Loki Offensive - Projectile Scoping Array
Minmatar Offensive Systems bonuses per level
5.0 % bonus to Medium Projectile Turret optimal range and falloff.
5.0 % bonus to Medium Projectile Turret tracking speed.
17.5 % bonus to Medium Projectile Turret damage.
Role bonuses
Additional Base Stats.
+7 High Slots, +5 Turret Hardpoints, +2 Launcher Hardpoints.
+300 PWG, +30 CPU.
+25mbit Drone Bandwidth, +25m3 Drone Bay.
25.0 % reduction in the PWG and CPU fitting costs of Medium Projectile Turrets.
Defenses
Structure40 HP
Market
| Station | Sell | Buy |
|---|---|---|
| Jita | ||
| Amarr | ||
| Rens | ||
| Dodixie | ||
| Hek | ||
| Maila |
Basic
| Type ID | 45607 | |
| Published | True | |
 | Tech Level | 3 |
| Meta Level | 1 Level | |
| Volume | 40 m3 |
 | Mass | 800,000 kg |
 | radius | 500 |
Variations
Tech III
- Loki Offensive - Projectile Scoping Array
- Loki Offensive - Launcher Efficiency Configuration
- Loki Offensive - Support Processor
Cargo
 | Capacity | 0 m3 |
Fitting
 | Powergrid Output | 300 MW |
 | CPU Output | 30 tf |
Drones
 | Drone Capacity | 25 m3 |
 | Drone Bandwidth | 25 Mbit/sec |
Required skills
Reprocessing
| Portion Size | 1 |
| Output | |
|---|---|
| Warfare Computation Core | 3 |
Industry
Produced by
Loki Offensive - Projectile Scoping Array Blueprint (Manufacturing)Other
| Medium Projectile Turret fitting reduction | -25 % | |
| subsystemBonusMinmatarOffensive | 5 | |
| subsystemBonusMinmatarOffensive2 | 17.5 | |
| subsystemBonusMinmatarOffensive3 | 5 | |
| Capacity | 0 m3 |
 | Turret Hardpoint Modifier | 5 + |
 | Launcher Hardpoint Modifier | 2 + |
 | subSystemSlot | 127 |
 | Medium Slot Modifier | 0 + |
 | Low Slot Modifier | 0 + |
 | High Slot Modifier | 7 + |
 | Restricted to Ship Type | Loki |
| warfareLinkCPUPenalty | 10,000 |
Type Info
| Type ID | 45607 |
| Graphic ID | 21789 |
| Group ID | Offensive Subsystem [956] |
| Meta Group ID | Tech III [14] |
| Race ID | 2 |
| Faction Name | minmatarbase |
| Variation Parent Type ID | 45608 |
Description
Scoping arrays were mostly out of fashion in recent ship design, but Sleeper technology has brought them somewhat back into vogue. Based upon the remarkable flexibility fullerene-based technology, Sleeper-based scoping arrays allowed projectile weaponry to produce longer-ranged accuracy without reducing the weapon's rate-of-fire. While a resurgence of scoping arrays is not expected, this subsystem certainly shows its uses in modern warfare.