Lori is the Manager, Codes and Resources for Allegion, and the creator of iDigHardware. With more than 35 years of experience in the door and hardware industry, in her current role she focuses exclusively on the code requirements that apply to door openings.
Battery-powered grinder, applied to the U, will take care of this. That will be demonstrated after water, grit, ice, etc. have impaired the operation of the hidden mechanisms.
On the other hand, the puzzle-box approach IS clever.
Do you know what the metal is?
What if I hit it with my sledge hammer and splitting wedge?
What happens if it gets wet and frozen?
Don’t drop the key. It’ll get lost for sure.
Nothing is “unpickable” With the right tools and enough time, any lock can be defeated.
But pick-resistance aside, I am not impressed.
There are too many moving parts! Be sure to keep it indoors in a controlled environment, because any exposure to moisture and extremely high or low temperatures is sure to mess it up!
And if you’ve got big sausage fingers, you’ll probably drop that key about six or seven times before you get it successfully loaded in that hollow chamber. And those sausage fingers will have a hell of a time trying to extract the key back out of that chamber too.
Gadget freaks will love this thing, but it’s definitely not for me.
I wonder what the rest of the lock is made of?
These bile U locks have been broken at the cylinder end by placing a steel pipe over the post sticking out where the key is inserted and snapped where the U inserts the large locking bar.
A lot less noise that a grinder.
It would be fun to test one of these with that approach in San Francisco or New York.
It is innovative and pretty to say the least though.
Hehehehehee!
Unpickable for a while perhaps…
I remember when a like type high security lock came out years ago…
A wet popsickle stick worked wonders on it….
Who cares if the lock is unpickable if you can get your hands on an angle grinder?
That is one cool lock! I watched the whole video… fascinating. Wonder how much one costs?
Battery-powered grinder, applied to the U, will take care of this. That will be demonstrated after water, grit, ice, etc. have impaired the operation of the hidden mechanisms.
On the other hand, the puzzle-box approach IS clever.
Do you know what the metal is?
What if I hit it with my sledge hammer and splitting wedge?
What happens if it gets wet and frozen?
Don’t drop the key. It’ll get lost for sure.
Consensus over here is that it’s a neat idea, but not for bikes.
If it were in place of a cylinder…..
Houdini Proof?
Where is Harry Houdini when we need him?
Appears around $ 140
http://technabob.com/blog/2014/05/02/forever-lock-unpickable-bike-lock/
https://m.facebook.com/Lockman28?refsrc=http%3A%2F%2Ftechnabob.com%2Fblog%2F2014%2F05%2F02%2Fforever-lock-unpickable-bike-lock%2F&_rdr
Some liquid nitrogen at the shackle and a hearty smack with a ball-peen hammer oughta ‘pick’ it.
I like it!
Nothing is “unpickable” With the right tools and enough time, any lock can be defeated.
But pick-resistance aside, I am not impressed.
There are too many moving parts! Be sure to keep it indoors in a controlled environment, because any exposure to moisture and extremely high or low temperatures is sure to mess it up!
And if you’ve got big sausage fingers, you’ll probably drop that key about six or seven times before you get it successfully loaded in that hollow chamber. And those sausage fingers will have a hell of a time trying to extract the key back out of that chamber too.
Gadget freaks will love this thing, but it’s definitely not for me.
That’s a very creative design, and I am sure there are good applications for it. The key insertion process has too many steps for me to use it as a bike lock, but other people may find it worth the effort. It looks like a bump key would be the most viable non-destructive attack. Foil impressioning requires protection over the foil on key insertion and that doesn’t look possible with this lock.
It reminds me a little of the ILD http://www.navfac.navy.mil/navfac_worldwide/specialty_centers/exwc/products_and_services/capital_improvements/dod_lock/SecurityHardware/InternalLockingDevice.html
I wonder what the rest of the lock is made of?
These bile U locks have been broken at the cylinder end by placing a steel pipe over the post sticking out where the key is inserted and snapped where the U inserts the large locking bar.
A lot less noise that a grinder.
It would be fun to test one of these with that approach in San Francisco or New York.
It is innovative and pretty to say the least though.
Too cool !!! very sharp love the color / must have one
Uh oh….
https://www.youtube.com/watch?v=H4f1H6mYHOI
Haha…at least the locks come in pretty colors. 🙂