Not how it works😔 I'm not a locksmith and I don't know how locks work but they are prob meant to be diff size sticks bc if u look at vid the key that opens lock is essentially straight (Pause vid and look u'll c that all pins are propped up to same level at the bottom of the pin) This way u can just put a solid LEGO brick and it'll open
Thats amazing. Also McNally has ruined me. All I think of now is “You are using a Lego 5 pin Master lock. It can be opened by using another Lego 5 pin Master lock…”
The first few comments were weird and I didn't understand a word so I figured it was a reference now thanks for saving me time scrolling through the rest of them until finally admitting that my English is bad.
In case you didn't notice, that complicated key could just be replaced with a flat key. If you look at the yellow pins they are all lifted to the same hight.
All yellow pins are of the same length. Therefore you can just use a flat key and push up until the right point to open the lock. But it’s a cool design. Would be better, if the yellow pins would be of different lengths though. :)
Notice the stoppers on the yellow pins. They are at different positions. A flat key won’t work because the stoppers prevent it from aligning the pins :)
@@sunprobricks The stoppers are irrelevant. They only influence how far down the pins fall when there's no key present. With the key present, it's the length of the pins that matters, and the pins are all the same length. You can easily see that the key that opens the lock actually could've just been flat, since all the pins are exactly aligned.
the pin only look variable lengths because the half width separators are in different places. take a closer look, and you'll see the key actually sets them all to exactly the same height.
The pins inside the lock are all the same length. When you pause on the key that opens it, you can see how all the pins are the same height. You can stick a flat piece of the right thickness in there instead of the key and it will still open.
Look closer, it isn't the length of the pin that determines the correct pin height to release the tumbler. Pins 3 and 4 require a lower height than pins 1 and 2, and pin 5 requires more height. The spacers on the yellow pins partially raise the red blocking pins by varying amounts; the point of contact between the red and yellow pins must line up with the brown tumbler in order for it to be able to turn freely. Too low and the red pin blocks the tumbler; too high and the yellow pin blocks inside the hole.
@@chernobyl169 Yeah this is just wrong and that’s not going to work on me, you’re either clueless or being disingenuous. I don’t even know what to say to you, all the yellow pins are the same length 😂. If you’re going to design a lock, and you lack any common sense what so ever, then it would behoove you to do a cursory amount of research on how this mechanism works.
Problem with this one is that the yellow pins all have the same lenth, meaning that inserting a flat brick will result in opening the lock too and making the stoppers irrelevant
For people wondering how it works the red lines have to be lined up perfectly up so it doesn’t block the brown thingy because when I look closely it beings blocked by the red pin so when u get the right key makes it pop up and that means it ain’t blocked any more so It can turn Sorry I yap
For stuff like locks, it is much better if you show a full side view instead of a partial side view, since with the first key it's hard to see that the pins are moving the driver pins all the way up
The principle here is the same as every type of front door lock when you put the key in. The different ridges and gullys on the key move the tumblers up and down until there's a straight line between the top and bottom row and you can turn the key. I realised this when I pulled apart an old front door lock about 35 years ago
It sounds great! the mechanism works very interestingly! and, I understand, this should not be used as a real lock, but such a lock can be easily broken and then it will not be able to protect anything.
Use a comb pick to stuff every thing above the sheer line Turn the lock upside down Deconstruct the lock from the outside Use a piece with a bunch of axel holes and remove all of the pins
Tbf im pretty sure for this lock, you don’t actually have to align the pins, you just need them all high enough that the lock can turn, so they could all be at different heights as long as they are pushed out far enough. Basically you just need a big enough key
try differentiating the holes that the pins go in. there are some cool techniques that could do this like brackets, snot bricks, and im pretty sure jumper plates offset bricks by 1.25 plates aswell
Any completely straight key will do, because in this lock there are no sequences for pressing these things, and the key is not made straight for appearance, because just a straight one of a certain height will do
Wag capt on top of the red parts in the look body you have aprons pushing down so you can't shake it open. Although lock companies rarely care about your security, so you still can still use magnetic kinetic attacks on cheap locks.
I mean it's better than most Lego locks, but it's still got the issue of loosing to gravity. Just flipping the lock upside down, drops the pins and let's any key open it. This can be fixed by creating a double layered failsafe, where pins fall into place if the lock is held from an improper angle. Edit: Nvm I didn't realize you completely forgot to make the roof of the cylinder smaller than the teeth of the keys. This can be fixed by requiring a key with 2 sets of teeth of vastly different sizes next to one another to be used.
This is Lego lock, it can be opened with a Lego lock
I like the McNally reference 😂😂
Lmao 🤣
Lmao 🤣
And a lego sound
And if you want to open instantly, just smash it with a fvcking hammer
Better pick resistance than master lock's
*brick resistance
This one can at least resist to comb-picking, so yeah, it is more secure somehow
LOL
@@robingyarmati2440 shut up, have a like xD
@@nainporte-koi6502 wait that is true... huh... somehow a Lego lock is better thought out than some actual locks...
"You are using a 5 pin lego lock.
It can be opened with a standard brick separator"
Just like a Master Lock. Seems like the algorithm is training us all too well.
You just need to flip it and the red things will fall out
and you can open it by pulling the correct sides
it can be opened using a 5 pin lego lock
"Although Mrs LPL says "Just pick it up, and smash it already."
the fact that im learning how keys work through a lego video is nuts
❌️
@@HalfBreadOrderfym "❌"? This is exactly how most locks work
✅@@HalfBreadOrder
@@darks_gene707 ❌️❌️
Not how it works😔
I'm not a locksmith and I don't know how locks work but they are prob meant to be diff size sticks bc if u look at vid the key that opens lock is essentially straight
(Pause vid and look u'll c that all pins are propped up to same level at the bottom of the pin)
This way u can just put a solid LEGO brick and it'll open
I am constantly amazed by peoples ability to make literally anything out of legos
Lego is just real life small minecraft
This is the lockpicking lawyer and today we got this 20 dollor lock from lego...
Click out of 1
2 is binding
Have you bought legos recently? That’s at least $173 worth of legos….
I was going to write the same xd
dollor
Thats amazing.
Also McNally has ruined me. All I think of now is “You are using a Lego 5 pin Master lock. It can be opened by using another Lego 5 pin Master lock…”
Too much McNally Fans here😂😂
Im waiting for him to get his hands on this.
@@shary1116 same
The fact that I was getting ready to find a way to tag him so he would do something with it
I know and it's funny! 😂
You are watching a youtube comment section under a lock video. It cant not be opened without seeing a McNally reference
😂
This is the realist comment
Вот реальный комментарий из России 😂)
The first few comments were weird and I didn't understand a word so I figured it was a reference now thanks for saving me time scrolling through the rest of them until finally admitting that my English is bad.
@@hagoraashraf5013your English isn't bad
This is a really good representation of a lock
No, Not Really all pins have the same length
no they don't
@@xtrfy1439they are different lengthwise
@@derstoffausdemderjoghurtis I meant that the Pins in the Video have the Same length, and in a real one, they dont
btw this reminds me of that one part from an AK-47
The problem with this lock is that all the pins are the same length, meaning a simple straight bar would open it.
"Lockpicking lawyer here, today I have the brick remover tool"
but it prob takes longer to pick than a master lock ;D
We need McNally for this one
All the pin are the same length so just a straight block would unlock this Im mcnally 2.0 😅
LOL was looking for this comment :)
@@braapmonster6708 nah McNally wouldn’t even need a lock picking tool, he would just stare at it and it would implode.
Lockpickinglawyer's first gift for his birthday.
Finally a lock he can't pick! (He doesn't have the heart)
Lol
Underrated
@@aceman0000099 McNally does though!
True
Master lock beeny real quiet since this dropped
Bro used the iOS 6 unlock sound📱📱📱💀💀💀
Bro 💀💀💀💀💀💀💀💀💀💀💀💀💀💀💀💀💀💀💀
Classic
Can't wait for that guy to unlock this with a Lego lockpick
"Opening a lego pin tumbler lock with a lego pin tumbler lock"
-McNally if he saw this right now
you fool you assume this is as weak as master lock
@@Blaze-kf3ds maybe a little less weak but weak to where you could melt the lock.
How original.
What’s impressive is that it’s how some real locks function, only with springs in parts to prevent you from rotating it to open the lock
If you can rotate the whole door where the lock is sitting, I think you can skip the lock picking stuff. 😂
Английский замок устроен именно по такому принципу
И китайский боковой тоже точно так жи работает и кстати открывается очень легко
In Canada, this is basically the most common way residential door locks work, at least from what I've seen.
С удовольствием оказался бы в Канаде))
“This is a simple 5-Pin LEGO Lock, it can be opened with a simple 5-Pin LEGO Lock.”
Atleast post something original
How original.
In case you didn't notice, that complicated key could just be replaced with a flat key. If you look at the yellow pins they are all lifted to the same hight.
I dont know about you guys but im using this as my front door lock
“You are using a lego 5 pin tumbler lock. It can be opened using gravity.“
*crash*
@@discozdisco3566I think he meant hold it upside down but your idea is better
No I don’t think that you can
I made the same comment and then saw yours🤣 I deleted mine don’t worry
How original.
Bro that’s such a clever way to demonstrate how a lock works.
And the first way I understood....
“This the lock picking lawyer and today I’ll be picking a Lego lock”
Ever seen the lego engine?
The unlock sound is sooo satisfying
That just made me smarter. How can something so simple be so satisfying to watch?
Sledgehammer: *And this is where the fun begins*
Everytime I see a video that involves with locks... there is always a Master Lock joke.
"You're using a Lego 5 pin lock, it can be opened by taking apart the individual pieces or using another Lego 5 pin lock"
How original.
Such a cool way to teach people how various components work, by making a Lego replica.
This is a lego 5 pin tumbler lock it can be opened by turning it upside down
All yellow pins are of the same length. Therefore you can just use a flat key and push up until the right point to open the lock.
But it’s a cool design. Would be better, if the yellow pins would be of different lengths though. :)
Notice the stoppers on the yellow pins. They are at different positions. A flat key won’t work because the stoppers prevent it from aligning the pins :)
@@sunprobricks The stoppers are irrelevant. They only influence how far down the pins fall when there's no key present. With the key present, it's the length of the pins that matters, and the pins are all the same length.
You can easily see that the key that opens the lock actually could've just been flat, since all the pins are exactly aligned.
Unfortunately lego only sells pins in relatively large increments in size.
@nemo-x of you are fine with some destruction you could cut them and make the lock actually function as a lock.
Noticed that right away
the pin only look variable lengths because the half width separators are in different places. take a closer look, and you'll see the key actually sets them all to exactly the same height.
Exactly what I thought. A flat key could open it just as well.
We got lego lock before GTA 6 😂
Try to fly from a 10 story building rn
I loved when he explained how a pin tumbler lock worked
The mechanisms are so satisfying! I wish I could make them with my lego.
What you have is a Lego lock, this can be opened with another Lego lock (Lego crashing noises)
great copied comment!
@@SmurphofChaos Nahh he just another McNally fans😂
@@SmurphofChaos bro everyone coping that comment lol, it is funny tho
What you have is a Lego lock. It can be opened by crushing it in your hands.
With all these McNally references this person should send this to McNally
i love the sound of lego mechanisms
Can easily be picked with a lego paperclip
That is probably the coolest lego build I have ever seen. That's sick
The pins inside the lock are all the same length. When you pause on the key that opens it, you can see how all the pins are the same height. You can stick a flat piece of the right thickness in there instead of the key and it will still open.
No.
That's called comb-picking
I’m surprised how far I had to scroll to see this, It was bugging me
Look closer, it isn't the length of the pin that determines the correct pin height to release the tumbler. Pins 3 and 4 require a lower height than pins 1 and 2, and pin 5 requires more height. The spacers on the yellow pins partially raise the red blocking pins by varying amounts; the point of contact between the red and yellow pins must line up with the brown tumbler in order for it to be able to turn freely. Too low and the red pin blocks the tumbler; too high and the yellow pin blocks inside the hole.
@@chernobyl169 Yeah this is just wrong and that’s not going to work on me, you’re either clueless or being disingenuous. I don’t even know what to say to you, all the yellow pins are the same length 😂. If you’re going to design a lock, and you lack any common sense what so ever, then it would behoove you to do a cursory amount of research on how this mechanism works.
I swear you can build anything with legos. A friend of mine built a working 5-speed transmission for a Lego car
After 14 years of life, I finally understood how a lock works
This is one of my favorite pieces of technology
This is actually 1000 times simpler than it looks like.
it’s actually not lmao
no, it isn’t actually lmao
this is a certified “uerheuhhrmmm acherkchtsuwahlly 🤓👆” except you’re literally not even right
@@TYsdrawkcaB if you would be into legos more you would see how easy the mechanism works
@@TYsdrawkcaByou look really desparate for some reason..
Problem with this one is that the yellow pins all have the same lenth, meaning that inserting a flat brick will result in opening the lock too and making the stoppers irrelevant
I thought i was the only one who noticed it
Noticed this too. Hope they make a video actually showing how a lock works.
Guys guess who got this video again while scrolling
It may be made of plastic but still better than a master lock
Lego lock has to be the best thing there is in this world
"This is a lego lock. It can be opened with one finger.
We playing Oblivion with this one🔥🔥🔥
AYE, I WAS LOOKING TO SEE IF ANYONE MADE THIS GAG!
This could be open with a key that is a straight line. If you pay attention, it sets all pins to the same height
Super cool!
For people wondering how it works the red lines have to be lined up perfectly up so it doesn’t block the brown thingy because when I look closely it beings blocked by the red pin so when u get the right key makes it pop up and that means it ain’t blocked any more so It can turn
Sorry I yap
You inspire me.
For stuff like locks, it is much better if you show a full side view instead of a partial side view, since with the first key it's hard to see that the pins are moving the driver pins all the way up
Satisfying af audio 😌
Use a ramp piece and make the rest flat. Push really hard upwards. It will unlock
This is super cool!
That's a unique design there thanks for the demo
This is breathtaking!
Yup higher offline sitting rajptifxg radio use
“This is a 5 pin lego lock, it can be opened using my fists”
Yo the last key opened it so smoothly
It even has overset protection. Already better than a masterlock
This should be sold as an actual official set
The principle here is the same as every type of front door lock when you put the key in. The different ridges and gullys on the key move the tumblers up and down until there's a straight line between the top and bottom row and you can turn the key. I realised this when I pulled apart an old front door lock about 35 years ago
It sounds great! the mechanism works very interestingly! and, I understand, this should not be used as a real lock, but such a lock can be easily broken and then it will not be able to protect anything.
Amazing way of showing how a lock works
McNally: you are using a Lego pin Tumbler lock this can be opened using a pego pin tumbler lock
do a lego lockpick
This is very good! A great demonstration
Always do this with your kids you are best mom
That is SUPER COOL 😎
The click at the end is so satisfying also for some reason it sounds like an Nintendo switch
Locks out of Lego before elder scrolls 6
I'm a 27 yo and I understand only today how pin lock works thanks to you
Anyone notice how good it sounded when it opened?
Use a comb pick to stuff every thing above the sheer line
Turn the lock upside down
Deconstruct the lock from the outside
Use a piece with a bunch of axel holes and remove all of the pins
Tbf im pretty sure for this lock, you don’t actually have to align the pins, you just need them all high enough that the lock can turn, so they could all be at different heights as long as they are pushed out far enough. Basically you just need a big enough key
This lock, if you can't reach it and break it, turned out to be very reliable
try differentiating the holes that the pins go in. there are some cool techniques that could do this like brackets, snot bricks, and im pretty sure jumper plates offset bricks by 1.25 plates aswell
Any completely straight key will do, because in this lock there are no sequences for pressing these things, and the key is not made straight for appearance, because just a straight one of a certain height will do
"you are using a 5 pin Lego lock"
"it can be opened using a 5 pin Lego lock"
really well made!
Can you show us how to build it?
McNally has forever changed the world of locks
"Ah crap I forgot my key, looks like I have build a new one."
Wag capt on top of the red parts in the look body you have aprons pushing down so you can't shake it open. Although lock companies rarely care about your security, so you still can still use magnetic kinetic attacks on cheap locks.
This is a really cool Lego lock. It can be assumed that we need a tutorial
okay the end sounded like straight asmr
Oh that's a pretty cute project idea
THIS IS EPIC
I already hear McNally… “What you are using is a Lego Lock. It can be opened with a Lego Lock.”
This is a standard 5 pin lego lock, it can be opened by turning it upside down and shaking.
Please make a turorial
The way it works you need the right shapes and needs the compatible units to align and matches it your lock.
At the start it looked like the inspect samples task in among us
This just helped answer a question I've always had but have been to lazy to look up.
Probally still better than masterlock.
I mean it's better than most Lego locks, but it's still got the issue of loosing to gravity. Just flipping the lock upside down, drops the pins and let's any key open it.
This can be fixed by creating a double layered failsafe, where pins fall into place if the lock is held from an improper angle.
Edit: Nvm I didn't realize you completely forgot to make the roof of the cylinder smaller than the teeth of the keys. This can be fixed by requiring a key with 2 sets of teeth of vastly different sizes next to one another to be used.