Awesome, I'll post some more then. I'm sure by now those of you that are pretty sharp with a computer will have found my photobucket account anyway, but I'll crack on.
The aircraft's exterior was in a bit of a state when I first got to Coventry It had been repainted around 10 years ago into 38 Sqn colours, and by now it was ready for doing again. Other bits that had not been touched were now begging for attention too, the sealing tapes used to cover joints were all rotten and peeling. The aircraft was leaking like a sieve, which had a knock on effect on a number of other systems, the worst being when it got into the fuel system.
This is what we started with:

This is the wing cleaned and with new sealing tapes applied:

Which then looks really great when you get a coat of BS381C 637 medium sea grey on it.

Thankfully we have all the manuals, like these:


We've also got ALL the design drawings for the Shackleton, which amounts to some 16 tons of paperwork. After getting the sealing done, we had some scaffolding erected to work from This brought about some really amusing internet rumours like the undercarraige being removed, or that we were breaking 963 up.
The white scheme kept going on, but the weather stalled it. We decided to hold off through winter and negotiated with Airbase for some hangar time to finish the job. We got most of the fuselage done in white in time for the "Help For Heroes" fly in at Coventry in September. WR963 saw 500 visitors in one day tour her.




While we were waiting on winter getting out of the way, we set about the engines. None of our group have the experience to build the missing prop up for No 2 engine, but we could handle the onboard pre-oiling system. This is a bespoke system designed by one of our engineers. It uses an American made Oilamatic pump with a take off from the main oil feed, to pump oil at high pressure into the oil galleries prior to starting. Originally you had to remove all the cowlings and various blanking plugs. Now the engine is turned manually for four minutes, with the oilers switched on in the engineers panel. No fuss, no mess, no problem.
The oil tank is the big one in the middle You can't see the oil feed but the plumbing at this side is all very basi. It's hard to believe they slung a Rolls Royce Viper jet engine in there on the MR3, as theres so little room. The pumps are activated by switches and wiring that is a redundant leftover system for oil dilution.

The idea was to cut down on cam wear. The first 10 seconds of running is critical.. if a Griffon shows no oil pressure after that you must shut it down. Even for those 10 seconds though, there is little oil to the top end, so the cams rely on what they have until the pressure comes up. Ours hadn't been getting fed.
By the time we had the system in place there was snow on the floor.

Due to cold temperatures, oil like treacle, and batteries that weren't interested in providing great voltages in the cold it didn't work. We waited for the snow to go away, then came back in January and tried again. A few parts were found to have been supplied with incorrect internal dimensions acting as restrictors. We drilled them out and were rewarded with great flows of oil at the cams.
Now at last we could run engines... with 5 Feb being the day WR963 growled again.
Regards,
Rich