banjo diff ratios
#1 _L_X_Hatch_
Posted 26 November 2005 - 05:06 PM
thanks
#2
Posted 26 November 2005 - 05:32 PM
#3 _JNR_ATE_
Posted 27 November 2005 - 12:02 AM
If you got time and a calculator handy, count the teeth on the crown wheel and count the teeth on the pinion.
Divide the crown by the pinion, thats if your worried about the ratio and it isnt printed near the yoke seal.
Cheers
JNR_ATE
#4
Posted 27 November 2005 - 08:00 AM
#5
Posted 27 November 2005 - 11:11 AM
i think u can go down to a 2.60 ratio in a banjo, but personally thats just too low
#6 _CHOPPER_
Posted 27 November 2005 - 11:58 AM
#7
Posted 27 November 2005 - 12:05 PM
yeh yeh figure of speech everyone knew wat i meantA 2.60 ratio is NOT available for the banjo diff. Unless you can get somebody to make the gears for you. Then anything is possible. BTW, a 2.6 ratio is a HIGH ratio, the 3.9 is a low ratio.
#8 _QIKSLR_
Posted 28 November 2005 - 07:25 PM
Edited by QIKSLR, 28 November 2005 - 07:28 PM.
#9
Posted 28 November 2005 - 08:50 PM
#10
Posted 29 November 2005 - 10:14 AM
#11
Posted 29 November 2005 - 01:07 PM
I'll have one, if somebody wants to build some.....
Grant..
#12 _draglc_
Posted 29 November 2005 - 01:34 PM
#13 _redlh_
Posted 29 November 2005 - 01:38 PM
For example, travelling at 100kph with a 3.9 diff in 4th gear (M20/21) your engine would be doing 3257rpm. With a 2.78 diff and the same gear, the engine would be doing 2321rpm.
I run a T5 and a 9" with 3.0 gears. At 100kph in 5th gear (0.73) the 308 is doing 1828rpm.
Your call.
#14
Posted 30 November 2005 - 07:24 AM
#15 _QIKSLR_
Posted 02 December 2005 - 01:03 PM
Banjos are just uttery piss weak. If you've got any sort of power and intend to use it, forget it. There was a guy on here making a custom billet full spool and axels for his LC, I'd be interested to see how that went.
Between me and my mates we have broken every possible part of a banjo diff.
- Snapped both types of axels
- Torn the teeth off the spider gears
- Snapped the pin
- Broken the spider gears into 4 peices (thats after welding them up - waste of time)
- Snapped the baring caps in half
- Chipped the crown gear
- Snapped the pinion gear
- Written off a case (due to the pin reeming out the hole)
The best setup we found was a minispool in an LSD casing with the 23 spline axels. It was easy to twist axel splines, but overall it was the best for reliabilty, you just gotta keep pulling them out to inspect for twisting. (if its twisted, it will snap soon).
Now we're all running 9"s and we've never looked back.
Edited by QIKSLR, 02 December 2005 - 01:05 PM.
2 user(s) are reading this topic
0 members, 2 guests, 0 anonymous users