The AE FActory Team B44.2 Thread
#7381
#7382
Joined: Jan 2010
Posts: 2,260
Loosening the front diff may make it worse. Front should be 1/16 out from tight and rear should be 1/8 out from tight. A tighter front than rear will make the front pull it out of a turn, more understeer than oversteer.
A shorter rear link should give you more steering and a little more straight line traction.
Longer link decreases the camber gain and makes it less responsive and slower camber change through the arms travel.
Razathorn... RC direction correct?
With that said, its real easy to make these changes at the track. Try it and see, if its worse, put it back and try something else
A shorter rear link should give you more steering and a little more straight line traction.
Longer link decreases the camber gain and makes it less responsive and slower camber change through the arms travel.
Razathorn... RC direction correct?
With that said, its real easy to make these changes at the track. Try it and see, if its worse, put it back and try something else

#7383
A slightly tighter rear diff can help control the car on turn in, more aggressive under power coming out of the turn but easier to control slide if it happens... but don't loosen the front to try to get the same thing... they are independent.
How much brake do you run? I run about 35 to 40 on the ESC (cant remember) so I can not skid in a straight line and once I am slow it barely stops itself. Just a thought. Also, no active braking... not sure what ESC you are using but that will usually boost braking for on road guys.
How much brake do you run? I run about 35 to 40 on the ESC (cant remember) so I can not skid in a straight line and once I am slow it barely stops itself. Just a thought. Also, no active braking... not sure what ESC you are using but that will usually boost braking for on road guys.
#7385
Tech Rookie
Joined: Oct 2013
Posts: 10
Skaol is this Godwin
I run a flowworks team esc
With no drag brake and about 60%
EPA on my brake no lock up
I have run my diffs loose, tight with and without
Sway bar
The back end just will not stop washing out
Especially under power such as swinging a turn than getting
On the throttle
Farmer
I run a flowworks team esc
With no drag brake and about 60%
EPA on my brake no lock up
I have run my diffs loose, tight with and without
Sway bar
The back end just will not stop washing out
Especially under power such as swinging a turn than getting
On the throttle
Farmer
#7386
Joined: Jan 2010
Posts: 2,260
Farmer, yes this is Godwin. We both seem to be having the same problem and I just can't seem to find a fix. The car is great everywhere on the track but the 180's. My brakes are on the high side but has nothing to do with the car washing out. The car brakes in a straight line. I have no drag brake. I hit the 180's half way through the turn and accelerate and the car washes around. I'm not going to loosen the slipper because that is just a band-aid. It does not fix the problem. I'm up to try anything
#7387
Farmer, yes this is Godwin. We both seem to be having the same problem and I just can't seem to find a fix. The car is great everywhere on the track but the 180's. My brakes are on the high side but has nothing to do with the car washing out. The car brakes in a straight line. I have no drag brake. I hit the 180's half way through the turn and accelerate and the car washes around. I'm not going to loosen the slipper because that is just a band-aid. It does not fix the problem. I'm up to try anything
#7388
Farmer I had the same issues with mine. First off go with the aluminum rear ballast and delrin front. Also take out some droop from the front. I don't know what traction is like there but might try the black sway bar as well.
My setup is mostly coaches setup from the avid site I believe.
My setup is mostly coaches setup from the avid site I believe.
#7389
Skaol is this Godwin
I run a flowworks team esc
With no drag brake and about 60%
EPA on my brake no lock up
I have run my diffs loose, tight with and without
Sway bar
The back end just will not stop washing out
Especially under power such as swinging a turn then getting on the throttle
Farmer
I run a flowworks team esc
With no drag brake and about 60%
EPA on my brake no lock up
I have run my diffs loose, tight with and without
Sway bar
The back end just will not stop washing out
Especially under power such as swinging a turn then getting on the throttle
Farmer
The slipper is a tuning tool, I adjust for available traction. The buggy will still run like a bat outa hell with a looser slipper setting it just softens the initial torque allowed to hit the drivetrain. It is especially beneficial when trying to eliminate the above bolded sentence.
If you can run a tight slipper with the traction available at your track, great. If you are doing doughnuts while everyone else is driving towards the next corner, losing a little straight line acceleration with a slightly looser slipper but being able to stay with the train to the next corner will net you a better finishing position.
Many suggestions made, try them one at a time till you can get your buggy locked in and competitive. Stiffer spring in the front as suggested a couple times is a logical step along with the other adjustments, which one or combo of them gets you locked in? Test & tune to find out
#7392
Tech Rookie
Joined: Oct 2013
Posts: 10
so whats the general consensus on anti squat
em i correct by saying that adding washers will add anti squat and removing them takes away anti squat
and adding more anti squat will give you more forward traction on power and better jumping
as removing anti squat will give you more side bite traction on throttle and better ruff track traction
also when we talk about adding and removing washers on the tower ball stud
with the b44.2
since the ball stud is on the bottom we have to talk about this in the opposite
compared to a standard top mounted ball stud
for example to raise the roll center on a standard top mounted ball stud you would remove washers to lower the ball stud
but on a bottom mounted ball stud on the .2 you would have to add washers to raise the roll center
correct?
dont really know if im thinking in the rite direction ?
farmer
em i correct by saying that adding washers will add anti squat and removing them takes away anti squat
and adding more anti squat will give you more forward traction on power and better jumping
as removing anti squat will give you more side bite traction on throttle and better ruff track traction
also when we talk about adding and removing washers on the tower ball stud
with the b44.2
since the ball stud is on the bottom we have to talk about this in the opposite
compared to a standard top mounted ball stud
for example to raise the roll center on a standard top mounted ball stud you would remove washers to lower the ball stud
but on a bottom mounted ball stud on the .2 you would have to add washers to raise the roll center
correct?
dont really know if im thinking in the rite direction ?
farmer
#7394
so whats the general consensus on anti squat
em i correct by saying that adding washers will add anti squat and removing them takes away anti squat
and adding more anti squat will give you more forward traction on power and better jumping
as removing anti squat will give you more side bite traction on throttle and better ruff track traction
also when we talk about adding and removing washers on the tower ball stud
with the b44.2
since the ball stud is on the bottom we have to talk about this in the opposite
compared to a standard top mounted ball stud
for example to raise the roll center on a standard top mounted ball stud you would remove washers to lower the ball stud
but on a bottom mounted ball stud on the .2 you would have to add washers to raise the roll center
correct?
dont really know if im thinking in the rite direction ?
farmer
em i correct by saying that adding washers will add anti squat and removing them takes away anti squat
and adding more anti squat will give you more forward traction on power and better jumping
as removing anti squat will give you more side bite traction on throttle and better ruff track traction
also when we talk about adding and removing washers on the tower ball stud
with the b44.2
since the ball stud is on the bottom we have to talk about this in the opposite
compared to a standard top mounted ball stud
for example to raise the roll center on a standard top mounted ball stud you would remove washers to lower the ball stud
but on a bottom mounted ball stud on the .2 you would have to add washers to raise the roll center
correct?
dont really know if im thinking in the rite direction ?
farmer



