There's more than 1 clutch-ing here.That’s more predictable.

There's more than 1 clutch-ing here.That’s more predictable.

Granny shifting. Not double clutching like you shouldThere's more than 1 clutch-ing here.![]()

Sunday/holiday season drivers.Been a few people over the last few days who could have done with EV acceleration - I don't know what it is with these people who literally take like 20 seconds to increase speed by every 10MPH.
I found a really good graph, as I say not many people mention it when buying EVs, but it's pretty obvious when you've owned one for a while and I don't like it. If a petrol or diesel car lost a third of it's power due to the tank being empty there would be outrage. I know it's the nature of batteries, but there are ways around it.Not knowing what a car's performance characteristics are going to be in a given situation is kind of worrying.
But there's no outrage when an ice vehicle ages and loses bhp forever, each has its own bugs and features.I found a really good graph, as I say not many people mention it when buying EVs, but it's pretty obvious when you've owned one for a while and I don't like it. If a petrol or diesel car lost a third of it's power due to the tank being empty there would be outrage. I know it's the nature of batteries, but there are ways around it.![]()
I found a really good graph, as I say not many people mention it when buying EVs, but it's pretty obvious when you've owned one for a while and I don't like it. If a petrol or diesel car lost a third of it's power due to the tank being empty there would be outrage. I know it's the nature of batteries, but there are ways around it.![]()
The “legacy” automakers deal with this better than tesla
In my experience.
But there's no outrage when an ice vehicle ages and loses bhp forever, each has its own bugs and features.
But who drives around in the peak torque curve, no one.But that is largely a slow decline in power overall. The "outrage" for me is not that the older cars lose power from brand new. The "outrage" would be putting the foot down to make an overtake only to find that the car has lost a significant part of its power purely due to the battery level. Its a potential safety issue.
When an ICE car loses power as it ages, the overtake is not affected in the same manner e.g. travel 200 miles in both cars - the ICE overtakes the same throughout its journey, the EV does not. If we go by that chart for the Tesla and start an overtake at 50MPH, you have lost 15% of your torque from a full charge vs 45% charge... That's significant if you expect the full power and it suddenly isn't there.
EDIT: I read @ICDP post after replying - It may only affect some makes?
But who drives around in the peak torque curve, no one.
If you're out of the max torque curve then changing a gear probably takes longer than an ev at a lower soc.
Horses for courses.
But who drives around in the peak torque curve, no one.
If you're out of the max torque curve then changing a gear probably takes longer than an ev at a lower soc.
Horses for courses.
Walking the dogs this morning, and I turned into a side road just as a small van rolled up to the give way line. I happened to look into the cockpit and could see the driver was holding what looked like a can of beer between his knees. The mind boggles.
Open alcohol isn't allowed on buses
That seems a better way of doing it. I wonder if it's an issue with the amount of power, for instance the i5n being comparable, if that does it differently. The other thing is I don't know if Tesla use different batteries, although I wonder if some sort of large capacitor would alleviate the issue.Richie is correct, some EVs such as Tesla (unless they have changed it recently) have a very different throttle response at lower SoC. They limit actual available power entirely at lower SoC.
Other manufacturers still give you almost total power but for maybe 3 seconds instead of 15 seconds. Those 3 seconds at full power are enough for a rapid overtake.
I’m not saying this makes Tesla’s dangerous, just different.