| If you are a regular viewer of You Tube or any other | | | | about a regular tennis ball being able to open a car |
| video sharing site you have probably seen the videos | | | | door lock. In the video, a small hole is punched through |
| that claim you can open your door using something as | | | | one side of the tennis ball. Then, the lady in the video |
| simple as a mobile phone or an even simpler tennis ball. | | | | pushes the ball into key hole with the hole in the tennis |
| With the top Melbourne Locksmiths, let us explore | | | | ball pointing to the door lock. After one or two pushed |
| those myths, okay. | | | | the door is magically unlocked. |
| First of those myths is the cellular phone opening the | | | | According to a top mobile locksmith, the theory is that |
| door myth. In the video, you would find that they | | | | the tennis ball would produce enough air pressure to |
| attempt to open a car using an electronic locking | | | | open the door by pushing up the pins in the lock. |
| system. What the video is trying to show is that If you | | | | However, there are some problems that would |
| click on the door unlock button miles a way from the | | | | contradict these theories. For one thing, the air |
| car and point it to a mobile phone that is calling another | | | | pressure in the tennis ball would not be strong enough |
| phone whose speaker is pointed towards the car, the | | | | to push the pins because they are pushed down by a |
| door would open. | | | | strong spring. |
| The theory behind this is that the radio signal being | | | | The next thing that prevents the tennis ball from |
| sent from the car remote will go through the phone | | | | opening the door lock with air pressure is that it does |
| and reach the other phone which will then send the | | | | not provide the strong air pressure long enough to |
| signal through its speakers to the car. Upon initial | | | | push the pins of the door lock open all at the same |
| assessment this may seem like a valid point since the | | | | time. In this case, the air merely moves in one direction |
| phones can send radio signal through their network. | | | | quickly and the pins will fall back down without them |
| However, this myth is nothing more than just another | | | | engaging at the same time. |
| myth coursed through the web. | | | | Lastly, the inside of a door lock is not pressurized. |
| Although, radio signals or sound waves can indeed | | | | When air is pushed into the door lock it will just quickly |
| travel through the cellular network, mobile phones are | | | | dissipate within the car door without opening the door |
| not necessarily able to deliver all frequency. Modern | | | | lock. |
| cellular phones want to remove as much noise as | | | | If your car door is locked, the best thing to do is to get |
| possible and as such only allow frequency within the | | | | your spare key or call a Melbourne locksmith. These |
| Human realms of speech. Auto car locks make use of | | | | so called easy solutions sound too good to be true |
| frequency that is too high for the human ear much like | | | | because they are too good to be true. The best way |
| a dog whistle. | | | | is to call a professional and watch the real problem |
| The next myth that you would see in this viral videos | | | | solver open your car in just a few minutes. |
| and perhaps one of the more popular ones is the myth | | | | |