Logbook entry

Double-engineered FSD Specs

• Base values are
1. for optimal mass
• 3A → 150 t
• 4A → 525 t
• 5A → 1050 t
• 6A → 1800 t
2. for integrity
• 3A → 80
• 4A → 100
• 5A → 120
• 6A → 141
3. for power draw
• 3A → 0.45 MW
• 4A → 0.45 MW
• 5A → 0.6 MW
• 6A → 0.75 MW
• Modifications are
1. for optimal mass
• 55% for Increased Range
• 15% for Faster Boot Sequence
• 4% on top for Mass Manager
2. for integrity
• -15% for Increased Range
• -15% for Faster Boot Sequence
• -8% on top for Mass Manager
3. for power draw
• 15% for Increased Range

• 3A → 150*(1+(0.55+0.15))*(1+0.04) = 265.2 t [calc] [example]
• 4A → 525*(1+(0.55+0.15))*(1+0.04) = 928.2 t [calc] [example]
• 5A → 1050*(1+(0.55+0.15))*(1+0.04) = 1856.4 t [calc] [example]
• 6A → 1800*(1+(0.55+0.15))*(1+0.04) = 3182.4 t [calc] [example]

• 3A → 80*(1-(0.15+0.15))*(1-0.08) = 51.52 [calc]
• 4A → 100*(1-(0.15+0.15))*(1-0.08) = 64.4 [calc]
• 5A → 120*(1-(0.15+0.15))*(1-0.08) = 77.28 [calc]
• 6A → 141*(1-(0.15+0.15))*(1-0.08) = 90.804 [calc]

• 3A → 0.45*(1+0.15) = 0.5175 MW [calc]
• 4A → [see above]
• 5A → 0.6*(1+0.15) = 0.69 MW [calc]
• 6A → 0.75*(1+0.15) = 0.8625 MW [calc]

• Base values are
1. for optimal mass
• 3A → 150 t
• 4A → 525 t
2. for integrity
• 3A → 80
• 4A → 100
3. for power draw
• 3A → 0.45 MW
• 4A → 0.45 MW
4. for maximum fuel per jump
• 3A → 1.8 t
• 4A → 3 t
• Modifications are
1. for optimal mass
• 55% for Increased Range
• 15% for Faster Boot Sequence
2. for integrity
• -15% for Increased Range
• -15% for Faster Boot Sequence
3. for power draw
• 15% for Increased Range
• 5% on top for Deep Charge
4. for maximum fuel per jump
• 10% on top for Deep Charge

• 3A → 150*(1+(0.55+0.15)) = 255 t [calc] [example]
• 4A → 525*(1+(0.55+0.15)) = 892.5 t [calc] [example]

• 3A → 80*(1-(0.15+0.15)) = 56 [calc]
• 4A → 100*(1-(0.15+0.15)) = 70 [calc]

• 3A → 0.45*(1+0.15)*(1+0.05) = 0.543375 MW [calc]
• 4A → [see above]

• 3A → 1.8*(1+0.1) = 1.98 [calc]
• 4A → 3*(1+0.1) = 3.3 [calc]