Some More Bits Added

I have pondered for sometime how to go about setting up the cold air intake and MAF sensor. It has been one of those dilemmas that ulimately sorts itself out in the long run. One of the issues was space , as it always is so I had to devise a system that would tuck itself down into the cross member and clear the bonnet. A friend gave me a system which had a 100mm diameter curved tube with a large 9" filter and 100mm rubber tubing connector which was too big for what I had in mind with the throttle body being 90mm so I went and bought a 90mm aluminium tube from Proflow and a filter from Auto Barn then proceeded to cut the rubber bellows section from the Ford Racing Cold Air Box that had been supplied with the engine management system. I made up the new air intake system and to say I was less than pleased is an understatement.

With my disappointment in this system, I revisited the 100mm system my mate had given me and why I did not see it previously I don't know but I noticed a weld on the tube and after pulling the system apart I see that the 100mm tube had been reduced to 90mm, exactly what I wanted. To make this tube fit, all I needed to do was to graft the MAF sensor which I had cut from the original Ford Racing Cold Air Box into the tube and away we go.

I was quite impressed with this as it gave me the clearance that I needed and with the bracket I made to support it, the air intake was quite flexible and should with stand any movement of the system.

I am quite anxious for the header tank and I want to get it fitted so I can get fully wired and start the car.

Cheers

Russell

Back To The Future.

Well, I'm not sure if this post is going forward or backwards, but some time ago I acquired a really smart three chamber billet aluminium brake and clutch fluid reservoir that I fitted to my Cobra and was so proud of the finished result. Not long after I had posted about this I received an email from someone who was reading my blog questioning the size of the reservoir and if it would suffice for the relatively large braking system I was using. The emailer sounded as if he new what he was talking about so a phone call to a friend and I was assured that the reservoirs were ok for what I was doing. I emailed back to this gentleman my findings and no more was said...that is until the engineer started his inspections. Well, the long and the short of all this is that the emailer was right, the reservoir is too small. I was supposed to have 90ml of fluid in the reservoir including the feed hoses and for memory I had around 84ml which was enough to put the stoppers on this. All sorts of things go through your head such as to put the original plastic ones on for registration then change back or kiss the $300 that it cost goodbye and do it properly. I chose to redo the system and get it right. I now have 143ml capacity per chamber and the pain of the $300 has gone and maybe I can sell to someone with a smaller brake system.

Having the bigger reservoirs mean that I had to spread them out a bit further which reduced the clearance between the front reservoir and the chassis member and I couldn't get the front hose into position with the fittings that I had. I pulled the reservoirs complete with mounting plate off the car and run down to the company that supplied the fittings and after a quick rat around we had the correct 45° fitting. You will notice this fitting in the above pic.

Once the reservoirs were in I ran the hoses down to the master cylinders and checked the alignment making sure that there were no areas of the hoses fouling up. I made up a simple bracket to separate the hoses out of 30mm x 1mm aluminium angle with three grommets for the hoses and it just works and looks a treat. I would like to say that I developed the bracket but a good friend made one to suit his car and I just copied it, we call it the Darryl Bracket and it has become quite popular with builders, now I'm not saying that he never swiped it from somewhere else but he gets the credit. I am going to put a similar separator up at the top so the hoses don't rub on each other. There is no contact with metal anywhere.

It was time to put the dash together as I had all the bits including the dash fascia and gauges. The dash fascia was made from 3mm moulded plastic and came with the dash impression in a large sheet of high impact plastic which I cut out using a band saw and coping saw for the tight areas. While a lot of filing and shaping was required it came up very well.

Setting the dash up in the correct position is a bit of a trick and not having the body on the car leaves it up to a bit of guess work. First thing to do was to fit the adjustable brackets that will hold the ends of the dash and fit them at an angle facing the driver.

Having placed the brackets in the appropriate place (some guess work required) the hole for the steering column had to be drilled and the question is, just where do you drill it. I aligned the dash central to the brackets and scribed a line directly up from the column

The scribed line being central with the brackets is obviously the place to start. There is quite a bit of vertical adjustment in the steering column but no lateral adjustment so if the centre line is correct, based on the brackets you have a good chance of bunging the column hole in the right spot. I decided to drill a 40mm hole that would exit marginally above the folded area at the bottom of the dash and go from there.

Once the column hole is drilled and the dash fitted over the column, you have a good idea as to where to go next. I found that to allow the indicator stalk to sit into the dash and to also lower the dash, I had to provide a 70mm hole so using the bottom of the existing 40mm hole I just moved the hole centre up an additional 15mm and drilled the 70mm hole. I used a special tool for this which you will see in the pics. An aluminium backing template is provides with the dash to allow easy marking of the gauge holes so it is only a matter of aligning the column hole and the rest is straight forward.