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987687

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Posts posted by 987687

  1. You didn't boost the pressure, you did however jiggle a rusty brake line that was on the verge of breaking. I wouldn't drive a car with a leaky brake line, you're one panic stop away from not having brakes (and having a collision). The brake line that goes over the tank rusting out on 2nd gens is pretty common. The easy way to fix the problem is to flip up the back seat, you might have to pull back sound deadening, I can't remember, too. Under there you'll find the brake lines that go through a grommet in the body. Starting from that point, run a new line around the side of the tank and back to where it connects up with the rubber line, make sure it isn't rubbing on anything and you'll be fine. I guess you could pull the gas tank and get it in the stock location, but that's a silly amount of work.

     

    When you're done make sure you clean the top of the gas tank off. There's an access hatch under the back seat to replace the fuel pump, you could remove that to hose the top of the tank off. Brake fluid eats paint and rusts metal, pretty bad combo for the top of a gas tank.

  2. Since I have no idea what car you have, I'll assume for the sake of math that you have 205-55-16" tires, a pretty common subaru size. Subaru specifies 1/4" difference in circumference on most vehicles. Let's say the tire with 9/32 is brand new at the nominal diameter of 24.88 inches.

    Its circumference is then 24.88*pi=78.16"

    The tire that's 7/32 is actually 4/32 smaller diameter, and has a circumference of 77.77".

    The difference in circumference here is 3/8", just a bit over the specified 1/4".

     

    Of course if you have an outback or forester, you have a larger tire and thus the difference in tread has a smaller impact on circumference.

     

    I'd probably run it and not worry. I'd put it on the front where it wears faster and rotate the tires so that one always stays on the front and the rest rotate around to wear it faster. The decision to run a tire slightly out of spec is on you, though.

    • Like 1
  3. Your car is a brighton, and you can get one more level more base model -- manual transmission. I had one and loved the thing. (PS you get really hurt when someone pulls out in front of you and you hit them doing 40...)

     

    The easiest way to swap to rear discs is to grab the whole knuckle assembly off a junkyard car. Since you're in maine you'll either have to cut the lateral links or try and get them undone from the subframe end.

     

    If you find a car in maine with the long bolt through the bottom of the knuckle that comes out, you're winning pretty hard.

    When you do the swap into your car, you'll run into the same issue, usually you can get the lateral links unbolted from the subframe end and just swap those as well.

    • Like 1
  4. I dunno about the swap, I know it's been messed with those, I've seen threads about it.

     

    If you do try and put a phase 2 trans in there, avoid 99-02 as they have issues with delayed engagement with eventual failure. It can be fixed if you wanna drop the valve body and replace seals.

     

    Your current trans is actually a pretty reliable box, change the fluid and filter and it should last a long time.

  5. Damn well that sucks. Guess I'll be ordering one that comes with a hub. I ruined one of my hubs beating on it. I'd rather replace the hub anyway. Wish I knew that earlier but I guess I won't do that again. Think its okay to mix and match type of bearing? For example, OEM on one side and Timken on the other?

     

    Timken is generally a quality part, so yea, that's fine. You could always go to the junkyard and grab a hub/bearing assembly. Remove it carefully with a tool like what Gloyale linked, You can probably rent those at autozone.

  6. You can either buy a wheelbearing that comes with a new hub in it, or press the hub out of the old wheelbearing and press it into the new one. Since it's a unit bearing, it's a fairly simple job of bolting it to the knuckle.

     

    I don't think I've ever seen just a hub for sale... Usually you buy a hub/bearing assembly if you want to replace it.

    Unless for some reason it's damaged, the old hub is fine, go re-use it.

  7. I'm assuming you're asking because you have a big burly torque wrench that only goes down to 10 ft/lbs. The issue with that is, bigass torque wrenches aren't very accurate at the ends of their range anyway.

    Either way, nobody besides the team of engineers that designed the engine can say with authority that 10 ft/lbs it too much or not... The only thing anyone else in the world has to go off is what the service manual says, anyone who says otherwise is talking out of their rump roast and you shouldn't trust anything they say.

     

    Would it work in the short term? Yea, probably. would it cause an issue in the long term? maybe... Your mileage literally may vary.

    • Like 1
  8. I don't remember exactly where I got the FSM files. I've had em for a while now. There are either links on this forum under the repair manual section. There a ton of useful links in there. Or just google something like "1993 subaru fsm pdf".

    Since there's questionable legality in sharing an entire service manual you're supposed to pay for, hosting for these downloads comes and goes. I doubt the place I got it from still exists, etc.

    • Like 1
  9. Yep, they all do that. Third gens also rust out in the door jamb area of the back doors, your baja is based on a third gen so it may have rust starting there.

    Here's a pic of the (very advanced) rust of my 2000 outback. This is looking into the open back door. I The surface was bubbly, but that's what happened after I kicked it.. I didn't realize there was a serious problem until the rocker ruster.. errr... plastic trim fell off.

    FIoww45l.jpg

  10. I don't know about the specifics you mentioned, however a CVT is pretty much always going to get better mileage than a manual. It has a much wider gear ratio and can change gear ratios very quickly. This means cruising on the highway the engine can be running a very, very low RPM, but move to a lower gear ratio to make it up an incline. With a manual transmission you can't have a really tall overdrive gear because you'd constantly have to be shifting out of it, lugging the engine, etc.

    Same with stop-and-go traffic, the CVT can keep the engine at a much lower speed accelerating slowly. With a clutch you continuously have to rev the engine to get it first gear, then rev it out far enough to shift into 2nd without lugging the engine, the CVT has none of these restrictions.

     

    I wouldn't be surprised if the engine was tuned differently with a different cam profile. It's driving a somewhat different load, so Subaru probably fine tuned it to match that load. The engine computer and transmission computer can work together for the most efficient driving, whereas a manual needs to be tuned for someone who may not be good at driving a stick. 

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