameraman has parkinson or…?
@digiacomtech5589 Жыл бұрын
Hmmmm ... I thought Truss Bridges were designed to take/support loads from the top vs. a suspended load attached to a single connecting point at the bottom. That is if people/vehicles travelling across or travelling gantry was attached to the bottom the load they apply could be anywhere and moving.
@joeshumo9457 Жыл бұрын
Yeah. Cause bridge spans are apparently designed to carry all of the load from the bottom.
@mineown1861 Жыл бұрын
I would have thought the winner would be the bridge that failed closest to its calculated failure point , thereby showing the students knew exactly what they were doing .
@gundarvarr1024 Жыл бұрын
The reason we cant build pyramids now is at this age, this modern engineer was playing legos for 5 years, while mason 1000 years ago can learn this in 1 month.
@richardthomas1566 Жыл бұрын
If you lama ate the prices into one single 3” arch for that distance it would be about 5/8 wide and 3/4 inch thick and stronger than what they have now
@paulfrehley7352 Жыл бұрын
Any chance you could redo this video without the whisper/mumble/vocal fry affect? Oh..wait….it’s air soft never mind.
@meherbabagod-man1831 Жыл бұрын
💖💖💘💘❤❤
@k00r00. Жыл бұрын
I dont know if you still read comments, or if anyone can help me out. I bought a WE Xm177 a few weeks ago. Alongside one of these Npas kits for WE open bolts. I have a little trouble trying to adjust my fps to go more low. And I'm really frustrated and a little scared because I hope I just didn't spend my money on something that wont work. If you or someone can help me, it would be great
@AA-ex4cs Жыл бұрын
This reminded me of a bridge I built out of balsa wood and glue in high school AP physics class. We ran out of weight objects(which were being placed in a 5 gallon bucket) and the bridge didn't break. I used the Roman arch principle as inspiration for design and placed arches along outer edges on both sides and in between the two outer rows perpendicular to them.
@yojo619 Жыл бұрын
I see a lot of Chinese Spies
@tymz-r-achangin Жыл бұрын
Cameraman needed to learn how to use a camera before using it for this occasion
@relieveddimetrodon9058 Жыл бұрын
I cant get the sight back on…
@VictorHugo-xn9jz Жыл бұрын
I like how they shifted the weight to the side and used the lever effect.
@mikeluit3027 Жыл бұрын
I loved these experiments in college and high school. So much fun.
@f4u535 Жыл бұрын
Pop
@vesakilpi5527 Жыл бұрын
I'm surprised how much watching a shaky video can annoy me.
@garybaines6442 Жыл бұрын
So that’s not a big deal, it doesn’t mean a bridge of real size of that particular model will do the same thing. Also, it doesn’t mean the guy will become an amazing engineer or architect not to mention that NZ is not known for churning out architects etc... They just play rugby and do HAKA dances.
@jaishetty85862 жыл бұрын
Practically, the point load experiment would be less useful on a truss, that has been conceived to hold a distributed load, along the span. Nevertheless, an excellent example to make idiots understand why less is more.
@peterm39642 жыл бұрын
I designed and built a bridge which can hold a 400kg ride on mower . It consists of two 10 by 1 1/2 planks . It took me 5 miinutes to dedign and 1/2 hour to construct . I never went to engineering school . I just FUCKING DO IT !!
@Phantom-py8lr2 жыл бұрын
Where is this man?
@CV_CA2 жыл бұрын
Wonder if there was an advantage by the middle of the bridge is offset. I think there was some, imagine an extreme case when the load is 1 cm away from the side post.
@mariohectorserrano36392 жыл бұрын
Excelente , felicitaciones , estoy muy agradecido y a la vez contento porque Dios te ha dado ése talento , privilégio y agrego feliz por ser vuestro semejante . Mucha Salud .
@gabedarrett13012 жыл бұрын
I would have loved statics so much more if my professor did this
@philologusopin47us572 жыл бұрын
Was one side of the bridge lower or why was it so unsymmetrical?
@mikecally57202 жыл бұрын
Why is the student loading the weights not wearing safety glasses?
@TalRohan2 жыл бұрын
Thats awesome ....I want this teams design to be used as a model for all bridges
@brandonwomack74742 жыл бұрын
They didn't test the right part of the bridge...the weak roadway
@stillpaints2 жыл бұрын
19 and 8 is 27 for the PHDs in the audience.
@ignorthepain2 жыл бұрын
🤣😂Can't believe this is a thing. Common knowledge just copied other people.
@rtpwyk2 жыл бұрын
Now to engineer something that tests engineering school bridges.
Пікірлер
AMAZING STEP BY STEP I used this for my WE TECH GBB SCAR-L. If anybody else has this, yes, it is the same construction except the chamber is bolted into the guide and has thread locker on all the screws. Don't mind the thread locker, just get the pieces all off of the guide but leave the spring in, only undo the pin to install the NPAS. This will let you keep the back of the spring in on the SCAR (its completely shut off and the spring length is uneven) and slide the black chamber back and re-pin the spring without needing needle nose pliers or any guesswork.
Literally showed nothing about actually adjusting it, just showed a tool you made😅 thanks anyway though.
Theres alot different. The auto sear the 3rd hole for it the hammer has a hook and the trigger has a extta cut out. Theres a bunch differnt plus alot of bcg been hacked so most dont have full auto bolts unless they bought them but yeah alot think just throw a part in and ypur ready nope lol.
Great, but the position for applying the force not match reality...
Realy helpfull thanks man 👍🏻
Mükemmel olay amına koyayım :D bizim ülkede sadece görsel olarak bakılıyor tasarımlara. Yalandan 2 statik ile geçiştiriyor hocalar XD
I wish we had got this much fun learning in my days in engineering college.
What size allen key is it? 1 or 1.5?
Idk someone said it was 1.5 I tried to put it in but I'm not sure if I'm just putting it in wrong
If sbdy is curious, 1086 is in Newtons So roughly 109kg
Pardon my ignorance but what unit of weight does "N" represent?
4:45 Your boy high fives the girls boob! Well done.
19+8 is 26? Not when I went to school, 27 if I remember correctly!😂
So smart and yet they will all be in their 40s before they figure out how to get laid and even then it will be with a prostitute.
Marvel - Marvelous
And obviously it was filmed by a movie directorship student 😂
What is 1087N in real weight? That's 244 pounds. If the original truss weighed 110g then that is a ratio of about 1000:1 which is very good. When I first saw the thumbnail I could see that there were a lot of elements in the truss that weren't necessary to carry loads, meaning they are zero force or close to zero force elements. If they were eliminated, or better yet moved into the main chords, the truss would have been much stronger. However due to limitations of using short sticks for construction it was necessary to have joints in the compression chords and the additional elements served to brace the joints. We did similar contests in college but using balsa wood and epoxy. I built one that weighed 35g and carried 285 pounds for a ratio of 3700 which shows the difference in strength to weight of balsa wood. Plus we were able to use longer pieces of material so it was not necessary to provide additional web members to brace joints. This reduced the weight of my truss.
Im curious if the off center center of mass helps?
1087 Newtons = 224.37 pounds. You're welcome.
Why the hell do they apply the weight at this spot ..?!
Does the cameraman has parkinson or…?
Hmmmm ... I thought Truss Bridges were designed to take/support loads from the top vs. a suspended load attached to a single connecting point at the bottom. That is if people/vehicles travelling across or travelling gantry was attached to the bottom the load they apply could be anywhere and moving.
Yeah. Cause bridge spans are apparently designed to carry all of the load from the bottom.
I would have thought the winner would be the bridge that failed closest to its calculated failure point , thereby showing the students knew exactly what they were doing .
The reason we cant build pyramids now is at this age, this modern engineer was playing legos for 5 years, while mason 1000 years ago can learn this in 1 month.
If you lama ate the prices into one single 3” arch for that distance it would be about 5/8 wide and 3/4 inch thick and stronger than what they have now
Any chance you could redo this video without the whisper/mumble/vocal fry affect? Oh..wait….it’s air soft never mind.
💖💖💘💘❤❤
I dont know if you still read comments, or if anyone can help me out. I bought a WE Xm177 a few weeks ago. Alongside one of these Npas kits for WE open bolts. I have a little trouble trying to adjust my fps to go more low. And I'm really frustrated and a little scared because I hope I just didn't spend my money on something that wont work. If you or someone can help me, it would be great
This reminded me of a bridge I built out of balsa wood and glue in high school AP physics class. We ran out of weight objects(which were being placed in a 5 gallon bucket) and the bridge didn't break. I used the Roman arch principle as inspiration for design and placed arches along outer edges on both sides and in between the two outer rows perpendicular to them.
I see a lot of Chinese Spies
Cameraman needed to learn how to use a camera before using it for this occasion
I cant get the sight back on…
I like how they shifted the weight to the side and used the lever effect.
I loved these experiments in college and high school. So much fun.
Pop
I'm surprised how much watching a shaky video can annoy me.
So that’s not a big deal, it doesn’t mean a bridge of real size of that particular model will do the same thing. Also, it doesn’t mean the guy will become an amazing engineer or architect not to mention that NZ is not known for churning out architects etc... They just play rugby and do HAKA dances.
Practically, the point load experiment would be less useful on a truss, that has been conceived to hold a distributed load, along the span. Nevertheless, an excellent example to make idiots understand why less is more.
I designed and built a bridge which can hold a 400kg ride on mower . It consists of two 10 by 1 1/2 planks . It took me 5 miinutes to dedign and 1/2 hour to construct . I never went to engineering school . I just FUCKING DO IT !!
Where is this man?
Wonder if there was an advantage by the middle of the bridge is offset. I think there was some, imagine an extreme case when the load is 1 cm away from the side post.
Excelente , felicitaciones , estoy muy agradecido y a la vez contento porque Dios te ha dado ése talento , privilégio y agrego feliz por ser vuestro semejante . Mucha Salud .
I would have loved statics so much more if my professor did this
Was one side of the bridge lower or why was it so unsymmetrical?
Why is the student loading the weights not wearing safety glasses?
Thats awesome ....I want this teams design to be used as a model for all bridges
They didn't test the right part of the bridge...the weak roadway
19 and 8 is 27 for the PHDs in the audience.
🤣😂Can't believe this is a thing. Common knowledge just copied other people.
Now to engineer something that tests engineering school bridges.