owners manual Seat Toledo

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Seat belts Head-on collisions and the laws ofcalled “kinetic energy” is created both in theEven at low speeds the forces acting on thes passengers and inside the vehicle.body in a collision are so great that it is not physics ation possible to brace oneself with one's hands. The amount of “kinetic energy” depends on ific In a frontal collision, unbelted passengers the speed of the vehicle and the weight of pec are thrown forward and will make violent con- s the vehicle and its passengers. The higher al tact with the steering wheel, dash panel, the speed and the greater the weight, the hnic windscreen or whatever else is in the way more energy there is to be “absorbed” in an ec T ››› Fig. 7. accident. It is also important for rear passengers to The most significant factor, however, is the wear seat belts properly, as they could other- speed of the vehicle. If the speed doubles wise be thrown forward violently through the e from 25 km/h (15 mph) to 50 km/h ic vehicle interior in an accident. Passengers in (30 mph), for example, the corresponding ki- the rear seats who do not use seat belts en- Adv netic energy is multiplied by four. Fig. 7 A driver not wearing a seat belt is danger not only themselves but also the front thrown forward violentlyBecause the vehicle occupants in our exam-occupants ››› Fig. 8. ple are not restrained by seat belts, in the event of crashing against a wall, all of the oc- cupants' kinetic energy will be absorbed solely by said impact. ation Even at speeds of 30 km/h (19 mph) to 50 km/h (30 mph), the forces acting on bod- Oper ies in a collision can easily exceed one tonne (1000 kg). At greater speed these forces are even higher. Vehicle occupants not wearing seat belts are not “attached” to the vehicle. In a head-on Fig. 8 The unbelted passenger in the rear collision, they will move forward at the same seat is thrown forward violently, hitting the ety speed their vehicle was travelling just before driver wearing a seat belt Saf the impact. This example applies not only to head-on collisions, but to all accidents and It is easy to explain how the laws of physics collisions. work in the case of a head-on collision: when a vehicle starts moving, a type of energy 13

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