I wouldn't want to do that on a Friday afternoon as once I get into it I find it difficult to stop until I find the problem.I actually did it for that reason.Soon started working on the TrophyI wouldn't want to do that on a Friday afternoon as once I get into it I find it difficult to stop until I find the problem.
I have to be back so that Barbara can get up to visit her Mum so I knew I'd only have time for a quick look today."I only bought it in for you to tidy up a loose wire by the footpeg"Is it home time yet?
Three dozen rusty fasteners, four panels and a fuel tank later and the list of things contributing continues to grow. This is a good example of why it takes so long and costs what it does.
View attachment 518338View attachment 518337View attachment 518336

I'm 3 hours in so when I find the cause and let him know I'm half expecting "That's a lot just for a ...."."I only bought it in for you to tidy up a loose wire by the footpeg"![]()
"Given your decades of experience in automotive, plant & machinery repair, how long do you think it should have taken to do this?"
so I wouldn't have clue.Customers are quite often happy to tell you how long it will take.One of the reasons I've never been self employed, run my own business etc. is my inability to estimate the time required to do a jobso I wouldn't have clue.




Every distributor I came across whenever possible got the adjusting screw replaced with a new slotted screw and internal shake proof washer .... after being in a UN 3 ton truck ( 1974) that broke down in the middle of an active military area .It's been a little while since I did a refurb and rebush of a Lucas distributor. This 18D2 is getting a full work up.
View attachment 518236View attachment 518235
....... Apparently he's going to get a 'mobile mechanic' to have a look at it.
I doubt I'll hear from him again, but if I do I imagine it'll be a lot more expensive the next time round as I'll have to remove all the Temu connectors bodged on along with everything else.![]()

Just clarify please .Well that's the problem found, and as I'm sure you'd have suspected it wasn't just one thing. 3 connectors with terminals bridged by gunk, and a diode pack for the alternator.
Impossible to prove now but I suspect the connector issues did for the alternator diodes as when it wasn't running there was voltage to both sides with the 'high' voltage at the cathode. So I reckon around 5 or 6 volts at the cathode. Start the engine and it was flowing in the correct direction but with full alternator output 14 + volts at the anode. Equally I suppose it could be two unrelated faults. Once the connectors were cleaned and stopped bridging you still had a draw with the alternator connected. Before I cleaned the connectors but had disconnected the alternator there was also a draw although it dropped by about 0.1 or 0.2 of an amp, only when I did both did it stop the draw. This one took some head scratching.
Bit of an odd set up of a partly bussed fuse box didn't help once the mank had taken hold.
The loose version for alternator output is 14 to 15, the norm/ideal is 14.2 to 14.5. If it runs over 15 for any length of time it'll cause the battery to gas and eventually fail completely. An important factor is also the size of the battery, a bike battery is about 20% the size (electrolyte volume & AH) so they heat up much more quickly if things aren't right.Just clarify please .
14.2 volts charging . A new LA battery is 13.2 fully charged , shouldn't the charge voltage have been 15 to 17 volts to get the PD for charging? I've often had leaky charging diodes especially on the early Lucas alternators for the Mini C range cars



