S e t t i n g | F a t b o y E 4 | E x e c u t i v e D 3 | S l i m M 4 | A r i s t o c r a t S l i m G 3 | S u p e r 8 4 O 3 | R e d D o t D 1 | B o t t o m D i a l F 4 | T o g g l e D 1 | C h r o m e T o g g l e F 4 | S e r i a l T o g g l e 1 3 3 9 |
1 | .010 | .011 | .015 | .014 | .018 | .023 | .037 | .021 | .014 | .012 |
2 | .014 | .015 | .017 | .016 | .024 | .026 | .040 | .025 | .019 | .013 |
3 | .017 | .019 | .022 | .020 | .026 | .029 | .043 | .027 | .021 | .019 |
4 | .020 | .022 | .025 | .025 | .028 | .031 | .046 | .031 | .024 | .020 |
5 | .022 | .025 | .027 | .026 | .031 | .034 | .048 | .032 | .026 | .023 |
6 | .025 | .027 | .030 | .031 | .035 | .036 | .050 | .036 | .028 | .027 |
7 | .028 | .030 | .034 | .033 | .038 | .041 | .053 | .039 | .031 | .030 |
8 | .032 | .034 | .036 | .035 | .042 | .044 | .056 | .041 | .034 | .032 |
9 | .034 | .038 | .039 | .039 | .045 | .047 | .059 | .043 | .037 | .034 |
Avg Gap | .022 | .026 | .027 | .027 | .032 | .035 | .048 | .033 | .026 | .023 |
GAP SIZES BY RAZOR TYPE:
So you can see I have a lot of spare time on my hands. But what this shows is the Bottom Dial is the most aggressive (avg gap .048) Gillette Adjustable. And the Red Dot is next most aggressive (avg gap .035). Followed by the Super 84 and the D1 Toggle (avg gaps about .032 or .033). The Fat boys, Silms and Serial Toggle all come in around the same (avg gap from .022 to .027) With the slims being more aggressive than the Fat boys at the higher settings. My Super 109 was not giving me the same gaps on each side of the razor so I excluded it from the test.
Conclusion: Gap size wiki is wrong if it implies all different models of Gillette Adjustables give roughly the same gap sizes by setting.
Any statisticians among us, please feel free to interpret the data.
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