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Lunaz Answers Demand For Electric Classic Cars
Posted by: Fritz
Date: February 18, 2022 05:05PM
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Re: Lunaz Answers Demand For Electric Classic Cars
Posted by: N-OS X-tasy!
Date: February 18, 2022 05:17PM
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Re: Lunaz Answers Demand For Electric Classic Cars
Posted by: Fritz
Date: February 18, 2022 05:25PM
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Re: Lunaz Answers Demand For Electric Classic Cars
Posted by: Carnos Jax
Date: February 18, 2022 05:47PM
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Re: Lunaz Answers Demand For Electric Classic Cars
Posted by: MikeF
Date: February 18, 2022 06:32PM
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Re: Lunaz Answers Demand For Electric Classic Cars
Posted by: Racer X
Date: February 18, 2022 07:55PM
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Re: Lunaz Answers Demand For Electric Classic Cars
Posted by: Rolando
Date: February 18, 2022 09:02PM
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Quote
Racer X
There is a startup that is selling a controller, and 4 125hp ring motors that will fit inside the "envelope" of a wheel. $10k a set. Just need some custom software(they will work with you) and some cheap Prius battery packs, and 4WD 500 horses at the pavement.
Put that in a lightened Dodge Dart or a first gen Camaro/Firebird or an early Mustang. Stick a battery pack or 2 under the hood, and 2 in the back trunk/gas tank area. Keep the weight low and over the wheel areas.
Re: Lunaz Answers Demand For Electric Classic Cars
Posted by: mrbigstuff
Date: February 19, 2022 12:08AM
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Quote
Racer X
There is a startup that is selling a controller, and 4 125hp ring motors that will fit inside the "envelope" of a wheel. $10k a set. Just need some custom software(they will work with you) and some cheap Prius battery packs, and 4WD 500 horses at the pavement.
Put that in a lightened Dodge Dart or a first gen Camaro/Firebird or an early Mustang. Stick a battery pack or 2 under the hood, and 2 in the back trunk/gas tank area. Keep the weight low and over the wheel areas.
Re: Lunaz Answers Demand For Electric Classic Cars
Posted by: GeneH
Date: February 19, 2022 12:29AM
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Re: Lunaz Answers Demand For Electric Classic Cars
Posted by: GeneH
Date: February 19, 2022 12:30AM
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Re: Lunaz Answers Demand For Electric Classic Cars
Posted by: Racer X
Date: February 19, 2022 12:43AM
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Re: Lunaz Answers Demand For Electric Classic Cars
Posted by: Markintosh
Date: February 19, 2022 08:40AM
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Re: Lunaz Answers Demand For Electric Classic Cars
Posted by: mrbigstuff
Date: February 19, 2022 04:35PM
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Quote
GeneH
mrbigstuff,
The problem with that approach is you're messing with the sprung vs. unsprung weight ratio. To get a softer, more comfortable, more controllable ride, you need a greater sprung weight vs. unsprung. The objective is to reduce unsprung weight.
Which is why on "super race" cars, they even move the braking assemblies inboard alongside and next to the differential with only the axle shafts and hubs/spindles going out to the wheels. Your brake assembly
is no longer "outboard" with the wheels.
Or so I read somewhere ages ago. Anyone heard or read anything different?
Re: Lunaz Answers Demand For Electric Classic Cars
Posted by: Cary
Date: February 19, 2022 10:23PM
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Quote
mrbigstuff
Quote
GeneH
mrbigstuff,
The problem with that approach is you're messing with the sprung vs. unsprung weight ratio. To get a softer, more comfortable, more controllable ride, you need a greater sprung weight vs. unsprung. The objective is to reduce unsprung weight.
Which is why on "super race" cars, they even move the braking assemblies inboard alongside and next to the differential with only the axle shafts and hubs/spindles going out to the wheels. Your brake assembly
is no longer "outboard" with the wheels.
Or so I read somewhere ages ago. Anyone heard or read anything different?
I think the setups I've read about are combinations of spindle, brake and bearing and electric motor all in one. So, I'd agree with you if we are talking about a car we know it today, but things will (maybe) radically shift in the coming years.
Re: Lunaz Answers Demand For Electric Classic Cars
Posted by: Racer X
Date: February 20, 2022 02:09AM
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Quote
Cary
Quote
mrbigstuff
Quote
GeneH
mrbigstuff,
The problem with that approach is you're messing with the sprung vs. unsprung weight ratio. To get a softer, more comfortable, more controllable ride, you need a greater sprung weight vs. unsprung. The objective is to reduce unsprung weight.
Which is why on "super race" cars, they even move the braking assemblies inboard alongside and next to the differential with only the axle shafts and hubs/spindles going out to the wheels. Your brake assembly
is no longer "outboard" with the wheels.
Or so I read somewhere ages ago. Anyone heard or read anything different?
I think the setups I've read about are combinations of spindle, brake and bearing and electric motor all in one. So, I'd agree with you if we are talking about a car we know it today, but things will (maybe) radically shift in the coming years.
It really doesn't matter - putting more weight in the wheel assemblies leads to worse handling and ride.
Re: Lunaz Answers Demand For Electric Classic Cars
Posted by: mrbigstuff
Date: February 20, 2022 10:44AM
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Quote
Racer X
Quote
Cary
Quote
mrbigstuff
Quote
GeneH
mrbigstuff,
The problem with that approach is you're messing with the sprung vs. unsprung weight ratio. To get a softer, more comfortable, more controllable ride, you need a greater sprung weight vs. unsprung. The objective is to reduce unsprung weight.
Which is why on "super race" cars, they even move the braking assemblies inboard alongside and next to the differential with only the axle shafts and hubs/spindles going out to the wheels. Your brake assembly
is no longer "outboard" with the wheels.
Or so I read somewhere ages ago. Anyone heard or read anything different?
I think the setups I've read about are combinations of spindle, brake and bearing and electric motor all in one. So, I'd agree with you if we are talking about a car we know it today, but things will (maybe) radically shift in the coming years.
It really doesn't matter - putting more weight in the wheel assemblies leads to worse handling and ride.
You can mitigate that a fair bit by making changes to a number of components. You can drop 20+ pounds a corner with aluminum rims and brake drums, for example. And downsize brake size with regenerative braking. The brakes on my Prius are tiny relative to vehicle weight.