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Subaru Outback VDC
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Comments
-juice
Craig from Seattle (OK, Kenmore...)
-mike
Patti
Thanks!
Patti
Later...AH
The question remains: since it's difficult to match up the VDC/McI parts with off-the-shelf McI components, what is the likelyhood that they're actually Clarion components with McI labels?
Theo in cold and snowy Colorado
-juice
I'd be shouting with joy as well. :-)
Ken
-juice
Reagrds,
Paul
-juice
head unit: MX406 - $930
Amp: MMC420M - $1129
speakers,: MS10, MSX487, MSX486: ~$700
What's important to me is that it appears that this was indeed a collaboration between McIntosh engineers and Subaru to design a great stereo system, regardless of components actually used. This is the way great companies design products through cooperative effort between suppliers and parent company. I hope that this is the way Subaru designs all their car subsystems. That would explain their consistently high reliability marks.
Mike
-juice
This is the best sounding stereo I (or anyone I have met)have ever owned.
I just hope that sound insulation works the other way. Otherwise alot of people are going to have to learn to like my music.
Theo in Colo.
When starting out under light acceleration when the car is cold, it emits a noise most easily heard inside the cabin, and sounds like something metal is rubbing against something in the mid to back of the drivetrain. It's sort of a clatter sound. It seems to only happen when cold and when accelerating at low speeds. It is a disconcerting sound.
2001 VDC w/ 22k mi.
Theo in Colo.
-juice
My symptoms were a vibration/rattling that I heard mainly in reverse. The interesting thing is that my brakes didn't squeal in reverse after the vibration started. Maybe I found an inadvertent fix!
Christina
-juice
I've been thinking of moving up to one of a L.L. Bean...but, are the 3.0 L engines also prone to developing piston slap?
Anyone experience or hear about this from anyone? Or, is it too soon in the vehicle's history?
I have a 01 Bean. My odometer indicates just under 26k. No noticeable piston slap....engine just purrs!
-r
Saw a 2003 model at the NY Auto Show, and the good news is that the VDC with the Macintosh gets a standard 6 CD changer! That's nice because I believe it's kind of hard to upgrade the system with aftermarket parts.
Other models get a subwoofer in the cargo area like the VDC already has.
All Outbacks get chrome trim rings around the speedo and tach, which look nice, like my Miata has. The grille gets simpler, with less chrome, plus a new bumper looks better integrated.
Big news? The 2.5 GT gets VTD AWD and a shiftronic. I hope the H6 models get that tranny soon!
-juice
Theo
-juice
How do y'all use your changers? Surely, you don't leave the same six in all the time; it seems that periodic change out would be a pain.
Just wondering what I am missing.
Mike
-mike
-juice
Juice - was that 03 changer indash or in the back. If it was indash, it means McIntosh has made a completely new model for it.
Funny because the Forester's is, for instance.
-juice
Theo
This may be covering old territory for some of you but I'd also appreciate knowing how power is split between the front and rear wheels on the H-6 models as compared to the VDC's rear drive bias of 55 rear/45 front. I've heard a number of different scenarios for H-6 ranging from full-time 50/50 to a more pronounced front-drive bias.
Putting aside the obvious VDC safety benefits and superior stereo system for a moment, does anyone consider the pure driving benefits of the rear drive bias VDC enough of a reason to purchase this model over the H-6?
Thanks for any input,
Don
The non-VDC H6 would drive with 90% of the power going to the front wheels and a small dribble of power going to the rear wheels in non-slip conditions, which effectively means it drives like a Front-wheel-drive car in non-slip conditions. When slip is imminent, it can transfer upto 50% of the total power rearwards.
The VDC, in non-slip conditions, drives with 55% of the power to the rear wheels. When accelerating, 85% of the power is sent to the rear-wheels (as it should based on the "Physics" of the situation). It can reverse this power transference towards the front, when conditions demand that. This rearward torque bias - in non-slip conditions - (employed by its VTD-AWD -Variable torque distribution-AWD)is achieved by the torque-sensing Planetary gear center differential (which the other H6 lacks). Also, the VDC has 6-plate electro-mechanical transfer clutches, as opposed to the lighter-duty 4-plate clutches employed in the other H6.
Thus, the VDC has a much broader range of transferability, and also does the power/torque transference much faster than the other H6, in addition to the handling improvements through its rear-ward power/torque bias.
Hope this helps,
Later...AH
VTD/VDC: 45/55
4EAT(~95-03): 80/20
MT: 50/50
4EAT(<95): 90/10
The above 4EAT 80/20 split is per Patti the SOA rep here on Edmunds.
-mike
Bob
It also gets slightly louder as you use more power, so if the AC comes on, rear heater is on etc.
The dealer has replaced the glass with the embedded antenna to rule out any faults there but it made no change to the noise.
Anybody solve a similar problem or have any suggestions on how to track down the fault ?
Apart from this noise I love my VDC
Keith
I've heard no whine in our VDC. First thoughts are to have the dealer verify that the head unit and amp are grounded properly and that all connections are tight... Let us know if you do find out the cause.
-juice