It has been quiet on BDC_ADV lately.
Not because the P38 project stopped, but almost the opposite. For most of 2026, the Range Rover has spent far too much time off the road because of what originally looked like a fairly ordinary front suspension and wheel-bearing job.
What followed became one of those stories that reminds you why owning an older vehicle is sometimes less about replacing parts and more about understanding what actually went wrong. And also who you trust working on your car.
The good news is that the P38 is finally getting close to where I wanted it to be.
The bad news is that getting there has been unnecessarily complicated.
It Started With a Routine Inspection
Earlier this year the P38 went into a workshop who specializes in LR 4x4 (a known company where I live) ahead of its annual inspection.
The planned work was straightforward:
- front radius-arm bushes;
- front ball joints;
- general inspection before technical control.
At that point I had not noticed any meaningful play in the front wheel bearings. I had recently handled the wheels myself, so I had a reasonably good idea of the condition of the hubs.
The workshop nevertheless diagnosed play in the front wheel bearings and recommended replacing the complete hub assemblies.
I gave them the benefit of the doubt.
The hubs were replaced and the car went through inspection.
Then came the first warning sign.
The inspection report stated:
play in the front wheel bearings.
Exactly the components that had just been replaced.
Back home I removed the wheels again and immediately found substantial play.
That was the beginning of the saga.
New Hubs. Same Problem.
The car went back.
Another set of hubs was installed under warranty.
The result?
Exactly the same.
Play at the wheels remained.
Several combinations of aftermarket hubs and bearings were tried over the following months, but the fundamental problem never disappeared.
What made matters worse was that the original Land Rover hub assemblies had already been discarded.
That eliminated the easiest reference point we had.
Eventually even the workshop acknowledged that the aftermarket parts were becoming a problem and asked whether I could source original components myself.
So that is exactly what I did.
Buying an Entire Front Axle to Fix Two Hubs
I located a complete used front axle from a 1998 4.6 P38 in the Netherlands.
I brought it home, stripped the hubs and half-shafts from it, labelled the left and right assemblies and cleaned everything before delivering the parts to the workshop.
The donor hubs already contained Timken bearings.
Nobody knew their mileage or history, but there was one very useful difference:
they had no detectable play.
The donor hub assemblies were installed.
And suddenly, after months of replacing supposedly new components:
the wheel-bearing play was gone.
No new bearings were even required.
That was an important lesson.
New does not automatically mean better.
And with old Land Rovers, a good original component can sometimes be considerably better than a brand-new aftermarket replacement.
At this point I left the car for about 3 moths at the workshop, and that was over the summer and thus also impacted my summer vacation plans.
Then the Oil Leak Started
Unfortunately, solving the hub play didn't end the story.
After collecting the car, gear oil appeared at the right-hand front half-shaft seal.
The seal was replaced by the workshop but the problem remained questionable enough that I eventually decided to go back through the assembly myself.
I removed the donor right half-shaft and reinstalled the original half-shaft from my own P38 while keeping the donor hub.
One detail became very obvious during assembly.
The right-hand half-shaft is long and heavy.
If you simply let it hang while inserting it and tightening the hub assembly, the shaft places considerable leverage on the seal and on the whole assembly.
So during installation I supported the shaft and kept it approximately centered while:
- guiding it through the seal;
- positioning the hub;
- progressively tightening the hub bolts.
I also lightly lubricated the seal lip and the corresponding surface on the half-shaft before assembly.
That combination appears to have worked.
The P38 subsequently covered roughly 40 km, including a fairly uneven off-road section, and so far the right-hand axle area remains dry.
I am not declaring victory just yet, but it is encouraging.
The Left-Hand Side Wasn't Finished Either
There was also a persistent noise from the left front.
One source was easy to find: the thin metal brake-disc shield behind the rotor was loose.
That was corrected by me but some noise remained. That was after I got the car back from the workshop, just saying.
Out of caution I also removed the donor left half-shaft and reinstalled the original P38 shaft while retaining the good donor hub.
While everything was apart I inspected the brake calipers.
The slider pins were seized.
Considering how many times the brakes and hubs had been removed during the previous months, that was disappointing.
They were cleaned, lubricated and made free again, and the brake-pad contact areas were cleaned properly.
Another small job, but an important one.
And Then I Found the Real Noise
After another test drive there was still a scraping/squeaking noise.
Late that evening I started working through the possibilities:
power steering pump?
auxiliary belt?
air-conditioning drive?
wheel bearing?
brake?
I crawled underneath the P38 and checked the front propshaft first.
There it was.
The universal joint at the transfer-case end was completely worn out.
Not slightly worn.
Finished.
The needle bearings were literally coming out of the bearing cup.
At that point the car was parked again.
A failed front propshaft U-joint on a P38 is not something to ignore. If it lets go completely at speed, it can cause considerably more damage than the price of a replacement propshaft.
I considered rebuilding the old shaft and I also have donor parts available, but after everything that has happened with the front end I decided not to introduce yet another unknown.
A complete new front propshaft is now on order, together with new mounting hardware and fresh EP2 grease.
Sometimes the sensible repair is simply to reset the component completely.
One Very Good Development: The New Wheel Setup
Not everything has been negative.
During this period I also finally changed the wheel and tyre setup.
The P38 had been running heavy 265/70R16 Cooper Discoverer S/T Maxx tyres.
They are excellent rugged-terrain tyres, but in hindsight they were simply more tyre than this particular build needed.
They are large, heavy LT-rated tyres and effectively raise the gearing.
On an M51-powered P38, that matters.
I found a set of early L322 18-inch aluminium wheels for €200.
They are:
7.5J × 18
rather than the original P38:
8J × 16
The early L322 also uses an interesting wheel-nut arrangement. The thread remains M14×1.5, but the early 2002–2005 L322 nut uses a much narrower approximately 20 mm shank.
That explained why the later 23 mm Land Rover wheel nuts would not fit these wheels.
I sourced 23 correct early-L322 nuts from a breaker including three extra for the spare wheel.
The tyres are now:
Falken Wildpeak A/T AT3WA – 255/55R18
That size brings the overall diameter almost exactly back to the original P38 tyre diameter.
And the result has been much more noticeable than I expected.
The P38 Simply Drives Better
The difference is not subtle.
The entire vehicle feels lighter.
Acceleration from standstill is easier.
The M51 clearly doesn't have to work as hard.
The 4HP22 automatic also feels happier because it is no longer trying to accelerate an oversized, extremely heavy wheel-and-tyre combination.
Even on rough unpaved roads the car feels better.
That surprised me.
I expected the lighter setup to improve road manners, but I thought the big 16-inch Coopers might still feel superior off pavement.
For the kind of off-road driving I actually do — gravel tracks, forest roads, rough mountain roads and occasional muddy sections — the Falkens are more than enough.
The previous setup was simply overkill.
This is a good example of something I have learned repeatedly during this project:
an overland vehicle does not automatically become better by making every component more extreme.
Weight matters.
Gearing matters.
Rotating mass matters.
And matching the vehicle to its real use matters.
The P38 now feels much closer to the vehicle Land Rover originally engineered.
What This Has Taught Me
There are several lessons I am taking away from the last nine months.
Diagnose before replacing
A part should not be replaced simply because it might be the problem.
Verify the fault.
After replacing it, verify that the fault is gone.
That closed loop sounds obvious, but this project has demonstrated just how important it is.
Keep the original parts
From now on, if another workshop touches one of my older vehicles:
every removed original component comes home with me.
An old OEM component may be worn.
It may also be a valuable reference, rebuildable part or simply better manufactured than its modern replacement.
Aftermarket quality matters
The P38 aftermarket has become extremely inconsistent.
There are still excellent components available, but there is also plenty of material that I simply do not trust anymore.
For critical components I will increasingly choose:
Genuine → OEM → known quality manufacturer → only then generic aftermarket.
Final inspection matters
A car isn't a collection of isolated jobs.
If you remove the same brake caliper repeatedly, you should notice seized guide pins.
If a metal shield is loose, it should be noticed before delivery.
And after major front-end work, a proper road test should identify obvious noises.
The P38 is nearly 30 years old, but it still travels on public roads at motorway speeds.
The standards applied to the work should reflect that.
And maybe most importantly be careful who you trust to work on your car.
Where Things Stand Now
Despite everything, the actual P38 is in better mechanical condition than it has probably been in many years.
Much of the vehicle has already been renewed:
- engine rebuilt extensively;
- new cylinder head;
- timing components;
- injectors refurbished/replaced as required;
- complete cooling-system overhaul;
- EAS rebuilt;
- transfer case replaced;
- automatic transmission serviced;
- upgraded torque converter;
- suspension work;
- brakes;
- new wheel and tyre setup.
The front hubs are finally tight.
Both original half-shafts are back in the axle with the good donor hubs.
The right-hand axle seal area is currently dry.
The brakes are moving freely again.
And the new 18-inch Falken setup has transformed how the P38 drives.
The remaining immediate job is the new front propshaft.
Once that is fitted, the next step is not another major modification.
It is something much simpler.
Drive the thing.
Back to driving
That is probably the most important change in direction for this project.
The P38 has spent enough time being repaired.
Once the propshaft is fitted and everything checks out, I want to put some proper kilometres on it again.
A few trips to the French Ardennes.
Motorway.
Steep climbs.
Gravel.
Mud.
Bad roads.
The kind of driving the vehicle was actually built for.
There are still future upgrades on the list: proper rock sliders, underbody protection, perhaps diff guards, eventually a snorkel and later a leisure-battery/electrical system for travel equipment.
But none of those are urgent.
I have already travelled with this P38 without a roof tent, without a fridge installation and without a catalogue full of overland accessories.
Reliability comes first.
And after the last nine months, actually using the vehicle again sounds considerably more appealing than adding another part to it.
BDC_ADV – Hands-On Adventure Vehicles
Build. Maintain. Travel. Learn.
