DanM

@IamScotticus it is a PEAK 407P. https://babco.ca/products/peak-407-p I have low ceilings so I needed something low(ish) to fit without too much garage door modification. In the end I had to remove the door motor and chain rail, but I'm OK with that. I cant raise it all the way, but its definitely high enough to get really good access underneath my family cars. The Westfield is on there temporarily while I fix the oil leak (Yes, its still there). It needs a long shallow ramp otherwise the exhaust and oil sump interfere (ask me how I know! lol)

Another fun little project was the courtesy light. I wanted to conceal it in my 12v socket surround so I bought flat wire LEDs that could lay under the carpets and behind the plastic cover. After installing the seat back carpet I cut the socket holes and ran the cables. Then I put the socket surround in the vise and drilled a small hole for the LED to shine through. Done! After testing it had a nice mellow glow, I like it a lot, but think I may need another one on the top or on the sides to get a bit more coverage.

So after a very busy summer I'm finally back with some updates. In general, I didn't get to spend as much time in the garage as I'd hoped, partly cos of the heat and partly cos of work and partly cos I was tired of the build. I think it was mid to end of June before I went back into the garage and that was to install the four post lift that I bought at the end of the winter. I bought it more for my other car than the Westfield, but its definitely useful none the less. With the lift installed I wanted to get away from wiring and do something else to get my enthusiasm back. I decided to paly with the dash. The first order of business was to trim the centre section so that it hung down properly. I used my dremel to cut it down from this: To this: Then I assembled it to see what I needed to do next. I had to hack away quite a lot of the upper steering wheel cowl to fit it in place. and then I could test fit the gauge cluster in place. With very little structure to hold everything together I now had to come up with a plan to hold everything in place and still make it easy to remove the dash without taking the cluster with it.

@Austin David I'm not looking to do anything too adventurous. I just want my 3 savage (EAO) switches to illuminate 50% when the headlights are on and brighter when they are active. I'll definitely share how I manage to do it!

Now that the front end of the car is close to done up I am turning my attention back inside, specifically the switch illumination. I am trying to wire and program a small Arduino unit to control the levels of switch illumination of the Horn, Demister and Hazard savage switches (EAO) under various configurations. I'm still figuring stuff out as I go, but here's where I am so far. I have collected the following items for the set up: Arduino Nano Every and screw connection block. 12V to 5V Power converter/regulator Project Box Left over wires and connectors from the MX5 Miata loom Connected together it looks something like this: In summary, the green wires will go back to the relays and the long wires will go to the switches. I have recycled a MX5 Miata connector block so I can remove the Arduino from the car with the dash if necessary. The Arduino pinout are: Next step will be to organize the car end of this circuit.

Good grief, I cant believe that another month has passed!! To be honest, a lot of it has been spent faffing around with my 3D printer trying to print with ABS. I successfully managed to print the EAO switch connectors, but everything else I tried ended up in the bin. 😞 I also spent many hours scratching my head over the cycle wings, especially as the brackets seemed out of shape. After many attempts using weird and wacky home made measuring devices I settled on a piece of broken driveway marker pole (that had been chewed up by my snow blower during the winter) and the level on my phone to get things symmetrical. I then used some strong vapour barrier tape to hold them in place while I marked the brackets for drilling. Once the initial holes were drilled I held the wings in place with Clecos and painters tape while fettling them into final position. To secure the wings I drilled oversized holes in the fiberglass and stuck foam on the brackets to hopefully reduce the chance of cracking. Only time will tell if it is good enough!! 🤞

More tinkering this evening. While I am 3D printing some parts I decided to fit the rivnuts for the dash panel. First I positioned the dash and marked the edge of the crash pad to see how much room I had, then I drilled pilot holes through the dash into the fiberglass. Once all the holes were drilled I temporarily secured the dash with Clecos to ensure everything was aligned before I drilled bigger holes for the rivnuts. Once happy, I drilled out the holes with a 6mm drill bit and installed the rivnuts (some of them twice! 😝) Finally I test fitted the dash with M4 screws. Looks good to me! Next up is the Arduino and the dash wiring.

Thank You! So close, yet so far! lol

With the grill now assembled the last remaining task on the nose cone was levelling the pods. To do this I wanted to attach the cone to a level(ish) surface so I could get a sense of how far out they were. First, I bolted the nose to a sheet of chipboard...... ...and then I clamped it to a table. From there I could find a level and then move each pod up or down to get the position right. Access to the bolts was a bit of a pain with the clamps and chipboard so thankfully it didn't take too long to find the level and get the nose on the car. It's still looks slightly out in the picture, but it is pretty close...I promise! 😇

Next up is fitting the grill. As always I read through a number of threads and asked questions be fore deciding how I was going to tackle it. My approach is to use, JB Weld, Picture frame hangers and zip ties. My plan is to bend each hanger to match the shape of the nose cone mold and JB Weld them in place. Once dry I would zip tie the grill to the hangers. Here are some of the hangers bent ready to attach. Test fit stuck in place (apologies for the terrible photo, I had JB Weld all over my fingers. Final fit of the grill. ...and the front.

With the boot box secured and the roll bar and stays reinstalled, my next task was the rear arches. Having read a number of threads I decided to go the plastic screw and nut route to secure them to the tub. I wasn't sure how much to tighten them in case they broke, so I went as far as I was comfortable. I'll have to check on them regularly to start with to see if the vibration works them loose. The arches seemed to line up nicely with minimal effort. With the arches in place I decided to drill the holes for my harness loops. The ones supplied with my schroth harness were too short so I ordered some longer ones. To install I had to drill through the boot box. I taped up the areas that needed drilling and starting with a small diameter drill bit, slowly made the hole big enough to screw in a harness bolt. Once in position I marked around the edge with a sharpie and carefully dremelled out the rest of the material. Loops now in position ready for the harness. Lastly, with the dremel still out, I trimmed the nose cone to provide some clearance around the upper wish bones. First I offered up the cone and marked the area to trim on some painters tape. Then I gently took away the material until I achieved the required clearance.

Before installing the bar, I put the boot tub in place drilled through to mark the tube and installed the rivnuts to secure it in place. Then I reinstalled the bar and stays......s**t!! Can anyone advise on the best way to fix this?

I did. I JB Welded a zip tie holder to the side. I'll find some photos.

Next up was to cover the area behind the seat back where the 12v socket will go. For this I decided to repurpose the seat belt cover. I wanted a gap between the differential housing and cover, so I trimmed the edges to make it less bulky. It also needed to be shaped, so used a gas torch to heat up the plastic and bend it slightly so it would wrap around the top frame rail. To secure it I tapped a small screw at the top and velcro'ed the sides to the vertical frame rails. It fits nice. With the inside of boot area complete, I moved on to re-installing the boot box and the roll bar stays. As you may remember I wasn't entirely happy with the quality of the top coat I gave the roll bar and stays. In this picture you can see how the top layer had scratched off. In fact it was coming off easily with my finger nails. There was no way that I was going to leave it in that condition, so I once again removed the bar, stripped it (and the says) down and gave it all a respray. Now I'm ready to reassemble...

I've been back at it over the last couple of weeks so thought I'd post a few photos over the coming days to bring you up to speed on the latest. I'm coming to towards the end of the build so my strategy going forward is to button up the back of the car, then the front and finally finish the inside. First up was to protect the underside of the detachable wheel arches before install. For this I used some spray on bed liner from the local automotive store. Step 1. protect the arches from over spray, Step 2.scuff the surface and cleaned with acetone. Step 3. Spray on (without making too much mess! lol) While that was drying I fitted the side panel blanks. For the LHS I took the time to make up a cardboard cut out and use it to trace and cut the metal before trying to fit. For the RHS I just bent the panel in the vise and trimmed it as I went. In this instance, doing it by eye worked much better for me. Bending it in the vise. Once happy, I sealed and riveted the panel in place. Then gave the area a quick once over with the bed liner.