Outside, a lock. Inside, a miniature world.

How do 180 individual parts become the ultimate lock? You either choose to go with an enormous size so that all the parts easily fit. Or you take more than two years, putting components in place down to 1/100th of a millimeter of accuracy, choose entirely uncharted engineering directions, and never stop believing in the impossible.

In developing the Tesla, Locksor decided in favor of the latter. And finally achieved its goal with cutting-edge 3D CAD systems, NC-controlled machines, and following many a sleepless night: To create a lock that opens up a new chapter in the world of bags.

No lock holds more technology.

The complete electronics were newly developed for Locksor Tesla, including the software. All components are installed, programmed, and carefully tested by hand. Motors of the same motor family as the miniature motor in the Locksor Tesla are currently being used in the Mars probe and in specialized medical fields.

The fully milled brass case is coated using a physical vapor deposition process. Sounds impressive? It is. The surface material is vaporized and thus refined in its purest form in a high vacuum at temperatures of up to 400°C. The result: Extremely scratch-proof, durable, and corrosion-resistant surfaces. That is why the PVD process is also used for specialty drills, watch cases, and the medical industry. For custom designs and special editions, Locksor also uses precious metals such as gold, rhodium, and ruthenium for the coating.