
view from starboard side of engine showing 6 new grease fittings numbered and the original grease fitting, circled

view from port side of engine.
I have fixed my rusted, almost frozen swivel post. It is now turnable with two fingers, engine disconnected from steering arm. A huge difference and quite a relief.
Details:
- I did not use the impact grease driver I ordered. It just seemed that anything you hit with a hammer is too salty for me to accept on my aluminum housing.
- I drilled and tapped into the swivel post, 6 new grease zerk fittings. A trip to Ace Hardware and a short class there in the aisle with the experienced staff person made the drilling and tapping a
breeze.
- Recall that the factory design has a oil seal below the original zerk, so that, in principle, all grease should go up and out the top.
- In my case the original fitting just pumped grease out past the lower seal because of total blockage above it, probably in the upper bushing.-
- Taps 1 and 2 were worthless, just pumped grease out the bottom. Tap 4 was below the upper bushing and did the same as 1and 2.
- Taps 3, 5, and 6 were into the area of the black nylon upper bushing. (I know because the drill brought out aluminum shavings, then black nylon shavings, then hit the metal post where I stopped.) Most likely, I only needed tap 3.
- I pumped grease into 3, 5, and 6 but it hardly could be pumped. Tight fit. I moved engine with my shoulder an inch or two each way, then more grease, then more shoving. I finally got rusty, filthy grease to come out both the top and bottom of the post. 1 hour of shoving and pumping until I got the free movement I wanted.
- Unsightly mess of fittings, but It works. Again, maybe just tap 3 was necessary.
- Most YouTube videos show the enormous task of removing the entire actual engine from its housing. Not just removing the outboard from the transom, but the engine out. ugh.
Thanks to all.
Fair seas.