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Shox Dr

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Posts posted by Shox Dr

  1. obviously there's a balance to be struck and taking 20mins every morning to undo all the things you've immobilised it with isnt going to be fun.

    You've hit the nail squarely on the head there fella.

    It's aright having all these devices but if they take an age to activate/fit then deactivate/remove you will soon become bored and inclined not to use them.

    Without giving the game away, I learnt this, and now all but 2 of my measures are self-arming/locking etc etc, and they have to be disarmed in order, otherwise she won't start or move. :angry:

    It took me a while to get used to it :lol: but now it's second nature

  2. MOT man would have a heck of a job looking at CV boots as they are inside the axle, were talking steering joints here aka trackrod ends.

    I was replying to renault4's post, and the originals posters question, in that the rubbers that protect the bearing surfaces on a Track Rod End are not part of the MOT. Only that the Track Rod End doesn't have any play

    Besides LRs don't have CV boots :P

  3. I'm no suspension expert.... but I think putting a heavier duty spring rate in has the same effect as increasing the pre-load on a standard spring - ie it increases the ride height because the spring supports more weight and thus reduces the static sag ......

    Though I'm sure someone will be along to tell you the real reason soon :D

    Go to the cupboard and get yourself a biscuit :P

  4. Interestingly, I was at Halfords HQ, one day. In the conference room was a large pin/scrap board. One of the things that caught my attention was a piece of paper that had been cut from some journal. It read

    Customer Service;

    Do the job right the first time 75% will return

    Do the job poorly and 80% will return

    Do the job poorly and then resolve the matter and 92% will return

    I cant remember the figures exactly but you get the gist.

  5. Also it needs to be noted that, fitting longer turrets does not directly affect your axle travel. Let me try and explain.

    A damper has 3 important measurements

    Free lengh; The total lenght of the damper between fixture pionts uncompressed

    Compressed Lenght; The total lenght of the damper between fixture pionts when fully compressed

    Travel ;The difference between the Free Length and Compreesed Length is the available damper travel.

    Now forget about the constrains of the panard bar, streering, etc for a mintue.

    If you remove the damaper and spring the axle will come to rest on the bump stop. If you then take a measurement from the fixer piont on the axle to the underneath of the turret it will tell you the maximium compressed lenght of damper that can be fitted. And remember you cant increase upwards travel without mod'ing the chassis, axle. the only way is down

    Hope you got that because it doesn't get any easier.

    So you want 4" more downward axle movement. The first thing you need to do is make sure your axle can move that far, it's no piont fitting 6" longer travel dampers if your axle will only allows 4".

    Now say a stock damper has a free length of 20" compressed length of 12" giving 8" of travel. The measurement you got from axle the turret bottomed out is 24" maens you can fit a damper with a compressed length of no more than 23" (don't forget the bumper can compress a bit). You have 3" the play without even fitting 2"+ turrets. A bit of googling will tell you what the next length of damper you can fit.

    A could go it to more detail, but I'm hurriedly typing this before a I take a flight to Poland. If anyone is interested in a better feature please let me know.

    PS no time to spell/gramma check; They dont call me dyslexic Dave for now't

  6. Regardless of the material you use for bolting it together you WILL get Galvanic Corrosion. Zinc and Aluminium are very close to each other on the Galvanic Index so are better "partners" than SSteel/Aluminium, as it is father apart on the inex having a greater electrical difference, thus ironically speeding up the corrosion of the lesser material; Aluminium in this case, the best thing you can use is Anti-Galvanic Paste, between the parts, this will slow down the process.

    I cant remember what it's called in the UK but a quick google brought these two brand up in the states "TefGel" and "Lanocote". Any Anti-Galvanic Paste will do, it's used in the boat building industry, a ship chandlers will have it

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