When you click on links to various merchants on this site and make a purchase, this can result in this site earning a commission. Affiliate programs and affiliations include, but are not limited to, the eBay Partner Network.
And I don't have a drawing for the TFI ignition. But, that really doesn't make any difference as you were asking about the feedback carb, not the ignition. I just threw that in to show you where the one wire is coming from.
I'm pretty sure, but I am not under the hood of your truck.
You are going to want to use the ignition hot to trigger a relay and a 10Ga. wire from battery+ to your new HEI style dizzy.
At least most of them call for 10Ga. primary wire....
I've mostly run motorcycles on a dyno.
Eddy current or inertia style dyno's are only observing power applied to the roller. "Rear wheel horsepower".
Gearing and drivetrain correction factors are noted by the operator.
None of this matters because in the end it is how much force or acceleration you (your truck) can actually get to the ground.
I've mostly run motorcycles on a dyno.
Eddy current or inertia style dyno's are only observing power applied to the roller. "Rear wheel horsepower".
Gearing and drivetrain correction factors are noted by the operator.
None of this matters because in the end it is how much force or acceleration you (your truck) can actually get to the ground.
Due to this, rwhp/rwtq is the best measure of what your vehicle can actually do. I obsess over torque, because torque applied at the right time is what makes the difference in anything. Torque tows, launches, slings you out of corners, climbs, etc. horsepower is, to me, just top end. Most of the racing I like requires torque based throttle response. That being said, you can drive anything well with enough practice.
Wouldn't some "strapping down" be required in order to approximate the traction of rubber on pavement? I wouldn't think the small steel rollers of the dyno can provide the same traction as a flat patch of asphalt or concrete.