Wow! Great job with the wrapping!
You wrap the shit out them bitches!
Thats looks tedious wrapping the individual primaries.
Okay - bumping an old thread of mine here with a few questions since I'm contemplating doing LTs now (broke a stud off the stock manifolds, chasing down a leak that's fucking magic, and it would go great with my hot rods)
1 - Are new motor mounts required with the LT install? I've heard some people say you need them or you will run into clearance problems.
2 - I know most people stick to the high end headers. I'm cool with that. However, I'm a broke college kid and I'm looking at an affordable setup consisting of OBX LT headers along with their midpipe(s). Have any of you actually seen/experienced fitment problems with them? I've been working my google-foo and I see people post "stay away" but never any experience or link to a real problem. Those that actually install them say they love them.
3 - Locking hardware... yes or no?
2. Unsure. You usually get what you pay for. ARH and Kooks fitment is perfect. Can't speak for others. Your product selection makes the biggest difference here.
Good luck.
I'd rather have a slip fit than a ball and socket. Seemed like my bolts at the collectors always came loose...
How would I go about connecting my 2.5'' exhaust to the 3'' headers?
Get the matching midpipe, then use reducers after the H or X where the tail pipes connect. I had my reducers welded on because there's isn't enough room for a wide style band clamp. Then I attached my resonators and cut the tail pipes to length after the resonators.
Have you checked autoanything.com? They carry pacesetter and jba at very good prices. Sign up and they will send you a lot of coupons. Most are for 15-20% off.
When it was time for my long tubes I went with Mac ceramic. They were under $500 and the mac pro chamber mid pipe sounds very nice with them. You can get the chrome macs for under $390 shipped.
Do the motor mounts. The extra flex in stock mounts can and will allow the headers to make contact with the body/frame.