
cookie
Members-
Posts
3059 -
Joined
-
Last visited
-
Days Won
1
Content Type
Profiles
Forums
Gallery
Store
Everything posted by cookie
-
Anything with a 2.5 phase 1 is at risk for the internal expensive failure. Perhaps a real Subie expert will help here, but I think they ran from 1997 to 1999 in the Legacys.The first safe one would be a 2000 model year. For some reason the Forester got the phase 2 a year early in 1999. this is why I have a 1999 Forester as folks on the board warned me about the phase 1.
-
these days in many areas it is not a responsible method. In urban areas like mine the anti freeze ends up in the storm drains and so in our water. Pets think it's great and lap it up and die. I sure remember lots of folks doing this up in Maine when I was a kid. If it is warm when you start trickling the water the water will eventually come out clear.
-
and lose compresion a bit faster. Nothing catestrophic. We just have the equivalent of rebuiling a bit worn engine with loose piston skirts. I don't care for my slap on start up but it is so minor here in CA that I don't notice it anymore except when I am in or parking building with the windows down.
-
what is excellent on a race course is not always the best thing to run in a half worn out engine on the street. In a race engine you look for low drag and resistance to high heat and load. The hotter the engine the closer to a hand grenade it is, and the more one experiments with lubrication the closer you get to not finishing the race. I had one friend who was the National hydroplane champ for many years in his class. His motors were truly hand grenades and he got one practice and one race out of them. On a street engine we are looking for a whole different set of characteristics from our oil. I have friends who are thrilled with Redline, but they use it on a race course.
-
and odds on I would buy that kit Subaru is supposed to offer that also offers a cam sensor. They are pretty cheap and I almost think they would be good maintainence items as they have a moderately high rate of failure. These are cheap and easy to do for the novice.You might do a search and you should see how to change them.
-
I got a water pump, tensioner, had the oil pump pulled, tightened and resealed,and had all the seals on the front replaced. I figure its easy when it's apart and all of those are items that commonly cause trouble. I hope not to go into the front of the engine again for another 90,000 miles. Keep in mind that I am a fussy ex mechanic who likes my car to be reliable.
-
not actually burnt first. Sometimes they look fine and are fried. Before I pulled the switch I would test it to see if power was coming out of the dash light reostat. The other thing I would do first is make absolutely sure you don't have a short that would burn it up again. Yesterday I had this system out on my BMW but I have not done it on a Subaru. I am sure that switch should be fairly easy to change. The BMW has a lighted shifter knob that is famous for shorting out and taking out the reostat which is part of the switch. I gave the shifter knob its own fuse to prevent that.
-
if you have the phase 2. The goop seem to take care of possible leaks. I had the organic clutch in my 99 Forester and it was done at 85,000 miles. when the organics are in there the car seems to usually have chatter on clutch release. If you have that it probably means you will have early clutch failure. The good part is the late clutch kit works, but my##@$%%^& dealer did not replace the pilot bearing and that just had to be done 16,000 miles later.
-
since you say the car is still nice. At least it would get the heads checked for flatness and while they were out the valves adjusted which is due. This car looks like the most miserable car to adjust valves in I have ever seen. It would be pretty easy with the heads on the bench.With the new gaskets I would think you'd be fine for the remaining engine life. The other possiblity would be a whole new CCR engine with new clutch, hoses, belts, etc. This would be expensive but would be a really solid power plant.