Can bicycle locks be engineered to resist picking?

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SUMMARY

The discussion centers on engineering bicycle locks that resist picking. It highlights that cylindrical locks can be compromised in approximately one second using a Bic pen, as demonstrated in high-quality video footage. A proposed solution is to consider an oval shape for the lock design instead of the traditional circular form, which may enhance security against picking attempts.

PREREQUISITES
  • Understanding of lock mechanisms and security principles
  • Familiarity with materials used in lock manufacturing
  • Knowledge of common picking techniques and tools
  • Basic engineering design concepts
NEXT STEPS
  • Research advanced lock designs focusing on non-circular shapes
  • Explore materials that enhance resistance to picking
  • Investigate the effectiveness of different lock mechanisms
  • Study real-world case studies of lock failures and successes
USEFUL FOR

Engineers, product designers, and security professionals interested in developing more secure bicycle locks and enhancing anti-picking technologies.

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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.
 
Engineering news on Phys.org
Perhaps an oval shape instead of circular.
 

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