Mark Borrigan's Abyssal Mining Laser

Miner II Unstable Mining Laser Mutaplasmid

Activation Cost

15.45GJ-2.55GJ

Activation time / duration

14.83s-0.17s

CPU usage

76.15tf-3.85tf

Critical Success Bonus Yield

203.61%+3.61%

Critical Success Chance

0.74%-0.26%

Mining amount

13.74m3-1.26m3

Optimal Range

15012.6m+3012.6m

Powergrid Usage

4.61MW+0.61MW

Residue Probability

34.31%+0.31%

Residue Volume Multiplier

1.01x+0.01

Effective Mining Speed

0.94m³/s-0.08m³/s

AI Value prediction

These models can be very inaccurate, so always do your own research by looking for similar modules on contracts.


EP-S Gaussian Scoped Mining Laser	+10.45GJ	-0.17s	+11.15tf	+3.61%	-0.26%	+0.74m3	-987.4m	+1.61MW	+34.31%	+1.01	+0.06m³/s	21 thousand
Miner I	+10.45GJ	-0.17s	+16.15tf	+3.61%	-0.26%	+3.74m3	+5012.6m	+2.61MW	+34.31%	+1.01	+0.26m³/s	23 thousand
Particle Bore Compact Mining Laser	+10.45GJ	-0.17s	+21.15tf	+3.61%	-0.26%	+0.74m3	+4012.6m	+2.61MW	+34.31%	+1.01	+0.06m³/s	1.1 thousand
Miner II	-2.55GJ	-0.17s	-3.85tf	+3.61%	-0.26%	-1.26m3	+3012.6m	+0.61MW	+0.31%	+0.01	-0.08m³/s	740 thousand
'Wild' Miner I	+5.45GJ	-0.17s	+22.15tf	+3.61%	-0.26%	-1.26m3	+2612.6m	+2.61MW	+34.31%	+1.01	-0.08m³/s	98 million
Gallente Mining Laser	+13.45GJ	-0.17s	+16.15tf	+3.61%	-0.26%	+1.74m3	+5012.6m	+1.61MW	+14.31%	+0.01	+0.12m³/s	29 thousand
Single Diode Basic Mining Laser	+13.45GJ	-0.17s	+31.15tf	+3.61%	-0.26%	+6.74m3	+4012.6m	+2.61MW	+34.31%	+1.01	+0.46m³/s	420 million
ORE Miner	-2.55GJ	-0.17s	-3.85tf	+3.61%	-0.26%	-7.26m3	-987.4m	+0.61MW	+34.31%	+1.01	-0.49m³/s	191 million