Lamborghini says handling, not flat-out speed, is the new benchmark
#46
You seem to be a fan of EVs. What would you think of an electric Lambo?....minus the classic engine-snarl that Lambos and Ferraris are famous for.
#48
EVs moved the goalpost in the 2010s, according to Scardaoni, because their powertrain develops maximum torque right away.
Now if they're going to sacrifice many of those things, in order to bring "purity" back to driving, then I really wonder which direction they're going to move (no pun), in order to improve and market lateral acceleration. If anything, I feel like there's going to be a lot more competition in that arena, since it's not only subjective, but your new competition may also include something like a spec-Miata around an autocross, which is as accessible in the drivability/handling world, as EVs are to responsiveness/acceleration. In other words, the objective/exclusive points of a supercar seem like they're going to be diminished, either way.
#49
You guys are forgetting all about the KINGS of the super car world are all motor/turbos, no electricity....Mclaren 720s and , Mclaren 765lt. EVs aren't even close. If mclaren can do it, so can Lamborghini.
V
V
Last edited by Vitveet; 03-27-21 at 12:05 AM.
#50
#51
Cheaper, faster, can track it without overheating, and actually has emotion to it oh and most importantly you can actually make it better yourself. You will never see an electric car in its first year see the kind of performance increases and outright top performance real cars always see.
Electrics are boringly simple, you already know exactly how fast it will be at least for one run once you know the cell volts/amps/discharge heat and the limits of the motor. There is no art to their driveline at all, just plug in the output and heat resilience of the pack and what the max current the motors can handle times wheel torque plus the weight of the car and you have nearly exactly what will happen. You can't improve the performance past what the motor can take without arcing it/frying it and discharge rate/heat is always limited by cell tech and cooling that is not something an end user can easily change unless they are willing to create their own controller can bypass the factory system for the driveline.
Every electric "performance" build I have seen is just stripping out as much of the weight as possible since that's the only thing you really can do. Try and make the pack smaller and you run into thermal density issues if you maintain the discharge rate, that then leads to the problem of cooling it and you can't easily as of right now run coolant though the battery pack to the point it can stop individual cells from hitting the critical point. There are many issues with it and at the end of the day an ICE is simply a far more power dense device that can unleash its ability far more quickly and sustained longer. A car using ICE will be lighter and have better dynamics in every situation possible as well as a hell of a lot more power for the weight and the ability to keep running for hours and hours at a time if wanted.
Last edited by Striker223; 03-25-21 at 03:10 AM.
#52
and i think it will be great, just like the porsche taycan is great.
as with all things there will be naysayers and those who say they will "never" get an EV.
Fun to drive and EV are mutually exclusive. They all feel the exact same to drive just the number on the dash increases more quickly in some cars vs others, there is no individuality to them at all and no aural or felt/vibrational engagement whatsoever.
Cheaper, faster, can track it without overheating, and actually has emotion to it oh and most importantly you can actually make it better yourself. You will never see an electric car in its first year see the kind of performance increases and outright top performance real cars always see.
Electrics are boringly simple, you already know exactly how fast it will be at least for one run once you know the cell volts/amps/discharge heat and the limits of the motor. There is no art to their driveline at all, just plug in the output and heat resilience of the pack and what the max current the motors can handle times wheel torque plus the weight of the car and you have nearly exactly what will happen. You can't improve the performance past what the motor can take without arcing it/frying it and discharge rate/heat is always limited by cell tech and cooling that is not something an end user can easily change unless they are willing to create their own controller can bypass the factory system for the driveline.
Every electric "performance" build I have seen is just stripping out as much of the weight as possible since that's the only thing you really can do. Try and make the pack smaller and you run into thermal density issues if you maintain the discharge rate, that then leads to the problem of cooling it and you can't easily as of right now run coolant though the battery pack to the point it can stop individual cells from hitting the critical point. There are many issues with it and at the end of the day an ICE is simply a far more power dense device that can unleash its ability far more quickly and sustained longer. A car using ICE will be lighter and have better dynamics in every situation possible as well as a hell of a lot more power for the weight and the ability to keep running for hours and hours at a time if wanted.
Cheaper, faster, can track it without overheating, and actually has emotion to it oh and most importantly you can actually make it better yourself. You will never see an electric car in its first year see the kind of performance increases and outright top performance real cars always see.
Electrics are boringly simple, you already know exactly how fast it will be at least for one run once you know the cell volts/amps/discharge heat and the limits of the motor. There is no art to their driveline at all, just plug in the output and heat resilience of the pack and what the max current the motors can handle times wheel torque plus the weight of the car and you have nearly exactly what will happen. You can't improve the performance past what the motor can take without arcing it/frying it and discharge rate/heat is always limited by cell tech and cooling that is not something an end user can easily change unless they are willing to create their own controller can bypass the factory system for the driveline.
Every electric "performance" build I have seen is just stripping out as much of the weight as possible since that's the only thing you really can do. Try and make the pack smaller and you run into thermal density issues if you maintain the discharge rate, that then leads to the problem of cooling it and you can't easily as of right now run coolant though the battery pack to the point it can stop individual cells from hitting the critical point. There are many issues with it and at the end of the day an ICE is simply a far more power dense device that can unleash its ability far more quickly and sustained longer. A car using ICE will be lighter and have better dynamics in every situation possible as well as a hell of a lot more power for the weight and the ability to keep running for hours and hours at a time if wanted.
in 20 years we may see a formula one race including gas, hybrid, and full electric cars, some without drivers! it will be wild.
#53
Fun to drive and EV are mutually exclusive. They all feel the exact same to drive just the number on the dash increases more quickly in some cars vs others, there is no individuality to them at all and no aural or felt/vibrational engagement whatsoever.
https://youtu.be/BEgEKIzN9pw
Cheaper, faster, can track it without overheating, and actually has emotion to it oh and most importantly you can actually make it better yourself. You will never see an electric car in its first year see the kind of performance increases and outright top performance real cars always see.
Electrics are boringly simple, you already know exactly how fast it will be at least for one run once you know the cell volts/amps/discharge heat and the limits of the motor. There is no art to their driveline at all, just plug in the output and heat resilience of the pack and what the max current the motors can handle times wheel torque plus the weight of the car and you have nearly exactly what will happen. You can't improve the performance past what the motor can take without arcing it/frying it and discharge rate/heat is always limited by cell tech and cooling that is not something an end user can easily change unless they are willing to create their own controller can bypass the factory system for the driveline.
Every electric "performance" build I have seen is just stripping out as much of the weight as possible since that's the only thing you really can do. Try and make the pack smaller and you run into thermal density issues if you maintain the discharge rate, that then leads to the problem of cooling it and you can't easily as of right now run coolant though the battery pack to the point it can stop individual cells from hitting the critical point. There are many issues with it and at the end of the day an ICE is simply a far more power dense device that can unleash its ability far more quickly and sustained longer. A car using ICE will be lighter and have better dynamics in every situation possible as well as a hell of a lot more power for the weight and the ability to keep running for hours and hours at a time if wanted.
https://youtu.be/BEgEKIzN9pw
Cheaper, faster, can track it without overheating, and actually has emotion to it oh and most importantly you can actually make it better yourself. You will never see an electric car in its first year see the kind of performance increases and outright top performance real cars always see.
Electrics are boringly simple, you already know exactly how fast it will be at least for one run once you know the cell volts/amps/discharge heat and the limits of the motor. There is no art to their driveline at all, just plug in the output and heat resilience of the pack and what the max current the motors can handle times wheel torque plus the weight of the car and you have nearly exactly what will happen. You can't improve the performance past what the motor can take without arcing it/frying it and discharge rate/heat is always limited by cell tech and cooling that is not something an end user can easily change unless they are willing to create their own controller can bypass the factory system for the driveline.
Every electric "performance" build I have seen is just stripping out as much of the weight as possible since that's the only thing you really can do. Try and make the pack smaller and you run into thermal density issues if you maintain the discharge rate, that then leads to the problem of cooling it and you can't easily as of right now run coolant though the battery pack to the point it can stop individual cells from hitting the critical point. There are many issues with it and at the end of the day an ICE is simply a far more power dense device that can unleash its ability far more quickly and sustained longer. A car using ICE will be lighter and have better dynamics in every situation possible as well as a hell of a lot more power for the weight and the ability to keep running for hours and hours at a time if wanted.
Conversely, its much more difficult for EVs to be lighter and better handlers so of course Lambo will focus on those metrics as the speed game already has diminishing returns. Nobody is arguing that the highest end ICE can generate more power. But matching specs with an EV is a fruitless exercise.
#54
I had a "noisy, aural, smelly, vibrationally engaging" car and I don't miss it now that I have a powerful and incredibly smooth EV with none of those traits and absolutely love it!
#55
Maybe Lamborghini is going to release an EV that handles really well?
Thread
Thread Starter
Forum
Replies
Last Post
Gojirra99
Car Chat
23
11-24-08 12:46 AM