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Everything posted by 1 Lucky Texan
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didn't say how far he had to tow it. In THEORY, towing a stick AWD soob (dunno about the STi) should be no different than coasting down a hill. Now autos need the pumps turning and the solenoid engaged. do a search, check the manual. Carl edit; from this page; http://www.cars101.com/subwarr.html >>>>> Towing a Subaru behind a motorhome or a tow-truck The following is from Subaru "Helpline Update, 2/97" There has been a change to the policy regarding towing of Subaru vehicles behind motorhomes. The following applies to 1990 through present model year Legacy (Including Outback), 1993 through present year Impreza (incl. Outback Sport), and 1992 through present year SVX. (Note: should also include 1998 through present year Forester. Joe) Manual Transmission: All Wheel Drive vehicles can be towed with all four wheels on the ground or with all four wheels off the ground on a trailer but towing an AWD vehicle must never be attempted with only two wheels on the ground or two wheels on a dolly. Front Wheel Drive vehicles can be towed with all four wheels on the ground in neutral or with the two front wheels off the ground. Automatic Transmission AWD vehicles cannot be towed with any wheels on the ground. The vehicle can only be towed on a trailer with all 4 wheels off the ground and the transmission in park. Note: always inspect and check your car: radiator, coolant, all hoses, all fluids, brakes, towing equipment, lights etc<<<<<
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It's another way the 'system' is controlled to cycle more frequently for solar loading. That is, if its 90 degrees at night, the system may not need to cycle the comp. as often as 90 degrees at noon - cause that's like sitting in a greenhouse. I THINK there is a mod for the cabin temp sensor on some Foresters floating around the net somewhere to improve A/C operation. Carl
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those tie down lookin dealies MAY fit onto posts under the flip-up rear seat bench. Are there holes on each side of the tie down lookin dealies? That's where the rests go. Perhaps they are stored away elsewhwere in the car or lost. You might get some outta a junk yard car. Anyway, find out the value of new ones and use that as a bargaining point for a lower price if you decide the car is otherwise what you want. It also might be worth paying a Soob knowledgable mechanic $75 whatver to inspect it, especially the transmission and coolant system - maybe do a compression test. good luck Carl
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It depends I guess on just how much you value your time and if you really need to scrimp every cent. I've changed 3 (IIRC) outer (Rzeppa) joints on Hondas and a Mitsubishi. At the time, I was working outdoors on a driveway after work/weekend with used tools from the pawnshop. Still had to pony up for a giant socket, borrow some tools, buy the joint (about $60 IIRC) the boot, rent a ball joint seperater.......bottom line, use your best judgment on how deep you wanna go - nowadays I'm in a position where it's easy to talk myself into letting other people fix my car but once I was a family man with 3 kids and one income and I even took a turn signal relay apart to recondition it instead of buying a new one. ymmv Carl
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If you want to get one from the dealer, at least make them match an online OEM dealer price like from http://www.subarugenuineparts.com . They should have no problem taking unused parts in original packing condition back, especially with a reciept. If the counterman says he isn't allowed, talk to his boss. Don't get belligerent, just explain that, at this time, you are forced to pursue the cheapest/best way out and you are gonna save up for a half-shaft and you're giving your neighbor a six pack to help you swap it out in a coupla months/whatever. Say, "I'm sure you had a time in your life when money was tight", or "What would you do in my position?" etc. They should realize the goodwill is worth more than the refund hassle. If they won't refund, get credit and pick up some oil/air filters. keep us updated OK? Carl
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Hybrids get most of their advantage in city driving - if you're on the highway a lot, don't expect any hybrid to be much more economical than a similar all-gas model. Diesel would have an advantage though. Check http://www.cars101.com and the legacy and 'news/rumors' forums at http://www.nasioc.com also. Carl
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Try to take the gear back that you have for arefund - start saving your money while shopping for a half shaft - you have LOTS of time. It will be fine for a while, then start clicking in extreme turns, then click in shallow turns, then it will click all the time, that's when it begins to be imperative to fix it. probably weeks to months away from now. We have a local place that will swap in rebuilt halfshafts with a lifetime warranty for about $150 . If you don't wanna do it yourself, shop around for a plave the specializes in FWD axles. You might be surprised how cheaply you can have someone else fix it. good luck Carl
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I've only heard of one rotor failing on a Toyota decades ago. the outer part cracked off from the inner hub! Also, I never turned or changed rotors on my old Civic wagon, just pads. Yeah, the rotors are a little 'wavy' but the pads will wear in after the first few stops. After all, the pads you just took off were working on a 'wavy' rotor - right? Unless there is a big 'ridge' at the edge or a major gouge in the rotor, or the brakes are 'grabby'/pulsing. You don't need them turned/replaced. my 2 cents Carl
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from the website; >>>>>Ah, now the active diffs. Yes, there's one of these in the middle of the car and another one on the back axle. The middle one controls what proportion of the torques from the engine go to the back wheels and what proportion go to the fronts. And the diff at the back does the same, splitting the torques between the rear wheels. They're both controlled by a very clever computer that has a speed sensor, a steering angle sensor and something called a 'yaw sensor' which sort of measures the line that the car is taking through a corner. This is very important. If the computer looks at your steering angle and then the yaw sensor tells it the car is turning through the corner less sharply than it should be for that amount of steering lock it thinks, 'uh-oh, that's understeer'. Then it telegraphs the centre differential and tells it to make sure more torques are going to the back axle so that the front stops dragging the car wide, like a front wheel drive car would. But then, as the car leaves the corner it tells the centre diff to push more torques forward to pull the car out of the turn without oversteering like a rear wheel drive car would. Hmm, yes, that sounds about right. Ah, and the active rear diff helps you out in sudden changes of direction so that if the car is looking like it might spin, the computer can step in and push torques to one wheel to push the rear of the car back on line. And all this computer thinking and moving of torques can happen in milliseconds. It's very clever. It's also made my brain hurt."<<<<< fyi Carl