Just a new, personal experience, re: mitigating the vibration... So here goes!
First, and also last, thank you to
@jebinc for being an awesome friend and helping (well, he basically did it himself) install n2itive's lowering links on the
front of my 2022 Model S Plaid. This has been an interesting journey.
But let's recap:
Mid-2021, I picked up my first Model S Plaid. It did not exhibit any driveline vibration until 1,500 miles. I knew what the vibration felt like since I had driven
@jebinc's. I drove his car back in 2021, and he drove mine. We both agreed mine had none, but his was... not good at all. Ironically, my car vibrated on the way home from him, and never stopped until the day it was bought back (for... so many issue I'm not going back over).
Mid-2022, I picked up my new Model S Plaid. This one vibrated from day 1. It wasn't terrible at first, but it's gotten worse as the winter has dragged on. Whether this is temperature related or mileage related, I can't say. I'm at 2500 miles now and the vibration is bad. In fact, while it started bad from around 37mph upwards, as time has gone on it's become bad from around 31-32mph and up. Peak vibration around 41-43mph, and then tapering off toward 50mph and upwards (though never
fully gone). As with the 2021, putting the car into
Track Mode with fully rear bias completely removes the vibration.
Now, and
@jebinc will correct me if I'm wrong, - some time ago he had installed the n2itive links on the front
and rear to try and tame the vibration. He ended up removing the rears, leaving just the front lowering links on. So, on his car, just the fronts,
set to 2.4mm = a
significant reduction in vibration,
so much so that it's not even really bothersome anymore unless you
really look for it. If it was 100% vibration before the links, it's now 15% after. I confirmed this by driving his car before and after, last year.
Now, lowering even
further might help more, but these cars - for many of us - need to be daily drivable, especially up steeper driveways.
That brings us to today, February 8. I popped over to
@jebinc to install his 2x spare lowering links on the front of
my car. He drove my car first, so he could experience the
stock vibration, and yep - he agreed it's
bad. Front links installed, again at
2.4mm, we went for a drive, with both of us taking turns driving. What. A. Difference. Once again, if it was 100% vibration before the links, it's 15% after.
Not gone, but actually not insanity-making like it used to be for me. We went out for lunch, to give the car a break, - and again, vibration did not change from its great reduction. I then drove the 40 minutes home, and -
again - such a dream compared to what it was.
Note: The car
needs to be left in
Low suspension setting for the links to make themselves known. I did test this extensively on the way home. If you are cruising at slight load at ~40mph in
Low, and switch to
Medium, the vibration makes itself known immediately. So it's clear having the car very slightly lower than
factory Low in the front is the
key to unlocking a less stressful ride. This small amount of lowering is something I believe Tesla could pretty easily offer in software to mitigate the vibration, but thus far they don't seem interested in doing so. We know they can, because in Cheetah stance the car lowers itself in the front
even lower than what the links offer. I should have taken a picture of the car before swapping in the links, but... I didn't. In any case...
Here's the car in
Very High, with front n2itive links installed:
View attachment 904871
Here's the car in
Low, with front n2itive links installed:
View attachment 904873
Here's the car in
Cheetah Stance, with front n2itive links installed:
View attachment 904875
So, for right now - and for today, results are very positive. I'll be monitoring over the coming days. Thanks again,
@jebinc . You're a real pal.