Super super bro

Great explanation. I could have done without the repetitive music. There’s a reason why music isn’t played in many situations: - a teacher explaining something to his pupils - an interview in a talkshow - while talking to your GP Why on earth do KZbinrs have the compulsion to ruin perfectly good videos with music?

This video can be used as a form of torture, I feel dumber having watched it, just get to the fucking point

Im guessing it retracts a bit to clear the sword but not losing sleep over it Bye

It worked for me. Thanks!

Very nice explanation, I enjoyed watching this. I also learned some interesting history that I was unaware of. Incidentally, my son previously held the Guinness World Record for solving 10 of these puzzles, which he did in something like 2 1/2 minutes. The record has since been broken but he had fun holding the record for a couple years.

Are the faces stickers, or tiles? It looks like stickers.

How would i pick it? Provably using a similar principle to bump, or pickgun, by using a few small motors in a row, with a slightly off centre magnet on each shaft, and maybe some kind of odd gearing so the patterns that they oscillate with each other is elliptical, and a speed controller. Outside of that? Grinder.

I didn't have a problem removing the 1 way screw I just put strong downward force on it and jiggled it around and it eventually came loose due to the weak padlock material

Level 7/10 security according to master lock

Hi, thought I would comment to let you know that the site doesn’t work currently.

Price

There's always a hacksaw

Guys pls help me mine in flattened in a different way 😭

Sadly due to a fluke you missed the cool bit where you count the wheel clicks to get the 3 digit code

Can you do it a little bit faster next time?

Im trying what your doing but my pzzle is so tight it just binds up

Good

Is there any combination lock you DO recommend?

I had to do The search of shame!

wow your video is very good, especially the 5:05 part is very fast

some kid gave me a wood block version of this and it boggled my noodle. thanks for this.

Why did you stop uploading

2:25

Ok but can’t you just lower one piece and raise the other

We used to have this amazing lock in early 1990s when I was in school. It took 30 years to understand how it exactly works. Thanks a lot for explaining :-)

Pretty sure some couples are watching this too..

Clear, concise, informative, easy to follow. You are the best teacher! Thank you!!

watching this after seeing ths solution is so entertaining 😂 cool vid!

😃

Solved in seconds with this video - have battled with it off and on for days on my own 😅

Is it just me that can't hear what he says? Audio is barely audible.

OMG been driving myself crazy with this until I found your video

Magic sword slow motion

What a rip off of the LPL. Even the logo is similar. pathetic !

Nice video thank you! A star is born. 😂

These are genuinely awful locks… fiddly to dial numbers into.

Thank you for telling this trick 🎉🎉🎉🎉🎉

300th like let’s go!!

I feel like Master makes all their locks deliberately have a major weakness despite aggressively marketing all the really neat security features.

How much

THANK YOU

I actually managed to snag one for 70 on ebay, still sealed in its box. I almost died when you opened it, but you wanted to open it, and thats okay 👍 I was genuinely looking for it for the same reason. I don't collect rubiks cubes, but i do collect vintage and antique things, and some things from wednesday too if i can. Unfortunately the typewriter is impossible to find for cheap. So maybe when i get more money, ill prioritize getting it. Loved the video. Sorry i get side tracked and type unnecessary things (:

bro thats faster then light its self-

Why are my 12 and 11 inverted? Frustrating!

Bro my mind is blown away really unexpectd 🤯

Mine don't work

It go counterclockwise

What a boring presentation. Mate, just follow this recursive algorithm; function solveHanoi(n, source, destination, auxiliary): if n == 1: print("Move disk 1 from", source, "to", destination) return solveHanoi(n-1, source, auxiliary, destination) print("Move disk", n, "from", source, "to", destination) solveHanoi(n-1, auxiliary, destination, source) By the way, for N disks, there will be 2^N - 1 moves.

It works thanks broo