How a manual transmission works from 1936

The art of teaching is dead. Only few teachers, today, can teach at this level.

Learned more from this short video about the engine than I did watching the entire Fast & Furious series.

They don't make cartoon like this anymore

This is cool, I really enjoy these old explanations videos.

When the animator takes the power from the cartoon

Princess Leia (Carrie Fisher) is often seen as a sex symbol, mainly due to her iconic metal bikini appearance in 'Return of the Jedi.' However, she was also renowned for her intelligence, courage, and leadership.

I still think it’s magic they figured that out then.

Steve, not my ears.

A manual transmission, particularly in vehicles from 1936, operates using a system of gears and a clutch to provide different gear ratios for various driving conditions. Here's a basic overview: 1. Clutch Mechanism: The driver engages and disengages the clutch using a pedal. Pressing the clutch pedal disconnects the engine power from the wheels, allowing the driver to change gears. 2. Gear Selector: The driver uses a gear shift to select different gears. The gearbox contains various gears that provide different levels of torque and speed. 3. Gear Engagement: When the driver shifts gears, they move the gear lever, which engages a specific gear. This action aligns the gear's teeth with those on the output shaft, allowing power to transfer from the engine to the wheels. 4. Synchronizers: In more advanced manual transmissions, synchronizers help match the speeds of the gears to facilitate smoother shifting and prevent grinding. 5. Power Transfer: Once the desired gear is selected, the driver slowly releases the clutch pedal while simultaneously pressing the accelerator. This engages the selected gear, allowing the vehicle to move at the appropriate speed. Overall, the manual transmission provides the driver with greater control over the vehicle's performance and efficiency, a feature that has been integral to automotive design since the early 20th century.