haven said:I found this statement in one of Sönke's posts on IH8MUD:
"Bonnet and doors are build of f/g with some kevlar layers..."
An up-armored camper? Maybe it's more dangerous to drive
in Iceland than I realized?![]()
Not sure why kevlar layers though, kevlar is good with flex, so I guess it would help with any frame flex or when closing the door hard.
required great strength
whatcharterboat said:Nah. It's cause you just can't tear it, so where normal fibreglass might crack away and tear around bolt holes, bonnet/door hinges & catches the kevlar reduces that greatly. If you have any scraps lying around they are always good to reinforce those specific areas. Of course kevlar over the whole job greatly increases the chance of penetration from sharp objects too, say in an accident.
I used to have a bit to do with race car composites (v8supercars) a while back and carbon interwoven with kevlar in the one cloth was the norm for most exterior panels particularly if they were under considerable aerodynamic loads (not straight kevlar BTW). That was where the carbon came in by adding stiffness and support. High aero load rear wings were always done in straight carbon where as something that didn't need the stiffness but required great strength such as a shell around a fuel bladder/cell we would make from straight kevlar.
Regards John
+1 :drool:Willman said:This has to be the best LC build know to man!
Thanks for sharing!