corner balance - yeah but what numbers
#1
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corner balance - yeah but what numbers
ok so everyone says "corner balance... "
but what should I be getting in-terms of front/rear and left/right %'s
Obviously left/right should be 50/50, but what about front/rear?
but what should I be getting in-terms of front/rear and left/right %'s
Obviously left/right should be 50/50, but what about front/rear?
#5
This has been gone over ad nauseum on this forum. Repeat after me:
You can't affect F/R or L/R weight balance by corner balancing your car.
You can't affect F/R or L/R weight balance by corner balancing your car.
You can't affect F/R or L/R weight balance by corner balancing your car.
You can't affect F/R or L/R weight balance by corner balancing your car.
You can't affect F/R or L/R weight balance by corner balancing your car.
What a corner balance does is make the LF + RR = RF + LR weight.
You can't affect F/R or L/R weight balance by corner balancing your car.
You can't affect F/R or L/R weight balance by corner balancing your car.
You can't affect F/R or L/R weight balance by corner balancing your car.
You can't affect F/R or L/R weight balance by corner balancing your car.
You can't affect F/R or L/R weight balance by corner balancing your car.
What a corner balance does is make the LF + RR = RF + LR weight.
#6
Front to rear will be shown as a by-product of a corner balance session. For a stock Evo it'll be approx. 60/40 front to rear. Take too much out of the rear, such as, remove wing, remove trunk interior and rear seat but don't touch anything forward of the front seats you can see a 62/38 real easy.
You'll also see a side to side % split and LF-RR and RF-LR % splits. The weight totals at each corner are a result of these % splits and will equal the total weight of your car.
You'll also see a side to side % split and LF-RR and RF-LR % splits. The weight totals at each corner are a result of these % splits and will equal the total weight of your car.
#7
Got a question about corner balancing. (got it corner balanced a couple of weeks ago, 1610/1609 split).
The question that I have is if I lower my car 1/4" all around, will it affect my cross balance? Or will it remain the same?
My driver front KW Coilover is set to 44MM (which is higher than the range recommended by KW which is 40mm). So basically, I want to drop the car slightly so that I will be within the recommended range
From
DF = 44 MM
PF = 35 MM
DR = 50 MM
PR = 51 MM
to
DF = 40 MM (-4 mm)
PF = 31 MM (-4 mm)
DR = 45 MM (-4 mm)
PR = 46 MM (-4 mm)
Thanks..
The question that I have is if I lower my car 1/4" all around, will it affect my cross balance? Or will it remain the same?
My driver front KW Coilover is set to 44MM (which is higher than the range recommended by KW which is 40mm). So basically, I want to drop the car slightly so that I will be within the recommended range
From
DF = 44 MM
PF = 35 MM
DR = 50 MM
PR = 51 MM
to
DF = 40 MM (-4 mm)
PF = 31 MM (-4 mm)
DR = 45 MM (-4 mm)
PR = 46 MM (-4 mm)
Thanks..
Last edited by funks; Dec 14, 2008 at 02:58 PM.
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#9
This should help understand corner balancing
Corner Weight - Part 1
http://www.youtube.com/watch?v=eZhZS...e=channel_page
Corner Weight - Part 2
http://www.youtube.com/watch?v=N89-P...e=channel_page
Corner Weight - Part 1
http://www.youtube.com/watch?v=eZhZS...e=channel_page
Corner Weight - Part 2
http://www.youtube.com/watch?v=N89-P...e=channel_page
#10
Not to any appreciable amount. You might be able to shift the numbers by a few pounds, but the only effect it will have is making your suspension geometry different on each side.
#15
The easiest way to comprehend corner balance on a car....
Think of a table that has 4 legs but is rocks when you lean on it because one leg is shorter than the rest (out of balance)
You can add a little material to the short leg or remove material from the leg across from it to prevent is from rocking..........either way equal pressure is distributed and it prevents the rocking.
(sounded simple in my head )
Think of a table that has 4 legs but is rocks when you lean on it because one leg is shorter than the rest (out of balance)
You can add a little material to the short leg or remove material from the leg across from it to prevent is from rocking..........either way equal pressure is distributed and it prevents the rocking.
(sounded simple in my head )