21st Century Truck
Well-known member
- Thread starter
- #1
Folks,
I'm replacing my OEM shocks front & rear after 76 thousand miles... at least one shock is leaking oil, and "why not" after this mileage on the OEM shocks.
I'll be using the Eibach shocks for my Lightning ER, and per EIbach suggestion I'll be keeping the OEM springs as I do not care to "level" the truck.
Anyone who's DIY replaced the front and rear shocks, or anyone who has the Ford shop manual handy with this information, the torque values for the top and the bottom mounts, front and / or rear will be very much appreciated!
Side note: the pretty reliable. friendly local Ford dealer maintenance shop told when I was pricing options out that the front shock replacement is more involved on the Lightnings than the rear shock replacement, and they bill 4 hours for the front job labor vs. 2 hours for the rear job labor because of this. I've replaced shocks on a few of my former cars so I can see that... any comments from DIYers are welcome.
I'm replacing my OEM shocks front & rear after 76 thousand miles... at least one shock is leaking oil, and "why not" after this mileage on the OEM shocks.
I'll be using the Eibach shocks for my Lightning ER, and per EIbach suggestion I'll be keeping the OEM springs as I do not care to "level" the truck.
Anyone who's DIY replaced the front and rear shocks, or anyone who has the Ford shop manual handy with this information, the torque values for the top and the bottom mounts, front and / or rear will be very much appreciated!
Side note: the pretty reliable. friendly local Ford dealer maintenance shop told when I was pricing options out that the front shock replacement is more involved on the Lightnings than the rear shock replacement, and they bill 4 hours for the front job labor vs. 2 hours for the rear job labor because of this. I've replaced shocks on a few of my former cars so I can see that... any comments from DIYers are welcome.
Sponsored
Back in my younger and foolish years I and a friend reassembled my proudly bought used Kawasaki's camshaft 90 degrees out of phase, and "test-cranked" it with a wrench while the engine was still on the work bench. When it didn't quite rotate fully, we of course backed it up and, er... applied force like only two 20-somethings can do. THAT funny experiment meant two more new exhaust valves and another head disassembly / reassembly.