The project
Bob Martin and I met at Matt's place in Columbus Ohio in November of 2013 to harvest parts and take a look at what Matt had started. The engine and transmission were strapped to a skid and there was wooden crate with parts in it as well. Matt brought the body of the car into the shop so Bob and I could tear out the wiring harness and all of the modules. At that time Matt expressed interest in possibly doing this swap, but he did admit he had invested a lot into the K20 project and I understood where he was coming from. I had wondered if Matt would be interested in putting this swap into production, but about a year latter he was no longer doing builds of the K20 for people and only selling kits. When I did the swap I put his logo on the engine, kind a way of saying thanks for use of the shop and tools and allowing Bob and I to pick through the car and harvest what we thought we might need. After all I did purchase the parts from him.
The pictures and video then gave Matt a lot of phone calls asking questions if he was doing this swap, I think you know the answer to that one. But that is what it would take is for someone that is already set up either with the net work of people to do the work or to do it in house to make up the components that are required. When I work I get to the end when the end comes, I don't like dead lines or drama.
About a year ago Chris Obert emailed me and asked me some questions about the swap as well as he was getting calls from people that were also interested. Many thought it was a bolt in process. He suggested to me to consider making a kit for this swap. I thought about it, but came to the conclusion that I still work a 40 hour week and that I would now be spending my spare time making parts for interested parties. The reality of it is that Bob Martin wants this install for his Black Dallara and I expect it will happen in the not to distant future, but that is up to Bob. Because I used a test body to sort out the mounting of the engine and clearances this forced me to make jigs and templates to transfer the locations of all changes to the road car. I have lots of pictures, over 500 and 125 pages of notes, as I progressed through the project. The really down side of this is if I release the information every problem or issue that comes to light, who is going to get emailed and called....ME and I spend too much time now on the computer.
I will tell all of you that this is the first engine swap that I have ever done. So I can't tell you it is easy or hard, I don't have anything to compare it to. In my mind going from the concept to a working road car takes a fair bit of head scratching. I think in some of the posts about the Multi air project, Matt made a comment that to do this swap you would need to wear your smart hat to get everything to work. Well I don't wear hats normally, but this project consumed a fair bit of my thought process to get to the end project. It left me stranded with the car at time too.
Projects like this require a lot of time and you have to not think about dollars, because if you do, you will never get the project finished.
I think the K20 swaps were going for $18-$20K when Matt was doing them and that is what you would be looking at for this as well and I am still not at the ultimate stage of development. There is a fair bit of fabrication required and depending on your skill set that will make or break the amount of money you invest.
I had a fellow email me who wanted to buy the car and when I told him the investment he figured that he would just buy a newer car. The way I look at it, is that new car is fine, but it is not an X1/9, If I wanted a newer car I would have just went out and bought one as well.
What we really need is an OEM ECU, Body Control Module, small wire harness and a key that allows the engine to work without removing a bushel basket of un-needed wiring. That would simplify everything. What I know now would take a lot less time on the 2nd install. You must remember that as I progressed I made everything in such a manor that I could quickly reverse it rather than cut and solder wires again to go back a few steps if needed.
The Abarth engine is impressive in this car and if you obtain a 2012-2013 car you can tune the ECU flash. Fiat started locking down the ECU's in late 2014, you could transplant the latter model electrics, but you will not have the ability to tune the engine to a higher level of performance.
So for now thanks to Bernice's posts on upgrading the brakes I have a set of Uno Turbo front Calipers and rotors on their way to Canada. I will also follow her direction on the rear brake installation as well.
Hussein was kind of enough to give me information on locating 12mmx 1.25 wheel studs and I am going to try installing wheels from a Fiat 500 POP that my son has. He will be running his winter tires soon and I will have my car off the road to do this experiment. Putting the tires side by side they are about 5/8" taller but the rim offset is a bit different. These rims and tires are abundant and from my point of view a cheaper solution than other rims and tires.
Then lastly I am considering the Open Flash Tablet which would allow the HP to go from 160 to about 180. When I was first driving the car without the wheel sensors I was seeing boost levels of about 24 PSI and the car was even more spirited to the point is was scary. I was just hanging on to the steering wheel. I could remove the wheel sensors from their wells, that may bring back the higher boost, but it will also trip a few more DTC's. The trade off with modern cars today.
TonyK.
Grimsby Ontario Canada