Carrier Production Using CompressionPosted: November 6, 2012
Jump capable ships have a fairly easy production workflow; common minerals are made into capital components that then get combined into the ship hull. There is no invention process, no reliance on moon reactants, or even a multistage reaction process like Tech3 hull/subsystem production.
The con to the production process is that there is a high barrier of entry and a ISK sink into blueprints. I estimate that I moved around 30 B into BPOs and starter minerals to begin producing the 4 racial carriers.
My first stage is to start up Carrier production, which is coming along nicely. Carrier blueprints have been purchased, researched Tech 1 module blueprints that are mineral compression friendly were bought on contracts, a highsec compression office was rented, and a cyno chain to the production system was mapped out.
The second stage of the plan is to eventually expand into Dreadnought production, which require a few more Capital Component BPOs. Once I start to sell Carrier hulls and Capital modules, I’ll move more ISK into blueprints for these heavy hitters.
The initial purchase was for a researched set (ME 100/PE 20) of every Carrier Capital Component, 4 Racial Carriers, Fighters, and Capital Module BPOs.
Using the magic of mineral compression, I transported 206,500 m3 of modules and produced 1,608,535 m3 of minerals after the refine process. The modules’ volume was only 12.8% of the expanded mineral size.
Here’s a screenshot of my Industry Dashboard that I built in my Wallet Manager program to help keep track of all the different jobs bring run by different characters in various locations.
This pane helps keeps a nice overview of the manufacturing and research process, which I can bring up on a computer, mobile, or even a tablet device.