On the off chance that you drive a stick-shift auto, then you may have a few inquiries coasting in your mind.
How does the clever "H" design that I am moving this change handle through have any connection to the gears inside the transmission? What is moving inside the transmission when I move the shifter?
When I foul up and hear that awful crushing sound, what is really granulating? What might happen in the event that I were to inadvertently move into converse while I am speeding down the turnpike? Would the whole transmission blast?
In this article, we'll answer these inquiries and all the more as we investigate the inside of a manual transmission.
Autos need transmissions in light of the material science of the fuel motor. In the first place, any motor has a redline - a greatest rpm esteem above which the motor can't go without blasting. Second, on the off chance that you have read How Horsepower Works, then you realize that motors have tight rpm ranges where drive and torque are at their most extreme. Case in point, a motor may deliver its most extreme torque at 5,500 rpm. The transmission permits the rigging proportion between the motor and the drive wheels to change as the auto accelerates and eases off. You change gears so the motor can stay beneath the redline and close to the rpm band of its best execution.
In a perfect world, the transmission would be so adaptable in its proportions that the motor could simply keep running at its single, best-execution rpm esteem. Manual transmission.