-* Grain 1, " long, g gross, g casting tube, g net
-* Grain 2, " long, g gross, g casting tube, g net
-* Grain 3, " long, g gross, g casting tube, g net
-* Grain 4, " long, g gross, g casting tube, g net
-* Grain 5, " long, g gross, g casting tube, g net
-* Grain 6, " long, g gross, g casting tube, g net
-* Grain 7, " long, g gross, g casting tube, g net
-* Grain 8, " long, g gross, g casting tube, g net
+* Grain 1, 2.980" long, 162.6g gross, 5.48g casting tube, 157.12g net
+* Grain 2, 2.970" long, 162.0g gross, 5.46g casting tube, 156.54g net
+* Grain 3, 3.010" long, 164.7g gross, 5.54g casting tube, 159.16g net
+* Grain 4, 2.995" long, 163.6g gross, 5.51g casting tube, 158.09g net
+
+The mass per unit length was within 0.1g/inch, which seems awesome.
+
+In total for this batch and the previous day's, which were post-processed
+together at the same time, there was 10.4g sanded off the grain ends and
+64.7g of waste from core drilling the 0.5"-ish holes to 0.625". Really
+leaves me wondering if it wouldn't be better to just start with the right
+size coring rod for future batches and avoid the coring waste. Might leave
+me wanting to rough the cores for better ignition? But, maybe not. Something
+to ponder more.