Atlas
Deacon

Amarr Empire Logistics Frigates

Deacon

Logistics Frigate Tech II

To fly it

20d 2h of training from scratch, 868,925 SP across 6 skills. At least one level needs Omega.

Plan to copy: 20 steps
CPU Management I
CPU Management II
Spaceship Command I
Spaceship Command II
Spaceship Command III
Amarr Frigate I
Amarr Frigate II
Amarr Frigate III
Amarr Frigate IV
Amarr Frigate V
Long Range Targeting I
Long Range Targeting II
Long Range Targeting III
Long Range Targeting IV
Signature Analysis I
Signature Analysis II
Signature Analysis III
Signature Analysis IV
Signature Analysis V
Logistics Frigates I

In the client: skill queue, “Add skills listed in clipboard”.

Mastery

Mastery I: 20d 9h from scratch, 880,590 SP. 6h 29m on top of flying it.

Plan for Mastery I from scratch: 32 steps
CPU Management I
CPU Management II
Mechanics I
Mechanics II
Mechanics III
Navigation I
Power Grid Management I
Science I
Spaceship Command I
Spaceship Command II
Spaceship Command III
Amarr Frigate I
Amarr Frigate II
Amarr Frigate III
Amarr Frigate IV
Amarr Frigate V
Capacitor Systems Operation I
Hull Upgrades I
Long Range Targeting I
Long Range Targeting II
Long Range Targeting III
Long Range Targeting IV
Repair Systems I
Repair Systems II
Signature Analysis I
Signature Analysis II
Signature Analysis III
Signature Analysis IV
Signature Analysis V
Target Management I
Logistics Frigates I
Remote Armor Repair Systems I

In the client: skill queue, “Add skills listed in clipboard”.

Bonuses

Amarr Frigate per skill level

Logistics Frigates per skill level

Role bonus

Description

The Deacon is the latest success from the engineers at Carthum Conglomerate, designed as a remote repairing ship that can keep up with fast moving fleets including those containing the extremely popular Confessor-class Tactical Destroyer. Managing to miniaturize the powerful remote armor repairing systems from their best-selling Guardian Logistics Cruiser onto a frigate-sized hull was no simple task, but Carthum was able to release the Deacon in nearly record time and under-budget thanks in part to extensive cooperation with researchers from the Lai Dai megacorp.