Pheonix Car Johns Pheonix
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Part 13a
Part 13b
Finishing Jobs
Finishing Jobs
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Low Brake Fluid Warning Light

 
An SVA requirement is to have a dashboard warning lamp that will light in the event of low brake fluid. It is necessary to be able to test that the bulb is
Low Breake Fluid Warning light
working from the driver’s seat. I decided to fit a micro switch to the handbrake that would illuminate each time it was applied. Although the remote reservoirs do not
Low Breake Fluid Warning light

come with float switches, in the nick of time, Rally Design came to the rescue with a newly offered product. Really neat and fitted by simply drilling a hole in the reservoir cap and screwing them in. Rather than risk fatiguing the wire and risking breakage each time the caps are removed, I fitted two way plugs and sockets that did the job very nicely. Once the ignition is switched on, power goes to the dashboard lamp and from there to earth via the handbrake switch or either of the float switches. It all works, so job done!

The Grilles are Finished, Painted and Fitted

Another milestone has been reached today
Gril
The bonnet is on and the lights, indicators and horn connected and all work. What a relief! It was also nice to see the grilles finished and fitted. The lovely weather over Easter tempted me to get the car out of the workshop and give it a clean. When all you ever see of the car is a close-up whilst it’s in the workshop, once it
gril
is standing outside you see the bigger picture and realise that it is a small, compact and very pretty car. With the cleaning and photo shoot over the car was back in the workshop for the start of the next job, the inner wings.
front
back
I’ve been looking forward to this, so unlike work on the fibreglass, no motivation problems here. I started with the nearside because I felt this would be the more difficult of the two because of the shaping that would be necessary around the air box.
 

Inner Wing's

 
I’ve been looking forward to this, so unlike work on the fibreglass, no motivation problems here. I started with the nearside because I felt this would be the more difficult of the two because of the shaping that would be necessary around the air box. Rather than try to cope with large unmanageable pieces I elected to make it in three parts, which would then be gas, welded together.
inner wing
inner wing
I started with the bit needing the bulge and this was formed easily using the English wheel. The second part I again used the wheeling machine to put some shape into the cross section prior to shrinking to make the curve. Having not done much gas welding for some time I was a little worried about whether I could still do it. This was a bit awkward because there was no way of clamping the two bits together.
inner wing
However, I have to say at this stage how indebted I am to Trev D, one of my mentors from the Locost site. He told me how to clamp just one piece while holding the other in position and tacking by making a fusion weld. It worked, so I was really pleased, not only for the advice but also that I managed to do it without blowing a hole through the job. I think the most critical part of welding aluminium is the trimming of the mating parts so that they fit with absolutely no gap and achieving good tacks. The actual welding then is very straightforward. Problems arise when there are gaps but a gap free joint along its entire length is sometimes difficult to achieve.
inner wing
However, it all went together with not too much drama and that left wiring the edges, a job I had never tackled before. The wiring adds a lot to the rigidity to the structure and produces a very nice rolled edge. I am using 3mm diameter wire and formed a 9mm flange. This was then tapped over the wire and finally clamped tight using a door-skinning tool. There was room for improvement but for a first effort I was satisfied. The next task is to make a second inner wing the same as the first! Some of you readers may have noticed that the over centre catch at the front end of the side pod is now been made inaccessible. This is a bit of a problem and I’m waiting for the best solution to distil out of the ether. Suggestions on a Postcard please!
   
 
   
 

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