Curse you, Kiwi! You’re really missing out on a symphony of European clicks and bings. May your footwell hump cause excruciating back pain and your sheep go on strike.And the best of all……
No stupid camera in the windscreen![]()
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Curse you, Kiwi! You’re really missing out on a symphony of European clicks and bings. May your footwell hump cause excruciating back pain and your sheep go on strike.And the best of all……
No stupid camera in the windscreen![]()
Just resurrecting the long awaited workshop manual "dead horse" to give it another kick....As for my wish list in no apparent order:
Cheers
- A service manual. Doesn't have to be everything, just cover basic servicing and other maintenance procedures that a typical enthusiast user could do.
- Complimenting this allow the user to reset things like the service light and reprogram TPMS sensor positions etc
- Expand the service centre network, particularly in the west of Australia.
- Tidy up the infotainment menu structure, e.g. move the pathfinder export menu from the home screen to the pathfinder menu, use icons like the off-road menu rather than lists.
Steve
No 2 cars from different manufacturers are the same so “just” looking and thinking something does not mean it would seem to be legally possible. Do you have any experience in designing/developing bumper systems?.One additional wish for the Europe Version:
When I look at the Toyota Landcruiser 250, it seems to be legally possible to design a smaller bumper in the EU too.
- A smaller Front-Bumper!!
Would the new "change my mind" software update on lockers address the issue. You press the button immediately after you unlock it. The system reengage the lockers.The rear locker state detection logic could use further investment.
When locked the truck performs great. Sometimes the detection logic is unable to confirm the lock and drops you out of lock after a time out. Most times, the detection logic is unable to confirm unlocked until a full 90 degree turn is made which is often not possible on trail. Also, currently, if my vehicle is in the unlocking state, I cannot reengage the lock. Above means the owners manual guidance of only locking for the technical bit and immediately unlocking is not practical. Instead the current detection logic weaknesses means you have to lock early and stay locked most of the time. At least this is the behavior of my truck’s production instance.
It would be safer if I could lock/unlock the hubs whenever and not have to wonder if the vehicle is going to change state on me in the middle of a tricky section because the chosen indirect implementation method of wheel sensor programming logic is not robust. Surely Eaton has a direct detection method, even if it as simple as “is there a voltage applied to the locker circuit?”
Yes, there are driving techniques to compensate. And yes, I love driving this truck. But this is a thread about improvements, hence my $0.02.
That is one thing that I much prefer on my old Landcruiser Amazon than the Grenadier - Lock all the diffs on the Toyota and everything stays locked until you twist the knobs on the dash and unlock them. It is a pain in the Grenadier when you get out and switch the ignition off in a muddy field and have to remember to lock everything up again when you restart it. I'm sure there is a reason for why the Grenadier is how it is but I question whether it constitutes progress.The rear locker state detection logic could use further investment.
When locked the truck performs great. Sometimes the detection logic is unable to confirm the lock and drops you out of lock after a time out. Most times, the detection logic is unable to confirm unlocked until a full 90 degree turn is made which is often not possible on trail. Also, currently, if my vehicle is in the unlocking state, I cannot reengage the lock. Above means the owners manual guidance of only locking for the technical bit and immediately unlocking is not practical. Instead the current detection logic weaknesses means you have to lock early and stay locked most of the time. At least this is the behavior of my truck’s production instance.
It would be safer if I could lock/unlock the hubs whenever and not have to wonder if the vehicle is going to change state on me in the middle of a tricky section because the chosen indirect implementation method of wheel sensor programming logic is not robust. Surely Eaton has a direct detection method, even if it as simple as “is there a voltage applied to the locker circuit?”
Yes, there are driving techniques to compensate. And yes, I love driving this truck. But this is a thread about improvements, hence my $0.02.