Lower the Risk of a Car Crash

Car accidents are the leading cause of death for people aged 15 to 20 in Oregon. More than 300 Oregon youth each year participate in fatal or injured accidents. More than 30,000 Americans die each year in a nationwide accident

I do not think anyone would like to be part of these statistics. ODOT certified driver education program teached by Pacific Driving Education Driving School helps drivers avoid conflicts by acquiring specific low risk driving skills and customs

Scientists at the Adelaide University estimated actual fatal accidents in cars exceeding 60 km / h - death or relative risk of hospitalized car accidents using actual road traffic accident data. They discovered that the wind speed would be doubled if it exceeds 60 km / h every 5 km / h. Therefore, vehicles traveling at a speed of 60 km / hour run at a speed of 60 km / h. This will occur twice as many times as casualties. In the case of a car running at 70 km / h, the risk has quadrupled. At speeds less than 60 km / h, the probability of a catastrophic collision is expected to decrease accordingly.

There are several effects on exceeding the speed limit. Some of them are that it increases the possibility of a car accident and there is no time for you to raise the severity of a car accident in response to danger. At the speed limit of 60 km / h, the risk of casualties doubles every 5 km / h. On the 110 km / h road, every 10 km / h increase the danger of car accidents dramatically. This is clear from Figure 1 (South Australian government, 2012). Velocity excess leads to increased risk of losing control of the vehicle. At a faster speed, the car becomes more difficult to operate around corners and corners or when trying to avoid danger. As your car increases in speed - as your brain processes and reacts it, the distance you move will increase. Most drivers respond to danger with an average reaction time of 1.5 seconds. Tired, drunk, distracting driver (eg:

Fatigue related collisions are often bicycle collisions where cars and trucks leave the road and collide with tipped objects or stationary objects. These accidents were caused by driver's fatigue, drowsiness or lack of concentration. The rumble band prevents collision due to fatigue. They consist of a pattern of protrusions or grooves attached to the surface of the shoulder or attached directly to the road. When the tire of the vehicle gets over the tire, a sudden big rumble sounds, followed by a large vibration of the vehicle. Once you hit the shoulder, quickly pull out the road in a safe place and check the level of your agility.