A manually-shiftable automatic obeys your suggestion to shift if and when it feels like it. A manual transmission shifts RIGHT THE FUCK NOW as you move the lever.
I have only tried paddle shifters on other people’s cars so I couldn’t do anything too exciting. They will really refuse to shift sometimes even if the result would be within the operating parameters of the engine/transmission? Is that just a problem with some models or is it universal?
I do admit that I enjoy the feeling of being able to blow up my engine if I feel like it… (Actually I’m not sure the synchros would let me do that.)
To be clear, “an automatic with paddle shifters” (or in general, a manually-shiftable automatic) does not necessarily imply a fancy dual-clutch transmission derived from F1 cars or whatever. Sometimes, like in my automatic-transmission car, it just means you get a + and - on the gear lever and still have a torque converter instead of one clutch (let alone two).
But yes, the one thing that is true in any modern car without a third pedal is that when you push the stick to + or - or pull on the paddle shifters, all it’s doing is sending an electrical signal to a computer that mediates between you and the car and decides whether your input will be followed or not. It won’t allow a downshift that would cause an overrev (probably in any car, even the most track-oriented ones), in many cases (especially in less-sporty cars) it won’t hold a low gear and let you keep the engine at redline but will instead upshift even if you do nothing, and in many cases it won’t hold a high gear as you come to a stop and will instead start you off in first again instead of fifth like a real manual would do. And last, but not least, those computer decisions and solenoid activations and whatnot take at least some non-zero amount of time, which – even if it’s a fancy dual-clutch and the total time interval between gear N being engaged and gear N+1 being engaged is way shorter than any human could manage – it can feel laggy because you give the input and then it acts, as opposed to a real manual where your hand on the gear stick and your foot on the clutch pedal are doing the action to the car directly.
Which is why you call the gear change ahead of when you intend to. When you do it right and get familiar with how long the delay is on that car, you will nail it every time.
A manually-shiftable automatic obeys your suggestion to shift if and when it feels like it. A manual transmission shifts RIGHT THE FUCK NOW as you move the lever.
I have only tried paddle shifters on other people’s cars so I couldn’t do anything too exciting. They will really refuse to shift sometimes even if the result would be within the operating parameters of the engine/transmission? Is that just a problem with some models or is it universal?
I do admit that I enjoy the feeling of being able to blow up my engine if I feel like it… (Actually I’m not sure the synchros would let me do that.)
To be clear, “an automatic with paddle shifters” (or in general, a manually-shiftable automatic) does not necessarily imply a fancy dual-clutch transmission derived from F1 cars or whatever. Sometimes, like in my automatic-transmission car, it just means you get a + and - on the gear lever and still have a torque converter instead of one clutch (let alone two).
But yes, the one thing that is true in any modern car without a third pedal is that when you push the stick to + or - or pull on the paddle shifters, all it’s doing is sending an electrical signal to a computer that mediates between you and the car and decides whether your input will be followed or not. It won’t allow a downshift that would cause an overrev (probably in any car, even the most track-oriented ones), in many cases (especially in less-sporty cars) it won’t hold a low gear and let you keep the engine at redline but will instead upshift even if you do nothing, and in many cases it won’t hold a high gear as you come to a stop and will instead start you off in first again instead of fifth like a real manual would do. And last, but not least, those computer decisions and solenoid activations and whatnot take at least some non-zero amount of time, which – even if it’s a fancy dual-clutch and the total time interval between gear N being engaged and gear N+1 being engaged is way shorter than any human could manage – it can feel laggy because you give the input and then it acts, as opposed to a real manual where your hand on the gear stick and your foot on the clutch pedal are doing the action to the car directly.
Which is why you call the gear change ahead of when you intend to. When you do it right and get familiar with how long the delay is on that car, you will nail it every time.