 
                                                        Un mecánico explica cómo salir de un coche en el que te quedas atrapados: «Es d…
El creador de contenido suele dar recomendaciones y consejos en las plataformas digitales sobre temas diversos relativos a la mecánica
 
                            In a recent online demonstration, mechanic Juan José Ebenezer, known as @talleresebenezer, put various methods of breaking a car window in an emergency to the test. The video, which has garnered significant attention, aimed to inform the public on the most effective ways to escape a vehicle when doors are jammed. Ebenezer first attempted to break a car window using brute force, including punches and kicks, which proved largely ineffective against the tempered glass. He then moved on to common car items, demonstrating that while a headrest could eventually break the window, it required considerable effort and time. Similarly, using the metal clip of a seatbelt also proved challenging. "The first instinct will be to hit it with your hand, punches, hits, hit it with your elbow," Ebenezer explained, "but it's very difficult to break it that way." He added, "Even with the headrest, you need to hit it with a lot of force to break it, and it's not always possible." The most effective method, according to Ebenezer, was a specialized emergency glass-breaking tool. He demonstrated how this small, red device could shatter the window instantly with minimal effort. "This famous glass breaker is what I always say you should have in your car," he stated. "Not because it can't be broken in other ways, but because of the time we save, and anyone can break it with this." Ebenezer emphasized the critical role of speed in emergencies. "Time is safety. Time can be the difference between a sad outcome or an outcome that is simply a scare," he concluded, urging viewers to keep a reliable glass-breaking tool in their vehicles.
 
                                                        El creador de contenido suele dar recomendaciones y consejos en las plataformas digitales sobre temas diversos relativos a la mecánica
