Heavy 'Brave' Capacitor Booster
Defenses
Structure40 HP
Market
| Station | Sell | Buy |
|---|---|---|
| Jita | ||
| Amarr | ||
| Rens | ||
| Dodixie | ||
| Hek | ||
| Maila |
Basic
| Type ID | 20559 | |
| Published | True | |
 | Tech Level | 1 |
| Meta Level | 6.00 Level | |
| Volume | 20.00 m3 |
 | Mass | 0.00 kg |
 | radius | 1.00 |
| Base Price | 70,258.00 ISK |
Module
 | Activation time / duration |
Variations
Storyline
- Heavy 'Brave' Capacitor Booster
- 'Plough' Heavy Capacitor Booster I
Officer
- Draclira's Modified Heavy Capacitor Booster
- Brokara's Modified Heavy Capacitor Booster
- Tairei's Modified Heavy Capacitor Booster
- Selynne's Modified Heavy Capacitor Booster
- Raysere's Modified Heavy Capacitor Booster
- Vizan's Modified Heavy Capacitor Booster
- Ahremen's Modified Heavy Capacitor Booster
- Chelm's Modified Heavy Capacitor Booster
Faction
- Imperial Navy Heavy Capacitor Booster
- Dark Blood Heavy Capacitor Booster
- True Sansha Heavy Capacitor Booster
- Ammatar Navy Heavy Capacitor Booster
Tech I
Tech II
Cargo
 | Capacity | 128.00 m3 |
Fitting
 | CPU usage | 30 tf |
 | Powergrid Usage | 1,575 MW |
Weapon
 | Reload Time | |
| Charges Per Cycle | 1.00 |
| Used with (Charge Group) | Capacitor Booster Charge |
Required skills
Overloading
 | Required Thermodynamics Level | 1.00 Level |
 | Heat Damage | 3.60 HP |
| heatAbsorbtionRateModifier | 0.01 |
Reprocessing
| Portion Size | 1 |
| Output | |
|---|---|
| Tritanium | 838 |
| Pyerite | 280 |
| Mexallon | 244 |
| Isogen | 202 |
| Nocxium | 3 |
| Talocan Reflective Sheets | 1 |
| Talocan Solid Atomizer | 1 |
| Talocan Mathematical Schematics | 1 |
| Talocan Partition Plates | 1 |
Industry
Produced by
Heavy 'Brave' Capacitor Booster Blueprint (Manufacturing)Other
| Overload duration bonus | -20.00 % |
| Capacity | 128.00 m3 |
| maxGroupOnline | 10.00 |
| metaGroupID | 3.00 |
Type Info
| Type ID | 20559 |
| Group ID | Capacitor Booster [76] |
| Meta Group ID | Storyline [3] |
| Variation Parent Type ID | 3576 |
Description
Provides a quick injection of power into the capacitor.