why does ftsb connect to top of strut and not underneath?
Hmm.. very interesting question. But there is a very easy and logical answer.
Think of the engine bay as one big cardboard box w/ the bottom and top totally open.
Now you can imagine how easy it would be for this box to easily fold on itself. Now the engine/tranny mounts and the front swaybar already "stiffin up" the bottom of the box. Now only the top part of the box flexes. Add the strut tower brace and that completes the box and now the entire thing flexes less which = less suspension geometry changes which = better handling though corners/sweepers etc..
Hope this helps.
Think of the engine bay as one big cardboard box w/ the bottom and top totally open.
Now you can imagine how easy it would be for this box to easily fold on itself. Now the engine/tranny mounts and the front swaybar already "stiffin up" the bottom of the box. Now only the top part of the box flexes. Add the strut tower brace and that completes the box and now the entire thing flexes less which = less suspension geometry changes which = better handling though corners/sweepers etc..
Hope this helps.
Originally posted by Jeff92se
Hmm.. very interesting question. But there is a very easy and logical answer.
Think of the engine bay as one big cardboard box w/ the bottom and top totally open.
Now you can imagine how easy it would be for this box to easily fold on itself. Now the engine/tranny mounts and the front swaybar already "stiffin up" the bottom of the box. Now only the top part of the box flexes. Add the strut tower brace and that completes the box and now the entire thing flexes less which = less suspension geometry changes which = better handling though corners/sweepers etc..
Hope this helps.
Hmm.. very interesting question. But there is a very easy and logical answer.
Think of the engine bay as one big cardboard box w/ the bottom and top totally open.
Now you can imagine how easy it would be for this box to easily fold on itself. Now the engine/tranny mounts and the front swaybar already "stiffin up" the bottom of the box. Now only the top part of the box flexes. Add the strut tower brace and that completes the box and now the entire thing flexes less which = less suspension geometry changes which = better handling though corners/sweepers etc..
Hope this helps.
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dvcamp
6th Generation Maxima (2004-2008)
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Sep 18, 2015 10:17 AM




