Lotsa stuff back here. The force from the jet is tied to the vehicle through sandwich plates inside the car bolted to contoured aluminum billets that were slid into the frame rails. You can see the billet on the left side with a hole in its center, welded to the plate with 4 bolts. Used helium as the inert gas and a lot of current to weld that chunk of aluminum. To return the car to its production height, adjustable spring perches were used. Same spring rate, just corrected the ride height. Drives and handles fine. Kerosene is stored in a custom 14 gallon, baffled, foam-filled kevlar fuel cell in the spare tire well. Two fuel exits in the back: a -12 on the left side and a -10 on the right. The -10 goes to a shutoff, then a Barry Grant pump (one of the few hot rod parts on the car), then up into the car where it sees a filter, a regulator, and an electrical shutoff valve before feeding the engine. The -12 goes into a shutoff, then a 1.5 hp, 11,000 rpm, 24V custom electric pump. Pump is magnesium and can maintain 100 psi at 550 gph. From the pump it goes into the car to a filter, then a large regulator, and then to the afterburner solenoid and the big-fire solenoid (to left of pump and feeding bottom of tailpipe through orange covered hose). Fuel system was tested for flow capability. Above the big pump you can see the relocated gasoline cap actuator and all that black stuff on the right side is the stock fuel evaporative control equipment. All circuits feeding solenoids and pumps have fuses, relays, kick-back diodes to minimize contact arcing, sealed connectors, and use automotive wires of a gauge giving a maximum of 1V drop over the circuit loop.
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