5th Generation Maxima (2000-2003) Learn more about the 5th Generation Maxima, including the VQ30DE-K and VQ35DE engines.

2000 SE 5 speed flywheel question

Thread Tools
 
Search this Thread
 
Old Feb 15, 2020 | 02:26 PM
  #1  
fst_2kse's Avatar
Thread Starter
Junior Member
 
Joined: Jul 2019
Posts: 26
2000 SE 5 speed flywheel question

Hi everyone. I'm planing on change out the clutch in my 2000 SE 5 speed some time soon. I pretty have everything I need which includes the flywheel friction surface. Unbeknownst to me, the VQ30DEK uses a dual mass flywheel and I'm not familiar with replacing the friction surface on one of those. How easy is it to replace and does it require removing the flywheel? Should I consider switching to single mass flywheel? I tries searching for threads that would answer my questions but most have links to stale or dead websites. Any info and help would be great. Thanks.
Old Feb 15, 2020 | 05:51 PM
  #2  
krismax's Avatar
Father of the 00 VI
iTrader: (15)
 
Joined: Nov 2000
Posts: 3,323
From: amsterdam ,new york
Originally Posted by fst_2kse
Hi everyone. I'm planing on change out the clutch in my 2000 SE 5 speed some time soon. I pretty have everything I need which includes the flywheel friction surface. Unbeknownst to me, the VQ30DEK uses a dual mass flywheel and I'm not familiar with replacing the friction surface on one of those. How easy is it to replace and does it require removing the flywheel? Should I consider switching to single mass flywheel? I tries searching for threads that would answer my questions but most have links to stale or dead websites. Any info and help would be great. Thanks.
The flywheel on a 00 is the same as the 95-01 maxima's . It's surface is NOT replaceable . I have never seen a 95-01 flywheel that needs replacing , i just put swirl marks back on them and good to go.
Old Feb 15, 2020 | 09:01 PM
  #3  
fd3rew's Avatar
Member
 
Joined: Nov 2009
Posts: 117
From: NY
Originally Posted by fst_2kse
Hi everyone. I'm planing on change out the clutch in my 2000 SE 5 speed some time soon. I pretty have everything I need which includes the flywheel friction surface. Unbeknownst to me, the VQ30DEK uses a dual mass flywheel and I'm not familiar with replacing the friction surface on one of those. How easy is it to replace and does it require removing the flywheel? Should I consider switching to single mass flywheel? I tries searching for threads that would answer my questions but most have links to stale or dead websites. Any info and help would be great. Thanks.
on the 2000
1 unbolt the pressure plate, remove pressure plate and clutch disk.
2. unbolt the flywheel assembly from the crankshaft. The flywheel assembly consist of the starter ring gear(flex plate)/ crank angle sensor trigger wheel, a spring washer, and friction surface
3. place the flywheel assembly flat on the floor with the friction surface facing the floor, the flywheel assembly will be sitting on the dowel pins for the pressure plate.
4. unbolt the friction surface from the ring gear/crank trigger, the bolts are on the back and there is no way to get to them without removing the flywheel from the crankshaft, the bolts heads are very shallow so you want it flat on the ground when trying to remove them so you don't strip the heads.
5. when you unbolt the friction surface, there will be a huge spring washer btw the ring gear(flex plate) and the friction surface, be sure to transfer it over to your new friction surface
Old Feb 17, 2020 | 10:14 AM
  #4  
fst_2kse's Avatar
Thread Starter
Junior Member
 
Joined: Jul 2019
Posts: 26
Thanks input and thanks @fd3rew for the detailed step on how to remove and replace the clutch friction surface.
Related Topics
Thread
Thread Starter
Forum
Replies
Last Post
thatcollegestudent
5th Generation Maxima (2000-2003)
8
Mar 17, 2015 09:08 AM
Maximaum Driver
5th Generation Maxima (2000-2003)
5
Aug 31, 2011 04:44 PM
JustinXtlr
5th Generation Maxima (2000-2003)
2
Dec 6, 2010 07:06 AM
shilov
4th Generation Maxima (1995-1999)
2
Nov 22, 2006 05:10 PM




All times are GMT -7. The time now is 04:19 AM.