The speaker, a lock making engineer, presents a series of custom locks designed to be unpickable. He invites locksmiths to attempt to unlock them, leading to a humorous and complex engineering process. The locks are designed to be nearly unguessable, with millions of possible combinations of pins. The speaker also explains a new lock design that is more secure and complex, involving a series of pins and parts.
The speaker describes a unique lock design that requires the key to set a series of pins to the correct height. If all the pins aren't set correctly, the lock has to be reset. The speaker explains that the lock is designed to be untestable one pin at a time, making it nearly unguessable. However, he admits that the lock is complex and expensive, and he's not planning to sell it due to its complications.
The speaker is particularly proud of the lock's open keyway, which he believes makes the lock easier to unpick. He also mentions that he's building a scale replica of his front door and is excited about the potential for the lock to be tested. He invites predictions about the lock's security and is hopeful that the lock will be strong enough to withstand various attacks.
The speaker ends the video by promoting a sponsor, Kiwico, a company that makes educational building kits for children. He encourages viewers to support the channel and the projects by subscribing and checking out the company's website.
1. The speaker is a lock making engineer.
2. The speaker has designed completely custom locks that are designed to be unpickable.
3. The speaker has invited some locksmiths to try to get through the lock.
4. The speaker has a new design for the lock that has more pins and parts, making it even more unpickable.
5. The speaker has sent the locks to a lock-picking lawyer.
6. The speaker has a new lock that has more pins and parts, making it even more unpickable.
7. The speaker has a specific engineering process that he follows when designing the lock.
8. The speaker has a new lock that is more secure and easier to make.
9. The speaker has a lock that supports the pin on both sides.
10. The speaker has a lock that is completely custom and gigantic.
11. The speaker has a lock that is made of metal parts.
12. The speaker has a lock that has a series of spring-loaded pins.
13. The speaker has a lock that can be unlocked using a series of pins.
14. The speaker has a lock that is pickable but not too complicated or expensive.
15. The speaker has a lock that is designed to be unlocked by turning the key.
16. The speaker has a lock that is designed to be unlocked by a specific set of movements.
17. The speaker has a lock that has a series of ramps that lock the pins just before the key loses contact.
18. The speaker has a lock that has a series of ramps that unlock the pins when the key is ready to be removed.
19. The speaker has a lock that is designed to be unlocked by a series of movements.
20. The speaker has a lock that is designed to be unlocked by a series of movements and a series of ramps.
21. The speaker has a lock that is designed to be unlocked by a series of movements and a series of ramps that lock the pins just before the key loses contact.
22. The speaker has a lock that is designed to be unlocked by a series of movements, a series of ramps, and a series of pins.
23. The speaker has a lock that is designed to be unlocked by a series of movements, a series of ramps, and a series of pins that are spring-loaded.
24. The speaker has a lock that is designed to be unlocked by a series of movements, a series of ramps, and a series of pins that are spring-loaded and that can be locked and unlocked using a series of pins.
25. The speaker has a lock that is designed to be unlocked by a series of movements, a series of ramps, and a series of pins that are spring-loaded and that can be locked and unlocked using a series of pins that are designed to be unlocked by a series of movements.
26. The speaker has a lock that is designed to be unlocked by a series of movements, a series of ramps, and a series of pins that are spring-loaded and that can be locked and unlocked using a series of pins that are designed to be unlocked by a series of movements and that can be locked and unlocked using a series of pins that are spring-loaded.
27. The speaker has a lock that is designed to be unlocked by a series of movements, a series of ramps, and a series of pins that are spring-loaded and that can be locked and unlocked using a series of pins that are designed to be unlocked by a series of movements and that can be locked and unlocked using a series of pins that are spring-loaded and that can be locked and unlocked using a series of pins that are spring-loaded and that can be locked and unlocked using a series of pins that are designed to be unlocked by a series of movements.
28. The speaker has a lock that is designed to be unlocked by a series of movements, a series of ramps, and a series of pins that are spring-loaded and that can be locked and unlocked using a series of pins that are designed to be unlocked by a series of movements and that can be locked and unlocked using a series of pins that are spring-loaded and that can be locked and unlocked using a series of pins that are spring-loaded and that can be locked and unlocked using a series of pins that are designed to be unlocked by a series of movements and that can be locked and unlocked using a series of pins that are spring-loaded and that can be