r5gordini
Well-Known Member
Hi All,
I just thought you'd like to know about my current "project". I surround the word in quotes, because it's a project for my cheque book...
I'm paying someone to do the work as I'm rather busy at the moment!
The project is to replace the original Renix ignition module on my Gordini Turbo with a modern, mappable ignition system. I have chosen NODIZ:
http://www.nodiz.co.uk/
Here's a photo of the unit:

It uses a Ford 4 cylinder coil pack like this:

And a pickup like this:

The first challenge has been that there's nowhere to mount a standard trigger wheel for the pickup. I could have used the existing flywheel segments, but they are symmetrical - replicated twice on the flywheel so I would need to retain the distributor to send the sparks to the correct cylinders. I wanted to get rid of the distributor.
So, I had a custom trigger wheel made up! It has been welded to a camshaft pulley. It's a (36-1) x 2 trigger wheel. The standard trigger wheel is 36-1. It has to be (x 2) because the camshaft revolves at half engine speed and I wanted to have a solution where we didn't need custom firmware for the NODIZ to work with the trigger wheel.
So far, my mechanic has fitted the trigger wheel:
Next job is to fit the sensor.
I'm really excited about the NODIZ as it's a 3D mappable solution - it can be mapped according to engine revs and other stuff - like manifold pressure, water temperature, inlet temperature, etc.
I just thought you'd like to know about my current "project". I surround the word in quotes, because it's a project for my cheque book...
I'm paying someone to do the work as I'm rather busy at the moment!
The project is to replace the original Renix ignition module on my Gordini Turbo with a modern, mappable ignition system. I have chosen NODIZ:
http://www.nodiz.co.uk/
Here's a photo of the unit:

It uses a Ford 4 cylinder coil pack like this:

And a pickup like this:

The first challenge has been that there's nowhere to mount a standard trigger wheel for the pickup. I could have used the existing flywheel segments, but they are symmetrical - replicated twice on the flywheel so I would need to retain the distributor to send the sparks to the correct cylinders. I wanted to get rid of the distributor.
So, I had a custom trigger wheel made up! It has been welded to a camshaft pulley. It's a (36-1) x 2 trigger wheel. The standard trigger wheel is 36-1. It has to be (x 2) because the camshaft revolves at half engine speed and I wanted to have a solution where we didn't need custom firmware for the NODIZ to work with the trigger wheel.
So far, my mechanic has fitted the trigger wheel:
Next job is to fit the sensor.
I'm really excited about the NODIZ as it's a 3D mappable solution - it can be mapped according to engine revs and other stuff - like manifold pressure, water temperature, inlet temperature, etc.