Last ActiveJun 21, 2018
BirthdayJan 1, 1970 (56 years old)
Next BirthdayJan 1, 2027 (61 days)
Combat
Kills55
Losses51
Efficiency52%
Danger Ratio98%
ISK
Destroyed8.09b
Lost20.26b
ISK Efficiency29%
Balance-12173631443
Solo
Solo Kills1
Solo Ratio2%
Final Blows2
Combat Points55
Other
NPC Losses1
NPC Loss Ratio2%
Avg Kills/Day0.00
ActivityInactive
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Bio
Some interesting maths
Assume your camera drone has a mass(M) of 1kg (2.2 lbs)
Zoom to the maximum camera distance from your ship (about 1000km)(R)
Rotate the drone around your ship at a rate of 2*3.14 radians/sec (one rotation per second, note that the drone can rotate MUCH faster)(Pi)
Now for the math
Distance traveled (D) = 2*R*Pi = 6,280 km
Velocity(V) = D/time = 6,280 km/s
Now find the kinetic energy of the drone in joules
Energy(Ke) = 0.5MV^2 = 19,719,200,000,000 joules
1kg of TNT(n) represents approx. 4,500,000 joules of energy
Ke/n = 4,382,044.44kg of TNT
Conclusion: your 1kg camera drone has the destructive potential greater than 4.38 kilotons of TNT
Assume your camera drone has a mass(M) of 1kg (2.2 lbs)
Zoom to the maximum camera distance from your ship (about 1000km)(R)
Rotate the drone around your ship at a rate of 2*3.14 radians/sec (one rotation per second, note that the drone can rotate MUCH faster)(Pi)
Now for the math
Distance traveled (D) = 2*R*Pi = 6,280 km
Velocity(V) = D/time = 6,280 km/s
Now find the kinetic energy of the drone in joules
Energy(Ke) = 0.5MV^2 = 19,719,200,000,000 joules
1kg of TNT(n) represents approx. 4,500,000 joules of energy
Ke/n = 4,382,044.44kg of TNT
Conclusion: your 1kg camera drone has the destructive potential greater than 4.38 kilotons of TNT
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