Higher truck speeds can lead to increased stopping distances, reducing reaction time in emergencies and heightening the risk of accidents. They also contribute to greater fuel consumption and emissions, negatively impacting the environment. Additionally, faster speeds can exacerbate wear and tear on road infrastructure, leading to higher maintenance costs. Finally, they can create safety concerns for other road users, including pedestrians and cyclists, due to the increased severity of collisions.
why is my 1991 Mazda truck surging at higher speeds
"Higher" can be a pretty ambiguous term here. Generally speaking, for higher torque and lower road speeds, you'd have taller rear end gear ratios.
9 to 13 LBS. No higher or lower are you will have starting are running problems.
It is called the venturi effect. The air pressure between the car and the truck reduces due to the relative speeds
kangaroo petrol
The blower motor speed resister is burned out.
9 to 13 LBS. No higher are lower are you will have running and are starting problems.
No, a lighter would not go faster than a truck because a lighter does not have an engine or the ability to move on its own. Trucks are designed to move at higher speeds due to their powerful engines and larger size.
9 to 13 LBS. It can't be any lower are higher. Are you will have starting and running problems.
when air is pushed forward, is has less pressure to the sides then in front, causing a vacuum on either side. when the truck speeds by, it causes this affect on a descent sized scale, large enough to pull your car.
About an hour at highway speeds.
when air is pushed forward, is has less pressure to the sides then in front, causing a vacuum on either side. when the truck speeds by, it causes this affect on a descent sized scale, large enough to pull your car.