Ferrari 458 Wheel Alignment Specs...

In the following link, please observe the specs for "Caster":

http://www.pistonheads.com/gassing/topic.asp?h=0&t=886486&mid=0&nmt=Ferrari+458+wheel+alignment+data%3F

Notice anything unusual about those specs - other than they seem sort of conservative for a 6-figure sports coupe?

In addition, found these for a recent Lotus Evora:

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FRONT SUSPENSION (http://www.lotustalk.com/forums/#)

Type
Independent. Upper and lower lightweight forged alloy wishbones; co-axial coil spring/telescopic damper unit; tubular anti-roll bar

Geometry
Mid-laden ride height (2 x 75 kg occupants + full fuel tank)
set car (http://www.lotustalk.com/forums/#) to this height before measuring geometry:
- front 125 mm below front end of chassis siderail
- rear 147 mm below rear end of chassis siderail

Castor - optimum: + 5.2°
- tolerance range: + 5.0° to + 5.5°; max. side/side 0.3°
Camber - optimum: - 0.3°
- tolerance range: - 0.5° to - 0.2°; max. side/side 0.2°
Alignment - optimum: Zero
- tolerance range: 0.5 mm toe-out, to 0.5mm toe-in overall
Steering axis inclination: 9.4° nominal

REAR SUSPENSION

Type
Independent. Upper and lower lightweight forged alloy wishbones; co-axial coil spring/telescopic damper unit; tubular anti-roll bar

Geometry
Mid-laden ride height (2 x 75 kg occupants + full fuel tank)
set car to this height before measuring geometry:
- front 125 mm below front end of chassis siderail
- rear 147 mm below rear end of chassis siderail

Camber - optimum: - 1.6°
- tolerance range: - 1.8° to - 1.5°; max. side/side 0.2°
Alignment - optimum: 1.5 mm toe-in each side
- tolerance range: 1.4 to 1.8 mm toe-in each side; max. side/side 0.3 mm
Thrust angle - optimum: Zero
- tolerance: 0.05°
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2011 Lotus Evora 2+2

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Pretty milquetoast looking specs - again - for a car that costs more than most typical suburban 3-bedroom 1.5 bath split-levels. Considering a 2008 CTS possesses very similar caster specs, it seem the caddy could handle just as well as the Evora - but they ruined that car with over-boosted power steering!! Which leads me to the theory that *any* car can be made more "Lotus-Like" simply by installing a lower-pressure(or lower voltage if electric) power-steering pump, upgrading from S-rated to H- or V-rated tires, and installing firmer bushings! It's all sales & marketing folks - all sales & marketing. There's no mystery about what makes one car handle better than another. Just strike that perfect balance between materials, specs, and amount of power-steering assist at what speeds, and even a 2005 Chevy Cobalt can carve it's own name on the backroads. LOL!