funrover
Active Member
I can't find much info online however you can do it the old fashioned way.
#1 put in what comes out make sure its full before you drain btw lol
~#2 i highly doubt it takes more than 10 litres so to be on the safe side i would by 2x 5 litre bottles that way you know you won't be short of fluid.
#1 put in what comes out make sure its full before you drain btw lol
~#2 i highly doubt it takes more than 10 litres so to be on the safe side i would by 2x 5 litre bottles that way you know you won't be short of fluid.
gold rover
Well-Known Member
I think I'd double check that.
These are the dry capacities for all 24 models of the 5HP24, according to ZF. The Range Rover is the ‘032’ model = 9.70 litres, although Land Rover specify a figure of 9.9 litres for the L322 in RAVE.
The torque converter, valve body assembly and internal hydraulic galleries retain almost half of the fluid during a drain & refill so 6 litres, give or take, is about right for a refill.
Phil
P.S. In case you’re interested, the reason the ‘034’ & ‘035’ models have a higher capacity is because they use the larger 280mm torque converter rather than the 260mm unit used in all other models
The torque converter, valve body assembly and internal hydraulic galleries retain almost half of the fluid during a drain & refill so 6 litres, give or take, is about right for a refill.
Phil
P.S. In case you’re interested, the reason the ‘034’ & ‘035’ models have a higher capacity is because they use the larger 280mm torque converter rather than the 260mm unit used in all other models
So it will take a few changes to replace all the fluid.
Assuming 9.7 litres dry capacity & 6.0 litres refill, the proportion of new fluid in the transmission following each drain & refill is:
So changing the fluid 3 times will give you 95% new fluid, but you’ve thrown away 8.8 litres of new fluid in the process
Phil
1. 61.9%
2. 85.5%
3. 94.5%
4. 97.9%
2. 85.5%
3. 94.5%
4. 97.9%
So changing the fluid 3 times will give you 95% new fluid, but you’ve thrown away 8.8 litres of new fluid in the process
Phil
