This is a carbon fibre door for a lx coupe would it be street legal??? think he has other panels as well.
Edited by 2runa, 16 January 2009 - 11:02 PM.
Posted 16 January 2009 - 10:54 PM
Edited by 2runa, 16 January 2009 - 11:02 PM.
Posted 16 January 2009 - 11:16 PM
Edited by ls2lxhatch, 16 January 2009 - 11:19 PM.
Posted 17 January 2009 - 03:52 AM
Posted 17 January 2009 - 08:02 AM
Posted 17 January 2009 - 08:08 AM
Posted 17 January 2009 - 08:16 AM
I think he has priced them at $1200NZD they would be expenceive because of the c/fibredoes this guy make them,or know who does,?
Posted 17 January 2009 - 08:32 AM
Posted 17 January 2009 - 10:10 AM
thats not too bad considering all thats involved,it's just if you want to spend 2k on saveing(about 30-40kg ? ) , stripped out steel doors can be fairly light.
Posted 17 January 2009 - 10:52 AM
Posted 17 January 2009 - 11:23 AM
I bet you he wasn't planning on them being used on the street; for a racecar that would just be more weight. Every racecar should have a bar in its rollcage spanning between the A and B pillars which eliminates the need for anything like that.If you went to the trouble of making carbon fibre doors, would you not mould the intrusion bar in carbon fibre when fabricating the door?
Posted 17 January 2009 - 02:01 PM
Posted 17 January 2009 - 03:46 PM
If you went to the trouble of making carbon fibre doors, would you not mould the intrusion bar in carbon fibre when fabricating the door? It is not hard to do when you lay the door up, can use styrene to form it up, then melt the styrene out if you really want after woulds (can't remember the chemical that melts styrene).
Posted 17 January 2009 - 04:28 PM
Edited by Yella SLuR, 17 January 2009 - 04:29 PM.
Posted 17 January 2009 - 06:21 PM
This is a carbon fibre door for a lx coupe would it be street legal??? think he has other panels as well.
Posted 17 January 2009 - 06:22 PM
Posted 17 January 2009 - 06:28 PM
Carbon fibre, if done correctly is stronger than any steel, and a whole heap lighter.
Posted 17 January 2009 - 06:33 PM
Yep the Ultimate Tensile strength of a good high tensile steel is around 590 mega pascals.The UTS for a good carbon fibre/resin is around 5.5 giga pascals.
Posted 18 January 2009 - 08:09 AM
Posted 18 January 2009 - 08:30 AM
Posted 18 January 2009 - 08:31 AM
Posted 18 January 2009 - 09:00 AM
Posted 18 January 2009 - 11:31 AM
Posted 22 January 2009 - 01:00 PM
Posted 22 January 2009 - 03:41 PM
Posted 22 January 2009 - 05:36 PM
And how would it go under impact?
When it does go, c/f becomes razor shards too doesn't it?
Grant..
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