Editing Geo Setups (section)

== Standard Setups ==

===Elise/Exige===

{| border=1 cellpadding=5 align=center
|- style="background-color:#fed200; face:bold;"
| rowspan=2 | Geometry || rowspan=2 | Ride Height<br />Front/Rear || colspan=3 align=center | Front || colspan=2 align=center | Rear
|- style="background-color:#fed200;"
| Castor || Camber || Toe [Degrees] || Camber || Toe [Degrees]
|-
| Standard S1      || 140/140mm || +3.8° || -0.1° || 0.2mm OUT Overall [-0.03°] || -1.8° || 1.2mm IN each side [0.16°]
|-
| Standard S2      || 130/130mm || +3.8° || -0.1° || 0.2mm OUT Overall [-0.03°] || -1.8° || 1.2mm IN each side [0.16°]
|-
| S2 135R          || 120/120mm || +3.7° || 0°    || 0mm [0.00°]               || -1.8° || 1.2mm IN each side [0.16°]
|-
| 340R Road        || 100/110mm || +3.8° || -0.5° || 0.2mm OUT Overall [-0.03°] || -2.0° || 1.5mm IN each side [0.20°]
|-
| 340R Track       || 100/110mm || +3.8° || -1.8° || 0.5mm OUT Overall [-0.07°]|| -2.7° || 2.5mm IN each side [0.33°]
|-
| Exige S1         || 112/122mm || +3.8° || -0.5° || 0.1mm OUT Overall [-0.01°]|| -2.4° || 1.2mm IN each side [0.16°]
|-
| Exige S2         || 130/130mm || +3.8° || -0.3° || 0mm [0.00°]              || -1.8° || 1.5mm IN each side [0.20°]
|-
| Exige 240R       || 120/120mm || +3.8° || -0.3° || 0mm [0.00°]               || -1.8° || 1.5mm IN each side [0.20°]
|-
| Exige V6 Cup       || 130/136mm || +2.8° || -0.4° || 0.4mm OUT Overall mm [-0.06°]               || -1.9° || 2.5mm IN each side [0.30°]
|-
| Exige 380/410/430 Cup  || 130/136mm || +2.8° || -0.8° || x.xmm OUT Overall mm [-0.12°]               || -2.10° || x,xmm IN each side [0.6°]
|-
| 111R             || 130/130mm || +3.8° || -0.1° || 0mm [0.00°]              || -1.8° || 1.2mm IN each side [0.16°]
|-
| 211              || 100/110mm || +4.0° || -1.4° || 0mm [0.00°]               || -2.5° || 1.2mm IN each side [0.16°]
|-
| Msport           || 100/110mm || +3.8° || -0.3° || 0.2mm OUT Overall [-0.03°] || -2.0° || 1.2mm IN each side [0.16°]
|-style="background-color:#fed200;"
| colspan=7 | Non-Standard Geo Settings
|-
| a forum hero S2 race || 110/115mm || +3.6° || -2.0° || 0.5 mm OUT each side [-0.07°] || -3.0° || 1 mm IN each side [0.13°]
|}

The standard settings are used when car is loaded with 2x75kg passengers and half tank of fuel.

===Evora===

{| border=1 cellpadding=5 align=center
|- style="background-color:#fed200; face:bold;"
| rowspan=2 | Geometry || rowspan=2 | Ride Height<br />Front/Rear || colspan=3 align=center | Front || colspan=2 align=center | Rear
|- style="background-color:#fed200;"
| Castor || Camber || Toe || Camber || Toe 
|-
| Standard || 125/147mm || +5.2° || -0.3° || 0mm || -1.6° || 1.5mm IN each side
|-
|}


Converting toe from mm to degrees:

# Measure the rim diameter in mm as the size e.g. 17" is not the actual diameter your measurements are based on.
# Multiply the result by PI to get the circumference.
# Divide the result by 360 to get mm per degree.
# Divide the toe mm by the mm/degree result to get toe in decimal degrees


Or Excel =DEGREES( ASIN( TOE_IN_MM / ( RIM_DIA_INCHES * 25.4 ))) 

 
Or use the calculator on this page, hypotenuse is the rim diameter the toe  per wheel (total toe divided by 2) in mm is width (or toe in degrees is angle A). * http://joyfulcoder.net/sohcahtoa/