Huuum …… Traction control and the folks that are considering completing the integration processes themselves; I share the following not to discourage but rather in hopes to enlighten many as to just a few of the steps that I take when integrating the traction control system developed specific to the Ford GT. I have had many folks ask me about furnishing the traction control system as a kit. For many it is because of logistics and for others because they truly want to materially participate in the processes. I do understand both reasons and am considering a kit as an option however for those of you that have not visited my website and seen these systems being integrated I want to share some thoughts and a few pictures in the hopes that you recognize that it is not a Saturday afternoon project but rather if “completed” IMO properly it is a scope and magnitude project.
Most folks have come to know that I am all about integrating when compared to simply adding on and in my world the end results must appear as if OEM, remain easy to service by the owner or their caretaker of choice, and that it is not about how long it takes to complete but rather how well it is completed; the key word IMO is “complete” because all too often I see projects finished with folks telling me that because of time constraints they could not complete it and yet it is working and that they intend on completing real soon; all too often the later day never happens.
If I were to present this traction control system as a kit they must be integrated and the project completed otherwise IMO the risk of failure looms and unlike something as fundamental as a dome light that burns out if the traction control system fails then secondary risk could be extreme; one way that I could manage this concern would be not to load the needed software until mechanically the integration had been completed.
The traction control system integration is 95% wiring with a hand full of secondary modules that need to integrated and then plugged in thus allowing shared information between the OEM and secondary systems; the later aka the modules are IMO a no brainer however poor wiring can and often times will turn a delightful idea/project into a fricken nightmare.
You will see that the traction control system is truly integrated using only the best of materials including a variety of gauges of wire depending on the demand of a given component, an endless array of colors including those trace lead so as to better define the task being expected of a given custom harness. I use only Deutsch connectors and this is because they are IMO one of the finest available. They very durable, have a high cycle life, are a multi-seal design, and are extremely easy to service over time
Again I truly do not share any of this to discourage but rather as stated; to inform so that to a person they to some degree understand the project being considered.
Thank you and takes care
Shadowman
The pictures are as follows;
1 and 2 Is an example of the gross wire and some of the colors used
3, 4, and 5 Is the integration at the OEM ABS control module; shielded twisted pair wiring is used and then where the distance is greater than a few inches CAT 7 cabling is used so as to insure that there is no interference presented to the control modules.
6 and 7 These are pictures of the primary engine harness being completely unwrapped so that secondary systems can be integrated after which the OEM sheathing is installed thus insuring that it appears as if OEM as well as never been touched.
8, 9 and 10 These are of the area at the OEM PCM and the OEM injector controller module; once the integrating of the secondary systems was completed the harnesses and the environment was made to appear as if OEM
11 and, 12 These are of one of the secondary control modules and the custom wiring harness created for it. The control module is mounted on vibration isolators so as to insure a trouble free service life.
13, 14, and 15 These are of the many custom wiring harnesses located within the boot area aka under the removable front tub of the gal. At this stage the custom harnesses are all terminated with Deutsch connectors, each harness is clearly labeled so that over time anyone can recognize the custom harness application, all of the secondary systems are individually grounded; some even have redundant grounds and then as evidenced in the picture are associated a twisted pair manner with all of them to a common grounding point; specifically the chassis grounding point for the battery to insure a clean signal is maintained to all of the secondary modules. The next phase within the boot area will be to neatly associate all of the secondary harnesses with the OEM harnesses. You can see that the secondary harnesses have all been routed in the same manner as the OEM harnesses so that once this is completed it will appear as if OEM with a fully integrated look.