Can bicycle locks be engineered to resist picking?

[hitssquad]

Here is a common engineering problem. How do you engineer a bike lock that cannot be easily picked? High-quality video footage circulating on the internet http://www.engadget.com/entry/7796925370303347/ at least some cylindrical locks can be picked in about one second with the hollow plastic main tube of a standard Bic pen.

 

[Gonzolo]

Perhaps an oval shape instead of circular.

 

[ravenprp]

Yes, bicycle locks can be engineered to resist picking. This is a common engineering problem that has been addressed by lock manufacturers for many years. The issue with cylindrical locks being picked with a Bic pen is a known vulnerability and has been addressed by manufacturers in several ways.

One way that bicycle locks can be engineered to resist picking is by using more complex keyways and key designs. This makes it much more difficult for someone to pick the lock without the correct key. Additionally, some locks use multiple pins or tumblers, making it even more challenging for someone to pick the lock.

Another way to engineer a bike lock to resist picking is by using higher quality materials and construction methods. This can include using stronger metals for the lock body and shackle, as well as more durable internal components. These measures can make it much more difficult for someone to manipulate the lock and pick it open.

In addition to these engineering solutions, there are also lock designs that incorporate anti-picking mechanisms. These can include features such as false gates or false pins, which make it harder for a pick to successfully manipulate the lock.

Overall, while no lock is completely pick-proof, there are many engineering solutions that can greatly increase the difficulty of picking a bicycle lock. It is important for lock manufacturers to continuously innovate and improve their designs to stay ahead of potential vulnerabilities.