BajaRon
Well-known member
The OEM plug wires are certainly a weak spot. They seem to work ok until you do something with them, like change a spark plug. They are just not designed to last a long time even if you don't mess with them.
The OEM wires are average 7mm, carbon core, resistance type automotive wires. They do have an added rubberized sleeve (probably a heat shield) over most of their length.
Yesterday, I finally got all the parts I need to start making some custom, killer, high performance spark plug wires for the Spyder. I figured if I'm going to go to the trouble, why not get some real upgrades.
Lamont has a few thousand miles on the test set I made for his RT and they are working great!
I will be making some today with an assortment of components I ordered to see what works best. I should have more information and pictures once I settle on the best component combination.
These kits will use the 8.8mm Accel 300+ Ferro-Spiral Race Wire. This is a big improvement over the carbon core OEM wires. The carbon core breaks down with heat and the electrical charge it carries. Small voids in the carbon develop and spark has to jump these to get to the plug. This soaks up energy, increases the load on the coil, and eventually can reduce voltage to where you get misfiring or no spark at all.
Movement, like changing a spark plug, can also cause a separation in this carbon core. You can't see it, but you'll know it when a cylinder isn't firing or misfiring badly.
The Ferro-Spiral wire is used by racing people because it combines a stronger spark with added electrical interferance suppression. It is actually a metal wire wound around a Ferri-magnetic core. Electrical interference suppression is enhanced over the carbon core wires because EMI and RFI (Electro-Magnetic and Radio-Frequency Interference) are contained not by shielding which breaks down, but by a magnetic field generated by the spark itself.
Plus, with this type of conductor, resistance is reduced giving you a better spark at the plug with the same amount of energy from the coil.
I know this has taken me awhile but I'm almost there. I will keep you posted.
The OEM wires are average 7mm, carbon core, resistance type automotive wires. They do have an added rubberized sleeve (probably a heat shield) over most of their length.
Yesterday, I finally got all the parts I need to start making some custom, killer, high performance spark plug wires for the Spyder. I figured if I'm going to go to the trouble, why not get some real upgrades.
Lamont has a few thousand miles on the test set I made for his RT and they are working great!
I will be making some today with an assortment of components I ordered to see what works best. I should have more information and pictures once I settle on the best component combination.
These kits will use the 8.8mm Accel 300+ Ferro-Spiral Race Wire. This is a big improvement over the carbon core OEM wires. The carbon core breaks down with heat and the electrical charge it carries. Small voids in the carbon develop and spark has to jump these to get to the plug. This soaks up energy, increases the load on the coil, and eventually can reduce voltage to where you get misfiring or no spark at all.
Movement, like changing a spark plug, can also cause a separation in this carbon core. You can't see it, but you'll know it when a cylinder isn't firing or misfiring badly.
The Ferro-Spiral wire is used by racing people because it combines a stronger spark with added electrical interferance suppression. It is actually a metal wire wound around a Ferri-magnetic core. Electrical interference suppression is enhanced over the carbon core wires because EMI and RFI (Electro-Magnetic and Radio-Frequency Interference) are contained not by shielding which breaks down, but by a magnetic field generated by the spark itself.
Plus, with this type of conductor, resistance is reduced giving you a better spark at the plug with the same amount of energy from the coil.
I know this has taken me awhile but I'm almost there. I will keep you posted.