@Martin__Newton@LockNoob1 I think picking itself isn't a big problem even for the 4KS. It's different if one uses advanced tools. Lockpicking isn't about opening doors. It's about defeating a mechanism in a vise by skill. As I got more into toolmaking I understood there is a blurry line to draw in between
@jwrm22 @BandEAtoZ The copper sheet seems to potentially be a very mean trick to make sure the aluminum behind it is well over 700°C before the copper melts away at about 1100°C.
@BandEAtoZ Found it 🙂
https://t.co/SSZxCuDhJj
At 7:30 they start talking about it and around 8:00 there is an animation of aluminum splashing out (it's all German). I have no idea how relevant this information is though 😅
@Lmhhunt1 It works with a ball bearing that is pressed into the grooves. The diameter of the bearing, the grooves and the hole in which the bearing rests decides how it behaves.
@MrCocolitos@Matt_Smith_Hux@BowleyInc Yeah looking forward to the challenge! I'm not the only one eyeballing that lock while petting my lathe like a villain does with some fluffy cat in those movies
@BowleyInc That's cool! Now I'm even more curious 😁 are the discs spring loaded then? Sorry for all the questions I'm just excited about the combination of several mean features in one compact design!
@BowleyInc I'm really curious 🙂 I could imagine that it would be possible to self-/impression it as it's a thing for other disc detainer type locks and where accessibility is an issue for a picking attack 🤔 I'm sure auch a flaw can be avoided of course