Frame Shift Drive - Increased FSD Range (Grade 3) / Professor Palin / Iżynierowie / EDSM

Położenie: Arque / Abel Laboratory
Specjalizacje: Engines and thrusters, Frame shift drives

Locked

Longer range jumps are allowed with this modification, but at the cost of module integrity, power draw and higher mass.

Efekty eksperymentalne

Deep Charge Toughened FSD power conduits and a reinforced charging field increase the amount of fuel injected when charging, allowing larger jumps at the cost of increased power draw. Power Draw (+5%), Maximum fuel per jump (+10%)	Atypical Disrupted Wake Echoes (x5) Galvanising Alloys (x3) Eccentric Hyperspace Trajectories (x1)
Double Braced Additional, hardened supports and bracing further improve module survivability. Integrity (+25%)	Atypical Disrupted Wake Echoes (x5) Galvanising Alloys (x3) Configurable Components (x1)
Mass Manager Complex software upgrade and internal sensor suite able to optimise frame shift operation by analysing and accounting for ship loadout. Increases optimised mass at the cost of module health. Integrity (-8%), Optimal Mass (+4%)	Atypical Disrupted Wake Echoes (x5) Galvanising Alloys (x3) Eccentric Hyperspace Trajectories (x1)
Stripped Down Key components replaced with versions crafted from lightweight materials and all extraneous parts removed entirely to reduce mass. Mass (-10%)	Atypical Disrupted Wake Echoes (x5) Galvanising Alloys (x3) Proto Light Alloys (x1)
Thermal Spread Additional thermal conduits and radiator solutions integrated across the module help balance thermal load increase cooling potential. Thermal Load (-10%)	Atypical Disrupted Wake Echoes (x5) Galvanising Alloys (x3) Heat Vanes (x1) Grid Resistors (x3)