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(picking 399) FAIL - destructive opening tests on a KESO 15 pins dimple lock [read the description]
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- เผยแพร่เมื่อ 18 ส.ค. 2017
- For getting a lock open by applying rotational force, I was inspired by this video • Video . But the KESO is a quality lock that does not break easily.
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Have fun watching my unsuccessful attempts to forcibly open that lock. Here's a professional demonstration of this technique th-cam.com/video/OZg1P_Nw2v4/w-d-xo.html
Potti314 Should have tried an impact driver.... those things can turn any bolt i can find.
I would if I had one. I also think that chances are good to cause some damage with an impact driver.
Bloody hell thats a tough lock! I think it did brilliantly :-) very fun video... makes me want to install some of these locks in my house!
Haha, thank you mate :-) These are really nice locks.
That was sooo funny !! I have to say though when I saw you about to the power drill, I had a scary picture in my mind of two broken wrists lol
Yeah, I was also a bit afraid of what would happen ;-) This is another example of a purely unprofessional attack. I was just curious with which tools I could cause which degree of damage. There are commercial "keys" for dimple locks with an end-piece at which you can attach a ratchet. I've seen videos where this method is applied on locks with brass pins. But the KESO was strong :-)
I’m impressed how much it took to break that lock! Great video
It's a great lock and I'm an amateur ;-)
Awesome video! That thing can take a beating!!
I used to work in the same town where those are made, as a matter of fact. :)
There’s no way that’s aluminum - aluminum would have broken FAR earlier! (I don’t know what it is though.)
FYI, the names for your tools in English are:
- Ratsche = ratchet, which accepts a
- Nuss = socket
- Radkreuz = lug wrench
Thanks for watching and thanks for the translation :-) Yes, aluminium might be too weak - CrNi Steel was suggested in the comments.
That was very funny. Just shows the better the quality of the lock the more resistant it is. :)
Thank you - I also had a lot of fun and my children, too. Steel pins are truly a good choice and build up a very resistant lock.
here's something you can try...
using the same style of breaker bit you made,
(make sure bit is 5mm shorter than keyway)
chuck it up in a hammer drill.
(drill for concrete / soft stone)
make sure set to hammer & use slow to medium speed.
(light on the trigger)
And please...
mount lock into board to simulate
door installation.
Good info - will try that on my next attempt. Have you been successful with that technique and if yes, what locks did you test?
Very funny Michael, the lock resist very well. They are not easy locks to pick, very challenging, fortunately you save one half ;-))
Thanks for sharing ;o))
Thank you. Yes it held pretty well the impact. As it didn't turn open I should better learn to pick it ;-)
Potti314 Der 2000s ist einfach zu Picken
this is like a Coyote and Roadrunner cartoon 🙃
Was it the professional or basic version? Could you open the other half of the lock with a picking tool you mentioned?
It's long time ago - sorry cannot remember anymore.
Really nice, especially because there is a better version made of CrNi Steel which should not break like this. Thanks for your work and video. I expected the thin driver pins to slip though but they have a very good resistance obviously.
Thank you - yes slipping drivers was my plan, too. But the resistance was quite good. I was just curious to see what breaks first with my various tests. Maybe the housing is made from a different material than aluminum, I was just guessing based on the look and the weight.
That was a brilliant result!
Haha, at least a surprising result ;-)
Sehr cool! Der gute Wera Schraubendreher macht es am Ende! brauchst du die Pins und Federn noch? hatte vor einiger Zeit ein keines gutting Unglück bei einem keso!😉😊 lg Julian
Danke. Das Zeug war schon im Papierkorb aber ich konnte noch ein bisschen was retten. Soll ich's Dir einfach schicken?
Potti314 ja wäre toll!! tschuldige Antwort gerade erst gesehen! muss ja nicht sofort sein aber vllt bei einem zukünftigen trade👍😊
Very cool video my friend fun to watch.Boom the lock went😎😎😎😎👍👍😊😊👍
Haha, thank you - was fun to make :-)
Potti is potty! Very funny at the end but in future, please send me all well engineered European locks you dont want 😁 They are hard to find and are very expensive here so I was laughing and crying at the same time...🤣😭👌✌😁
Yes, I'm known to destroy good items to satisfy my curiosity - haha. Sorry to have hurt your feelings ;-) Send me your address an I will collect some nice lock to send to you.
Wow! that would be awesome my friend! :) I will PM you soonish via the UK Locksport site. I can send you something too. Chat soon, cheers buddy! :)
Did you get my reply on ukl? I sent you my email address for easier communication. Could you reply with an short email please, so that I get your email address as well?
Hello Potti314, can you tell me what brand is the screwdriver who do you use. Best regards
I think it was a "Wera 932 A Schlitz-Schraubendreher" www.contorion.de/handwerkzeug/wera-932-a-schlitz-schraubendreher-54764518?q=Schraubenzieher
@@Potti314 Thank you for the fast reply
Such a funny video my friend😂😂😂😂😉😘
I just love your exploration videos 😘😘😍😍😍❤️❤️👍👍😎😎😎
Thanks for sharing 👍👍👍👍👍👍👍👍👍👍👍
Thank you - glad you liked it. Once in a while I like to make these try and error videos - just for the fun for myself, too.
That's not exactly German Engineering now is it .
that's why all real locks use steel pins. Vsry creative as always
Thank you - yes, there are some good reasons for steel pins in locks.
😂😂😂😂 love it
Thank you :-)
Destroy a lock for fun? Blasphemy! ;P Eventual open was quite spectacular though. :)
Haha, it was in the name of science ;-)
Hahahaha very nice video. New subscriber ;)
Thanks for subscribing - have fun watching :-)
Si esto lo haces con un buen escudo, no podrás hacer nada.
Hahaha Jugend Forscht LOL I hope the shrapnel from the cylinder didn't injure the barefooted girl's toes. Send my regards. :D
Thanks - especially for the "Judend" ;-) The girl was one of my sons and he was pretty scarred by the flying parts, but no one was hurt. Cheers :-)
Вы,как специалист должны понимать,что это не открытие цилиндра,а варварский метод взлом,который может не пройти в самих дверях,спасибо за проделаную работу,с уважением Виталий.
translated: "You, as an expert, should understand that this is not a cylinder opening, but a barbaric method of hacking, which may not pass through the doors themselves, thanks for the work done, with respect Vitali."
As mentioned in the video the broken lock was not considered to be a success in destructive entry. My plan was to deform the brass chambers and let the pins slip through. But the lock decided to just explode ;-) Thanks for watching :-)
Now I have understood you, at me полохо with English.
Oh my god ;D...What happened on the last try was the only thing what could have happened Potti ;D, you will not break 15 steel pins hahaha. You just need an excuse to your wife to buy new tools, right ;D (yeah...the drill was smoking only a little bit... ;D). Pretty dangerous what you did ;), but somehow it was really funny to watch. Please do not hurt you. Thank you for beeing crazy :D.
No, I didn't expect the steel pins to break but I thought that the brass might deform or break in which the pins are hosted. Then with some tolerances given the pins could angle and slip through. Well, actually I just wanted to break something and my children were really interested ;-) You said about me doing crazy things - haha, that is what people usually say about me ;-) Thanks for watching mate :-)
It's not aluminium by the way... :)
Thanks for your comment - so what metal is it and what properties could I have inspected to know?
It depends on the cylinder generation and the options selected. Older euro profiles were listed as "Sidra metal core with CrNi housing" but you could also order different steel versions. In the last catalogue you can chose "Chrome nickel steel" or "Sidra metal" or "CrNi/Sidra material mix". The anti-snap connection bar (between the two halves) is always some kind of steel, CrNi or sometimes another one that is blueish and not very shiny. Top of the line recent models can be ordered with a special "pulling protection rotor" and "high-quality drill-open protection in sleeve and rotor".
RIP
Thanks for watching - maybe the parts can be reused.
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