I got the factory fill on my '13 Mini Cooper S analyzed. Glad to get some of the factory muck out earlier than called for. Not bad for a new engine though. I chose Motul X-Cess 8100 to replace it, but will probably move to M1 0w40 (which would probably be in there now, had I noticed it had been reformulated).
Blackstone comments:
As expected in a new engine, we're seeing wear metals from new parts breaking in. Silicon is from factory sealers and sand-casted parts. It, like the metals, should drop after your next change. This first sample gives us a good baseline going forward though. Universal averages for this engine type are shown on the right and are based on about 5,800 miles on the oil. The physical properties of this oil look great, as does oil filtration (insolubles). Try 5,800 miles on your next run and we'll look for improvements in wear.
ALUMINUM 7
CHROMIUM 1
IRON 35
COPPER 39
LEAD 1
TIN 0
MOLYBDENUM 28
NICKEL 1
MANGANESE 19
SILVER 0
TITANIUM 0
POTASSIUM 7
BORON 59
SILICON 47
SODIUM 8
CALCIUM 2537
MAGNESIUM 62
PHOSPHORUS 869
ZINC 1046
BARIUM 2
cSt Viscosity @ 100°C 55.5
SUS Viscosity @ 210°F 8.91
Flashpoint in °F 420
Fuel % Antifreeze % 0.0
Water % Insolubles % <0.6
Blackstone comments:
As expected in a new engine, we're seeing wear metals from new parts breaking in. Silicon is from factory sealers and sand-casted parts. It, like the metals, should drop after your next change. This first sample gives us a good baseline going forward though. Universal averages for this engine type are shown on the right and are based on about 5,800 miles on the oil. The physical properties of this oil look great, as does oil filtration (insolubles). Try 5,800 miles on your next run and we'll look for improvements in wear.
ALUMINUM 7
CHROMIUM 1
IRON 35
COPPER 39
LEAD 1
TIN 0
MOLYBDENUM 28
NICKEL 1
MANGANESE 19
SILVER 0
TITANIUM 0
POTASSIUM 7
BORON 59
SILICON 47
SODIUM 8
CALCIUM 2537
MAGNESIUM 62
PHOSPHORUS 869
ZINC 1046
BARIUM 2
cSt Viscosity @ 100°C 55.5
SUS Viscosity @ 210°F 8.91
Flashpoint in °F 420
Fuel % Antifreeze % 0.0
Water % Insolubles % <0.6