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Old 11-08-2020, 10:05 AM   #55
TrackClub


 
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Drives: 2020 SS 1LE (previous: 2017 SS 1LE)
Join Date: Mar 2012
Location: Canada, eh!
Posts: 5,091
Quote:
Originally Posted by LESS1 View Post
Clamping force is not the only element at work here. Pad compound friction coefficient (mu) as well as rotor composition all factor in. Your “clamping” remark is not entirely correct with regards to heat, braking performance…etc. It does play a part but there are other factors at work here. Items for consideration besides pad friction coefficient include pad heat range, cold torque, hot torque, and wear rate. Rotor material composition plays a part as well. Simple physics here and no free lunches... the higher the pad friction coefficient (assuming correct rotor material) the more heat you create.
+1. The fact that one driver experiences no issues while another does may also very well come down to a venue type(s) they run and cooling between corners.
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