front camber spec on a fwd car for a dd can be anywhere from -.8 to -1.3 without seeing camber tire wear...
Hmmm...I just inspected my winter tires using a tire tread gauge (5000+ miles of mostly curvy state and county roads) and the wear across the tread is amazingly flat. I wasn't expecting that because I've been cornering pretty hard. This is with OEM camber but I've never had it checked.
Some of my driving is on icy roads and I would be concerned about safety in a number of situations if I dialed in more camber than normal OEM specs.
Specifically, cornering on icy surfaces. When traction is that low you need all you can get and since cornering forces are so low, the suspension is not being loaded (which is the usual reason more neg. camber is used to increase grip). I'm concerned I would lose corner grip in this (important) situation.
Also, deer are pretty prevalent and can dart onto the road without warning. Pretty common for the results to be serious. My friend lost his life a couple of years ago from an elk strike. So, it's important to have excellent stopping ability on moments notice. Fortunately, the CX-5 performs better than average here. Even a small deer can easily total a car even if no one is seriously injured. But running more camber than OEM typically increases stopping distances. This is true regardless if it's wet, dry or icy/snowy. While OEM camber settings might not provide the fastest lap times on a dry race track, they are optimized for safety by minimizing stopping distances and maximizing traction on slippery surfaces. I have no plans to take a SUV to the track! LOL! But the car does see plenty of winter conditions. Currently, my CX-5 tracks exceptionally well on ice, better than most other cars on the road from my experience and from watching them slide around while I am securely tracking. And yes, tires are the single most important variable but secure tracking and stopping can be compromised by a number of factors.
I just don't believe that most modern daily drivers would benefit from an increase in negative camber.
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