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- #181
Let me know if you figure out the airbag resistance. I've searched but have not figured it out.
As far as the resistances go I was mainly refering to the inputs for the airbags on the driver side which determine whether one or two squibs deploy. This is dependent with the drivers seat location. Aftermarket seat with non oem sliders removes this sensor.
You should never run a resistance test on ANY airbag related component. It could easily damage it or set the air bags off. To run the resistance you have to send a small amount of current through and that's all it takes. There are no specs on it bc you can't test it. Any airbag related components have to be replaced if anything goes wrong with them including wire harnesses. Can't repair those either. Toyota (and I'm sure other manufacturers) take safety systems VERY seriously.
As for the thresholds changing I'm pretty sure that's a negative.
And just on a side note I've been with Toyota for a relatively long time and I can tell you that you have to absolutely CREAM a Toyota to get the airbags to go off. There are sensors on the frame rails, yaw rate, side impact sensors, etc. They will go off if it's a bad enough collision but they don't want them to just go off while you're in a parking lot and hit a speed bump (cough... Ford.)
Anyway, just thought I'd chime in with my personal thoughts on the matter.
P.S. Awesome build btw. Can't wait to see some pics of that beast on the trails.
As noted above I am not determining the resistances on any airbags. I'm determining the resistance of the seat setup which directly determines whether one or two airbag squibs deploy based on seat location.
With an aftermarket seat base/rails you lose the OEM hall effect sensor which tells the ecu a reference driver position. All the ecu sees is the input from the sensor which I'll be replicating based on the aftermarket seat position relative to the OEM.
Thanks for the input and information on the airbags.