More Panelling

Things have been a bit slower lately, but Tim and I have managed to slip in a few hours here and there. Tim knocked up this panel.

You may remember from the last update that I had been battling with this panel in the wheel arch. I ended up trying to 'adjust' a fold which completely stuffed it up. It's time for a second attempt. I'm calling this panel the Prick Panel.

After frustration with the Prick Panel I decided to cut the panel beneath the windscreen. Tim did the tedious job of drilling and fitted it. We're pretty happy with how this one has turned out. The bar beneath the windscreen is not horizontal. The inside is higher than the outside and we were concerned whether we could make the one look good. With some careful hammering and lots of drilling, it's turned out pretty good. I'll have to take some more photos next time. Here's a couple of Tim at work.

Back to the Prick Panel... I gave it a bit more thought and decided I wanted to build in the end cap of the side pod. It requires a few extra angles and makes the panel even more complex, but will incorporate with the side pod panels better. This is as far as I got today on it. I'm pretty happy with the result.

Jeez, it's a prick of a panel. I'll have to do one on the other side, too..

 Fun times...

More Panelling Progress

I thought I would share some more pics of the panelling process. In the hunt for pictures, I found these gems. Tim tightening the driveshaft bolts a few weeks back. Sometimes it pays to be a short arse.

So on with the panelling. Tim and I managed to have a good session on the car on New Years Day. Here are some pics of the process.

First up, we make the panel out of card. This takes ages for a complicated panel.

Next we transfer the template on to the aluminium. We've started using ballpoint pen on the Aluminium. Generally it works pretty well. It gives a nice thin line, but can be a little bit tricky to spot when cutting out the panel.

Next we cut out with a jigsaw. We've glued some vinyl to the underside of the jigsaw to stop it scratching the aluminium. We also use a bit of WD40 to help it slide.

After that it's off to the bending brake. We have an 800mm one. I keep forgetting to take pics. This complex panel wouldn't fit for this bend, so I had to make a DIY bending brake.

In the end it worked out pretty well.

However, there's one problem... We never realised this would leave a very large gap between the panel and body shell.

Previously the front of the car looked like this. There was no inner guard at all! The road grime would have flicked straight into the front of the door. That would explain why the doors are so dirty in that region. I guess this is one the many downsides of an old GT40 kit.

The photo below shows a modern kit. This one in particular is a GT Forte (thanks to Andrew on the GT40 forum). 

Notice the outer edge of this wheel arch panel extends further outwards than ours. I still haven't figured out if these panels seal against the hinged body on a modern kit or if there is always a gap. We'll have to give some thought about how we fix this gap on ours. I guess we have the options of extending the steel work further and making new panels, making an extra aluminium panel that extends into this region or fibreglassing a guard into the body work. You'll see what I mean about this in the pictures below.

Anyway, moving on... Here are some more pics of Tim's work on Thursday. He's finished off all the driver's side panels.

 

On Friday, Tim spent another day working on the car (unfortunately I had to work). Tim tackled the large panel in the wheel arch (behind the one shown above). Unfortunately Tim packed the car away before I could take photos. Here are a couple I squeezed through the wheel arch.

I'm pretty happy with how this has worked out....

The blue piece is attached to the hinged body work. On our KCC kit car, the body panels have inner wheel guards already fabricated in fibreglass. This is what you can see in blue above. The bonus of this is that you don't need to encase the whole front end in Aluminium. The blue fibreglass in the picture above was trimmed back quickly when we did the steel work. I'm quite happy with how this has mated up to the aluminium panel. It'll need a bit more tidying at a later date, but it's a good start. One option would be to do something similar for the panel behind the front wheel.

Anyway, that's enough from me. 

Thanks for reading.

End of Year Update

It's time for a quick end of year update. Work has been slowly progressing over the past few months.

Front Brakes Fitted

First up: front brakes. The brake kit has turned out really well and fits nicely under the wheels.

For a bit of a laugh, Tim gave the wheels a quick clean and polish. Yep, we know they're ugly. They will be replaced one day. It was surprising to see how well they cleaned up. I don't think this car drove many kilometres in its past life.

Brake and clutch pedals now have non-slip pads.

Aluminium Panelling

Now it's time to turn the corner with this build and start the aluminium panelling. This is something we've been looking forward to for a long time. It really will make the car look a lot more complete. We picked up a sheet of 3m x 1.2m of 1.2mm sheet. A big thanks goes to my mate Harley at All Inn Brewing Co for assisting us with a truck to pick up the Aluminium sheet. 

So here's the progress so far. Tim and I are still getting used to working with Aluminium, so we've chosen a few easy panels to start with. I picked up a bending brake ages ago and now it finally sees some work. It will be awesome to see this panelling finished.

Tim recently started riveting some of the panels. The brand new rivet gun failed after 10 rivets! Time for an upgrade...

In other news, we finally have the rear left stub axle back with a repaired thread. About time! This means we can fit the other drive shaft. The rear brake pads are also here, so once the panelling is done we might finally be able to drive the car down the driveway. Hopefully that'll happen in 2015. Fun times ahead!

New brakes!

Good news. An upgrade kit has arrived for the front brakes. Tim and I spent a fair bit of time a few months back trying to get BA Falcon PBR callipers to fit. We tried a few discs and mocked up a calliper mountain. We had something that looked like it would work with modified VT Commodore discs. It was super-tight in the 15" wheels. Just when we were about to order parts and start to design calliper mounting plates, we stumbled across this kit on ebay at a good price. It's for a Ford Cortina. For the amount of messing around we'd have to do to DIY this, we jumped on this auction.

The seller (free plug for upc.online) was excellent and agreed to drill the hubs and discs in 5 x 112mm PCD (to suit current wheels) and 5 x 114.3mm PCD to open up more wheel options in the future. The kit arrived this week and looks like fantastic quality. I just did a quick test-fit this afternoon and it fits perfectly (except the wheel studs are different thread).

Damn happy with the result.

They make the wheels look even more crap.

Other than this, work has been fairly slow over the past few months, but we have managed to finish a few jobs. First up, the throttle cable is done. We decided to run it under the engine as this keeps it away from the exhaust and gives a nice radius bend.

Secondly, the clutch slave cylinder has been fitted and works. Tim bled it himself using the yellow strap in the picture above. Haha

Thirdly, I've knocked up a bracing for the alternator mounting bracket. There was far too much flex in it before, so I've braced it back to a bolt on the head. It still needs tidying up and painting.

During one of my stints in the garage, I couldn't help but introduce Bianca to the GT40. Gotta start em young...