Sorry RRDT, I was pißßing about... I do like the Freelander 2, a client of mine has one. I recently fitted some slotted/drilled disks and EDC pads onto it for her. EDC? EBC ? Can never remember...
The ride heights don't change with Arnott 3 but you can get greater articulation if your shocks and other components are modified to allow it.
Don't think anyone here has done it but more common in the States and on RR.net.
Arnott Gen 3's are a waste of time unless you are into serious off roading. Gen 2's are very good though.RR.net is a rubbish place to be so thats what I think about that Id much rather hang out here..
My ultimate plan was to get the EAS working well and reliable with all factory equipment. And then get some Arnott Gen3s for the extra articulation(not lift,good to know).. Then I could keep the known good factory Dunlops as spares for the trail.
Okay, so the only way to truly lift the p38 is by tricking it into thinking everything is normal. And so we must play its game by its own rules then.....I see now, thanks for your insight
Arnott Gen 3's are a waste of time unless you are into serious off roading. Gen 2's are very good though.
Fair enough, parts are available to adapt the height sensors for the extended range.Iam getting tired of being rescued by the Jeeps and Yotas with 40s...My next mod will likely be an electric winch so I might be able to find some use for those Gen3s.
Is it true that I can remove the upper valve solenoid covers and valves with the valve block in place and pressurized? I believe I read somewhere that the valve bodies are not held against high pressure air so I assume I can remove them and the airbags will stay where it is and I can work on it in situ? OR maybe Iam just making stuff up because I dont want to take it all completely apart again? haha
Lol for the last couple days Ive been looking for "this thing I read on the internet" but cant seem to find it. So I now believe maybe my laziness made it up..Try it a find out. It's what is known as learning by experience. It maybe a good idea to wear some goggles.
Lol for the last couple days Ive been looking for "this thing I read on the internet" but cant seem to find it. So I now believe maybe my laziness made it up..
Tomorrow I will go for some more testing and if she still wants to dance... I will be tearing it down to check my work and swapping NRV locations again and swapping over a spare unknown condition driver pack.
Dancing at front end on coming to a halt is mostly caused by front heights being different side to side. Every time the car speed drops to 1 MPH both front valves open to equalise pressure across the axle and the front drops. Then if still stopped when the brake pedal is released the front will rise. That is why the fronts should be within 2 bits side to side + or - 7 MM in measurement. Rears side to side don't matter as much. But if you have a leaking high pressure inlet valve and weak solenoid seals on the front allowing air to be forced past them that dancing will be exaggerated. You saying the car rises at the front when stood and switched off gives the game away.
Yeah you replied to me in another thread a few days ago and also recommended that I check both fronts and inlet valves. Since then Ive been searching for this made up procedure for taking the solenoids apart in situ
Just to clarify are we talking about the inlet valve solenoid or NRV 1? I wasnt sure so I was just gonna do both because I hope to not have to take this thing apart again haha
Inlet valve solenoid seal. Check all the solenoid seals for crusty white deposits from drier media break up.