As I reported a little time back, I had my high-pressure AC hose finally fail as a result of it rubbing against the emergency brake cable. The high-pressure hose is the one that runs along the driver's side of the frame. I replaced the hose last night and thought I'd share a simplified method for doing this. The workshop manual calls for separating the body from the rolling chassis for this procedure, which is not that big of a deal, but I found it to be unnecessary in my case. The hardest part of the procedure was removing the shroud around the radiator which I found to be necessary in order to get a wrench on the condenser neck fitting to hold back on it while loosening the hose fitting. I suspect that when they were new the shrouds were a lot more flexible and easier to deform as necessary to slip into place. It does come out fine with a little coaxing and flexing. Instead of separating the body from the rolling chassis, in my case I only needed about another 3/16" of clearance to slip the hose through by taking advantage of the fitting geometry. To gain this additional clearance, I loosened the driver's side body bolt in the luggage compartment (leaving it still threaded but loosened about 1/8"), removed the two driver's side body mounting bolts on the center tunnel plus the seatbelt ancor bolt (which also attaches the body to frame), and loosened the driver's side rear body mounting bolt that's approximately under the engine cover lightswitch. I left the driver's side body mounting bolt in the rear pontoon untouched. I then raised the car using the normal body lift points and was pleased to see that I got a little bit of deflection to increase the clearance slightly where the AC hose runs between the frame and body. The hose sits between the frame and the body along the length of the center section. To slip the hose out, I pulled the hose back and through by rotating the hose until the metal bend portion of the fitting (which is the narrowest part of the front fitting) slipped out through the gap between the body and frame. It's a little awkward to explain using words, but the 90 degree bend on the metal fitting is oriented such that the fat hose is pulled through the inner recess it sits in but the bend on the fitting pulls along the length of the gap between the frame and body. The fitting on the end of the bend is actually outside the channel. In this fashion, the hose assembly can be withdrawn. In a couple places along the route, I had to increase the deflection slightly by gently using a prybar, but since the body bolts on the driver's side are removed in this section I didn't have any trouble getting enough deflection to slip the house out. The spot requiring the most mucking was at the inner corner, where on my car the metal had puckered in the forming process, making the clearance a little tighter. Aside from removing the radiator shroud (which I did the other day and forgot to time how long it took), removing and reinstalling the high-pressure hose took me about 45 minutes. A good lift is oviously a grest help in this process and I suspect if you attempt to do this on jackstands and a creeper your mileage will vary substantially. Knut To address comments privately to the moderating team, please address: moderators@xxxxxxxxxxx For more info on the list, tech articles, cars for sale see www.dmcnews.com To search the archives or view files, log in at http://groups.yahoo.com/group/dmcnews Yahoo! Groups Links <*> To visit your group on the web, go to: http://groups.yahoo.com/group/dmcnews/ <*> To unsubscribe from this group, send an email to: dmcnews-unsubscribe@xxxxxxxxxxxxxxx <*> Your use of Yahoo! Groups is subject to: http://docs.yahoo.com/info/terms/